path: root/MIBS/dragonwave/DRAGONWAVE-HORIZON-IDU-MIB

-- File Name : HORIZON-IDU-MIB.mib
-- Version   : 1.0.0
-- Date      : April 16th, 2008
-- Author    : DragonWave Inc.

DRAGONWAVE-HORIZON-IDU-MIB	DEFINITIONS ::= BEGIN
         IMPORTS
                  Counter, Gauge,TimeTicks
                      FROM RFC1155-SMI
 				  snmp
			          FROM SNMPv2-MIB                      
                  OBJECT-TYPE, ifIndex
                      FROM IF-MIB
                  horizon   
                      FROM HORIZON-MIB; 

	PhysAddress ::= 		OCTET STRING

	DisplayString ::= OCTET STRING

-- Important!! For HP OpenView, the following OID definition for ISO must be commented out,
-- otherwise it won't compile. HP openView has already defined ISO.
 
--      iso   OBJECT IDENTIFIER  ::=  { 1 }

          
        horizonIdu 		OBJECT IDENTIFIER
                ::= { horizon 3 }  
      
--
-- Node definitions
--
		
	hzIduSystem 	OBJECT IDENTIFIER
		::=  {  horizonIdu  1  }     
		
	hzIduAuthentication	OBJECT IDENTIFIER
		::=  {  horizonIdu  2  } 
		
 	hzIduNetworkManagement OBJECT IDENTIFIER
		::=  {  horizonIdu  3  }

	hzIduNetworkInterface	OBJECT IDENTIFIER
		::=  {  horizonIdu  4  }  
		
 	hzIduWirelessInterface	OBJECT IDENTIFIER
		::=  {  horizonIdu  5  }

	hzIduCalendar	OBJECT IDENTIFIER
		::=  {  horizonIdu  6 }

	hzIduAlarms	OBJECT IDENTIFIER
		::=  {  horizonIdu  7  } 

	hzIduTrapConfig	OBJECT IDENTIFIER
		::=  {  horizonIdu  8  }

	hzIduSnmp	OBJECT IDENTIFIER
		::=  {  horizonIdu  9  }
        	
	hzIduManagementSessions	OBJECT IDENTIFIER
		::=  {  horizonIdu  10  }
 
	hzIduHttp	OBJECT IDENTIFIER
		::=  {  horizonIdu  11  }
   
	hzIduQos   OBJECT IDENTIFIER
		::=  {  horizonIdu  12  } 
 
	hzIduRapidLinkShutdown   OBJECT IDENTIFIER
		::=  {  horizonIdu  13  } 

	hzIduSntp OBJECT IDENTIFIER
		::=  {  horizonIdu  14  }
             
	hzIduLogs OBJECT IDENTIFIER
		::=  {  horizonIdu  15  }

	hzIduRadius OBJECT IDENTIFIER
		::=  {  horizonIdu  16  }

-- -------------
--   hzIduSystem
-- -------------
      
	hzIduSysGeneral OBJECT IDENTIFIER
		::=  {  hzIduSystem  1  }    
	hzIduSysUpgradeSpeed OBJECT IDENTIFIER
		::=  {  hzIduSystem  2  }    
	hzIduSysDowngradeSpeed OBJECT IDENTIFIER
		::=  {  hzIduSystem  3  }    
	hzIduSysUpgradeWirelessPorts OBJECT IDENTIFIER
		::=  {  hzIduSystem  4  }    
	hzIduSysSpeed OBJECT IDENTIFIER
		::=  {  hzIduSystem  5  }     
	hzIduInventory OBJECT IDENTIFIER
		::=  {  hzIduSystem  6  }     
	hzIduAtpc OBJECT IDENTIFIER
		::=  {  hzIduSystem  7  }     
	hzIduAam OBJECT IDENTIFIER
		::=  {  hzIduSystem  8  }     
	hzIduPeerSysInfo OBJECT IDENTIFIER
		::=  {  hzIduSystem  9  }     
		 

		
-- ----------------------------
--   hzIduGeneral
-- ----------------------------   

 	hzIduResetSystem	OBJECT-TYPE	
		SYNTAX			INTEGER  { reset ( 1 ) } 
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"Writing '1' to this object resets the NIC, Modem, and radio."
		::=  {  hzIduSysGeneral  1  }

	hzIduSaveMIB	OBJECT-TYPE	
		SYNTAX			INTEGER  { save ( 1 )  }
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"Writing '1' or 'save' to this object save all MIB values."
                                         
		::=  {  hzIduSysGeneral  2  }

	hzIduOperStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  { up ( 1 ) , down ( 2 ) , testing ( 3 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current operational state of the system. 
						Testing indicates that no operational packets can be passed."
		::=  {  hzIduSysGeneral  3  }

	hzIduAirInterfaceEncryption	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory 
		DESCRIPTION		"OBSOLETE. This enables encryption on the air interface. "
		DEFVAL			{ disabled }
		::=  {  hzIduSysGeneral  4  }   

	hzIduSystemCapacityOption	OBJECT-TYPE	
		SYNTAX			INTEGER  {	singleModem-singleRadio ( 1 ),
							multiModem-singleRadio ( 2 ),
							multiModem-multiRadio ( 3 ),
							singleModem-redundancy ( 4 ) }
		ACCESS			read-write
		STATUS			mandatory 
		DESCRIPTION		"Sets the system capacity options. There are four options:
Select 'singleModem-singleRadio' for a 400Mbps system.
Select 'multiModem-singleRadio' for 800Mbps when the system is equipped with an internal or external IF Coupler.  
Select 'multiModem-multiRadio' for 800Mbps when the system is equipped with two radios connected to a Dual Polarization Radio Mount (DPRM).
Select 'singleModem-redundancy' to provide a redundant 400Mbps link using a Redundant Dual Radio Mount (RDRM).

Notes:
Setting the system capacity to 'singleModem-redundancy will fail if the primary path has not been set to either wireless_port1 or wireless_port2.
Setting the system capacity to 'multiModem-multiRadio' will set the transmit power of wireless_port2 to the same transmite power as wireless_port1."
		DEFVAL			{ singleModem-singleRadio }
		::=  {  hzIduSysGeneral  5  }
				

-- ----------------------------
--   hzIduSysUpgradeSpeed
-- ----------------------------   

	hzIduLicensedSpeedUpgradeSpeedAndKey	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"Enter your apngFLEX key here along with the maximum speed for that key to upgrade the FLEX system.
						 
					Format: [speed] [key]
Example: 800 abc123"
		::=  {  hzIduSysUpgradeSpeed  1  } 

	hzIduLicensedSpeedChanges	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This object indicates the number of times the licensed speed has been changed successfully. It is used when generating new license keys for your system."
		::=  {  hzIduSysUpgradeSpeed  2  } 

-- ----------------------------
--   hzIduSysDowngradeSpeed
-- ----------------------------   

	hzIduLicensedSpeedDowngradeSpeed	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"Reduce your licensed speed by entering a speed to this write-only object and take note of the generated key in hzIduDowngradeLicensedSpeedKey.
						 
Format: [speed]
Example: 200"
		::=  {  hzIduSysDowngradeSpeed  1  } 

	hzIduLicensedSpeedCountUsedForKey	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This object indicates the number of times the licensed speed has been changed successfully. It is used when generating new license keys for your system."
		::=  {  hzIduSysDowngradeSpeed  2  } 

	hzIduLicensedSpeedDowngradeKey	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This read-only object will show a 'key' after successfully downgrading the license speed."
		::=  {  hzIduSysDowngradeSpeed  3  } 

-- ----------------------------
--   hzIduSysUpgradeWirelessPorts
-- ----------------------------   

	hzIduLicensedWirelessPortsUpgradeKey	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"Hardware upgrade license key. Upgrade the number of active wireless ports by setting a valid license key."
		::=  {  hzIduSysUpgradeWirelessPorts  1  }		 

	hzIduLicensedWirelessPortsChanges	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This object indicates the number of times the wireless port count has been changed successfully. It is used when generating new license keys for your system. Currently, there is no SNMP object for downgrading the number of wireless ports."
		::=  {  hzIduSysUpgradeWirelessPorts  2  } 
		 

-- ----------------------------
--   hzIduSysSpeed
-- ----------------------------   

 	hzIduSystemCurrentSpeed	OBJECT-TYPE	
		SYNTAX			INTEGER  ( 0..1000 ) 
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"Changes the working speed of the horizon. Writes are only valid if system is a FLEX. Due to backwards compatibility issue, 0 value should be treated as 0 Mbps."
		::=  {  hzIduSysSpeed  1 }

	hzIduSystemLicensedSpeed	OBJECT-TYPE	
		SYNTAX			INTEGER  ( 0..1000 ) 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Indicates the maximum speed that this system can operate at. Due to backwards compatibility issue, 0 value should be treated as 0 Mbps."
		::=  {  hzIduSysSpeed  2  } 		

	-- --------------------------------------------------------------------------
	-- The following System Modes were taken from the frequency file generated 
	-- with the following version and date:
	-- FrequencyFilePartNumber 	:VDD-67-001112-01
	-- Version 			:1.0.95
	-- Date    			:10-Mar-2008
	-- --------------------------------------------------------------------------
 	hzIduSystemMode	OBJECT-TYPE	
		SYNTAX			INTEGER  {
                                        cw-test(1),
                                        hz50-67-qpsk(5),
                                        hz50-110-16qam(6),
					hz50-171-32qam(7),
					hz50-215-64qam(8),
					hz50-271-128qam(9),
					hz50-322-256qam(10),
					hz50-364-256qam(40), -- note out of numerical order
					hz50-371-256qam(11),
					hz56-65-qpsk(12),
					hz56-111-16qam(13),
					hz56-216-32qam(14),
					hz56-290-128qam(15),
					hz56-385-256qam(16),
					hz28-37-qpsk(17),
					hz28-48-qpsk(18),
					hz28-71-16qam(19),
					hz28-100-32qam(20),
					hz28-144-128qam(21),
					hz28-190-256qam(22),
					hz14-23-qpsk(23),
					hz14-36-16qam(24),
					hz14-47-32qam(25),
					hz14-70-128qam(26),
					hz14-95-256qam(27),
					hz40-57-qpsk(28),
					hz40-58-qpsk(29),
					hz40-110-32qam(30),
					hz40-111-16qam(31),
					hz40-142-32qam(32),
					hz40-181-64qam(33),
					hz40-200-128qam(34),
					hz40-212-128qam(35),
					hz40-277-256qam(36),
					hz30-107-32qam(37),
					hz30-165-128qam(38),
                                        hz30-212-256qam(39)
					-- hz50-364-256qam(40) relocated with hz50
					} 
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"Indicates the specific type of system this is."
		::=  { hzIduSysSpeed 3 } 
     
		 
-- ----------------------------
--   hzIduInventory
-- ----------------------------  

        hzIduHwInventory 	OBJECT IDENTIFIER
		::=  {  hzIduInventory  1  }    
        hzIduSwInventory 	OBJECT IDENTIFIER
		::=  {  hzIduInventory  2  }  
					
-- ----------------------------
--   hzIduHwInventory
-- ---------------------------- 
	hzIduFrequencyFilePartNumber	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing Part Number of the Frequency File"
		::=  {  hzIduHwInventory  1  }
    
	hzIduUnitSerialNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing Serial Number of the Unit."
		::=  {  hzIduHwInventory  2  }
		
	hzIduUnitAssemblylNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing the Assembly Number of the Unit."
		::=  {  hzIduHwInventory  3  }
		
	hzIduIfSerialNo1	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing Serial no of IF 1."
		::=  {  hzIduHwInventory  4  }

	hzIduIfSerialNo2	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing Serial no of IF 2."
		::=  {  hzIduHwInventory  5  }
		
	hzIduIfAssemblylNo1	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing assembly no of IF 1."
		::=  {  hzIduHwInventory  6  }   
		
	hzIduIfAssemblylNo2	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing assembly no of IF 2."
		::=  {  hzIduHwInventory  7  }   
		
	hzIduNccSerialNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing Serial no of the NCC."
		::=  {  hzIduHwInventory  10  }
		
	hzIduNccAssemblylNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing assembly no of the NCC."
		::=  {  hzIduHwInventory  11  }                                            

	hzIduRadio1SerialNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing the serial number of radio 1"
		::=  {  hzIduHwInventory  12  }                                            

	hzIduRadio2SerialNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing the serial number of radio 2 if configured"
		::=  {  hzIduHwInventory  13  }                                            

	hzIduRadio1HardwareId	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing the hardware id of radio 1"
		::=  {  hzIduHwInventory  14  }                                            

	hzIduRadio2HardwareId	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing the hardware id of radio 2 if configured"
		::=  {  hzIduHwInventory  15  }                                            

 	hzIduInternalIFCouplerPresent	OBJECT-TYPE
 		SYNTAX			INTEGER  { not-present ( 1 ) , present ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This attribute indicates if there is an internal IF Coupler card present."
		::=  {  hzIduHwInventory  16  }
		
	hzIduHwWirelessPortsLicensed	OBJECT-TYPE	
		SYNTAX			INTEGER  ( 1..2 )
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The number of licensed wireless ports. Upgrade this to 2 ports by setting the hardware upgrade license key."
		::=  {  hzIduHwInventory  17  }
		
-- ----------------------------
--   hzIduSwInventory
-- ----------------------------

	hzIduSwInvSystemOmniVersionNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The version number of the Omni."
		::=  {  hzIduSwInventory 1  } 
		
	hzIduSwInvModemOmniVersionNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The version number of the Modem FPGA."
		::=  {  hzIduSwInventory 2  }
		
 	hzIduSwInvFrequencyFileVersionNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The version number of the FrequencyFile."
		::=  {  hzIduSwInventory 3  }

	hzIduSwInvMibVersionNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The version number of the MIB."
		::=  {  hzIduSwInventory 4  }		

	hzIduSwInvRadio1FirmwareVersionNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The version of radio 1 firmware."
		::=  {  hzIduSwInventory 5  }		

	hzIduSwInvRadio2FirmwareVersionNo	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The version of radio 2 firmware."
		::=  {  hzIduSwInventory 6  }		
		
-- ----------------------------
--   hzIduAtpc
-- ----------------------------  		    
        hzIduAtpcEnable     OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Indicates whether Automatic Transmit Power Control (ATPC) is enabled."
		DEFVAL			{ disabled }
		::=  {  hzIduAtpc  1 }

	hzIduAtpcStatus	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the actual condition of ATPC:
Enabled – if config is on and no issues

Auto-Disabled – if ATPC coordinated power condition, AAM triggered, or radio loss of link

Disabled-manual – if config set to off"

		::=  {  hzIduAtpc  2  }		

	hzIduAtpcCoordinatedPower	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"
The Coordinated Power can be enabled by specifying the coordinated power status and coordinated power offset in a string with the following format (without the single quotes):

'<on [offset] | off>' 

The offset can optionally be specified after the 'on' string and after a single space and can be be between 0.0 and 10.0 inclusive.  The 'offset' is represented in dBm and indicates the offset below TxPower.  The accuracy is limited to tenths of dBm so an offset of 9.99 is recognized as 9.9 dBm.

Examples: 'on 5.5' or 'off'"

		::=  {  hzIduAtpc  3  }		


-- ----------------------------
--   hzIduAam
-- ----------------------------   
        hzIduAamStatus     OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Read or set the Automatic Adaptive Modulation (AAM) as 'on' or 'off'."
		DEFVAL			{ disabled }
		::=  {  hzIduAam  1 }

        hzIduAamDiagnostics 	OBJECT IDENTIFIER
		::=  {  hzIduAam  2  }     
		
-- ----------------------------
--   hzIduAamDiagnostics
-- ----------------------------   

        hzIduAamDiagnose OBJECT-TYPE	
		SYNTAX			INTEGER  { up ( 1 ) , down ( 2 ) } 
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"This write-only object accepts either 'up' or 'down' to diagnose whether the modulation speed can be increased or decreased respectively. Poll the hzIduAamDiagnosticResult object to determine the results." 
		::=  {  hzIduAamDiagnostics  1 }

        hzIduAamDiagnosticResult	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The result from AAM Diagnostic is read from this object."
		::=  {  hzIduAamDiagnostics  2  }		

-- ----------------------
--  hzIduPeerSysInfo
-- ---------------------
	hzIduPeerMacAddress	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The MAC Address of the peer network interface card."
		::=  {  hzIduPeerSysInfo  1  }

	hzIduPeerIpAddress	OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The IP Address of the peer network interface card."
		::=  {  hzIduPeerSysInfo  2  }

	hzIduPeerSubnetMask	OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The subnet mask for the peer network interface card."
		::=  {  hzIduPeerSysInfo  3  }

--- ----------------------------
--   hzIduAuthentication
-- ----------------------------   
	hzIduUniquePeerAuthenticationKey	OBJECT-TYPE	
		SYNTAX			DisplayString ( SIZE ( 0 .. 34  ) ) 
		ACCESS			read-write
		STATUS			mandatory 
		DESCRIPTION		"The serial number of the peer node that this node will communicate with. 
						 This is only used when authentication mode is set to unique."
		::=  {  hzIduAuthentication  1  }

	hzIduPeerDetectedSerialNumber	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The serial number of the peer node that the system is presently communicating 
					     with. This is only used when authentication is set to unique."
		::=  {  hzIduAuthentication  2  }

	hzIduAuthenticationMode	OBJECT-TYPE	
		SYNTAX			INTEGER  { none ( 1 ) , unique ( 2 ) , group ( 3 ) } 
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"This sets the authentication mode for the system.If configured for unique 
					     authentication, an horizon node only exchanges user traffic with one other 
					     horizon node. The serial number is used in this case.
					     
					     If configured for group authentication, an horizon node exchanges user 
					     traffic with another horizon node of the same group and uses the 
					     authentication keys."
		DEFVAL			{ none }
		::=  {  hzIduAuthentication  3  }

	hzIduAuthenticationFailureAction	OBJECT-TYPE	
		SYNTAX			INTEGER  { blockTraffic ( 1 ) , passTraffic ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory 
		DESCRIPTION		"This sets the authentication failure action for the system. 
		
						 Block traffic will block all user traffic including remote 
						 management access.  Pass traffic will allow all user traffic
						 to be sent and recieved"
		DEFVAL			{ blockTraffic }                             
		::=  {  hzIduAuthentication  4  }

	hzIduPeerAuthenticationStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  {  notAuthenticated ( 1 ) , authenticated ( 2 ) ,explicitAuthenticationFailure ( 3 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Specifies the current authentication status of the system.
		
						 Authenticated means authentication is on and the system
						 has been authenticated, notAuthenticated means authentication
						 is off or the system has not communicated yet with the other node,
						 explicit authentication failure means authentication is on and 
						 authentication has failed"
		::=  {  hzIduAuthentication  5  }
--
-- NetworkManagement 
--   
	hzIduMacAddress	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The MAC Address of the network interface card."
		::=  {  hzIduNetworkManagement  1  }   
		
	hzIduNetworkManagementInterface	OBJECT-TYPE	
		SYNTAX			INTEGER  { port1 ( 1 ) , port2 ( 2 ), port2Extended(3) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Describes the network management interface connection options."
		::=  {  hzIduNetworkManagement  2  }   
		

	hzIduIpAddress	OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The IP Address of the network interface card."
		::=  {  hzIduNetworkManagement  3  }

	hzIduSubnetMask	OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The subnet mask for the network interface card."
		::=  {  hzIduNetworkManagement  4  }

	hzIduDefaultGateway	OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The default gateway for the network interface card"
		::=  {  hzIduNetworkManagement  5  }
   
	hzIduTelnetAccessMode	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Indicates whether Telnet access is allowed."
		DEFVAL			{ enabled }
		::=  {  hzIduNetworkManagement  6  }

 	hzIduSshAccessMode	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Indicates whether ssh access is allowed."
		DEFVAL			{ enabled }
		::=  {  hzIduNetworkManagement  7  }

	hzIduVlanTagEnable	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Indicates whether VLAN tagging is enabled."
		DEFVAL			{ disabled }
		::=  {  hzIduNetworkManagement  8  }

	hzIduVlanTagId	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		""
		DEFVAL			{ 0 }
		::=  {  hzIduNetworkManagement  9  }
		   
	hzIduVlanTagPriority	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		""
		DEFVAL			{ 0 }
		::=  {  hzIduNetworkManagement  10  }   
		
		
--
-- NETWORK CARD INFORMATION
--


		
	hzIduEnetPort1	OBJECT IDENTIFIER
		::=  {  hzIduNetworkInterface  1  }
	hzIduEnetPort2	OBJECT IDENTIFIER
		::=  {  hzIduNetworkInterface  2  }

 	hzIduEnetPort2Description	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Describes the functionality of the port2"
		DEFVAL			{ on }
		::=  {  hzIduEnetPort2  1  }  

		
  	hzIduEnetPort2Config	OBJECT IDENTIFIER
		::=  {  hzIduEnetPort2  2  }
  	hzIduEnetPort2Status	OBJECT IDENTIFIER
		::=  {  hzIduEnetPort2  3  }
  	hzIduEnetPort2Stats	OBJECT IDENTIFIER
		::=  {  hzIduEnetPort2  4  }    

 	hzIduEnetPort1Description	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Describes the functionality of the port1"
		DEFVAL			{ on }
		::=  {  hzIduEnetPort1  1  }  

				
  	hzIduEnetPort1Config	OBJECT IDENTIFIER
		::=  {  hzIduEnetPort1  2  }
  	hzIduEnetPort1Status	OBJECT IDENTIFIER
		::=  {  hzIduEnetPort1  3  }
  	hzIduEnetPort1Stats	OBJECT IDENTIFIER
		::=  {  hzIduEnetPort1  4  }   
		
--
-- hzIduEnetPort2Config
--   
   
 	hzIduEnetPort2AutoNegotiation	OBJECT-TYPE	
		SYNTAX			INTEGER  { on ( 1 ) , off ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Turns auto-negotiation on or off for Ethernet Port2. Turning off results in the interface defaulting to 100BaseT, Full Duplex. "
		DEFVAL			{ on }
		::=  {  hzIduEnetPort2Config  1  }  
		
	hzIduEnetPort2Speed	OBJECT-TYPE	
		SYNTAX			INTEGER  { x10M( 1 ) , x100M( 2 ), x1000M( 3 ), auto(4) } 
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"Configure the port1 interface speed ."
		::=  {  hzIduEnetPort2Config   2}     
		
	hzIduEnetPort2Duplex	OBJECT-TYPE	
		SYNTAX			INTEGER  { full( 1 ) , half( 2 ), auto( 3 ) } 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Configure the port1 interface duplex."
		::=  {  hzIduEnetPort2Config   3} 

		
	hzIduEnetPort2AdminState	OBJECT-TYPE	
		SYNTAX			INTEGER  {  on( 1 ) , off( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Configure the port2 shutdown media."
		::=  {  hzIduEnetPort2Config   4} 
		
--
-- Port2 STATUS
--   
	    
	hzIduEnetPort2LinkStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  { down ( 1 ) , up( 2 ) , invalid( 3 ) } 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Indicates the Port2 link status."
		::=  {  hzIduEnetPort2Status   1} 



	hzIduEnetPort2AutoNegotiationStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  { on( 1 ) , off( 2 ) ,invalid(3) } 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Indicates the Port2 AutoNegotiation status."
		::=  {  hzIduEnetPort2Status   2} 


	hzIduEnetPort2SpeedStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  { x10M( 1 ) , x100M( 2 ), x1000M( 3 ), auto(4) ,invalid(5)} 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Indicates the Port2 interface speed status."
		::=  {  hzIduEnetPort2Status   3} 


	hzIduEnetPort2DuplexStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  {  full( 1 ) , half( 2 ), auto( 3 ), invalid(4) } 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Indicates the Port2 interface duplex status."
		::=  {  hzIduEnetPort2Status   4} 
		
--
-- Port2 STATISTICS
--   
	
        hzIduEnetPort2TxFrames 	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of Port2 frames sent."
		::=  {  hzIduEnetPort2Stats  1  } 
		  
        hzIduEnetPort2TxBytes	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of Port2 bytes sent."
     		::=  {  hzIduEnetPort2Stats  2  }
     		
        hzIduEnetPort2RxFrames	OBJECT-TYPE	
     		SYNTAX			Counter
     		ACCESS			read-only
     		STATUS			mandatory
     		DESCRIPTION		"The current count of Port2 frames received."
     		::=  {  hzIduEnetPort2Stats  3  }  
     		
        hzIduEnetPort2RxBytes	OBJECT-TYPE	
     		SYNTAX			Counter
     		ACCESS			read-only
     		STATUS			mandatory
     		DESCRIPTION		"The current count of Port2 bytes received."
     		::=  {  hzIduEnetPort2Stats  4  }
     
        hzIduEnetPort2RxFramesInErrors	OBJECT-TYPE	
     		SYNTAX			Counter
     		ACCESS			read-only
     		STATUS			mandatory
     		DESCRIPTION		"The current count of Port2 frames received in error."
     		::=  {  hzIduEnetPort2Stats  5  }
     
        hzIduEnetPort2RxFramesCrcErrors	OBJECT-TYPE	
     		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of CRC error frames received for Port2."
		::=  {  hzIduEnetPort2Stats  6  }
		

--
-- PORT1 CONFIG
--   
   
 	hzIduEnetPort1AutoNegotiation	OBJECT-TYPE	
		SYNTAX			INTEGER  { on( 1 ) , off ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Turns auto-negotiation on or off for Ethernet Port1. Turning off results in the interface defaulting to 100BaseT, Full Duplex. "
		DEFVAL			{ on }
		::=  {  hzIduEnetPort1Config  1  }  
		
	hzIduEnetPort1Speed	OBJECT-TYPE	
		SYNTAX			INTEGER  { x10M( 1 ) , x100M( 2 ), x1000M( 3 ), auto(4) } 
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"Configure the port1 interface speed ."
		::=  {  hzIduEnetPort1Config   2} 


	hzIduEnetPort1Duplex	OBJECT-TYPE	
		SYNTAX			INTEGER  { full( 1 ) , half( 2 ), auto( 3 ) } 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Configure the port1 interface duplex."
		::=  {  hzIduEnetPort1Config   3} 

	hzIduEnetPort1Media	OBJECT-TYPE	
		SYNTAX			INTEGER  { copper( 1 ) , fiber( 2 ), auto( 3 ) } 
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"Configure the port1 interface media."
		::=  {  hzIduEnetPort1Config   4}     
		
	hzIduEnetPort1AdminState	OBJECT-TYPE	
		SYNTAX			INTEGER  {  on( 1 ) , off( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"Configure the port1 interface media."
		::=  {  hzIduEnetPort1Config   5} 
		
        hzIduEnetPort1OpticalTransceiverState	        OBJECT-TYPE	
		SYNTAX			INTEGER  { on ( 1 ) , off ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"When it is on, optical transmitter for port1 is enabled. Otherwise optical transmitter is disabled."
		DEFVAL			{ off }
		::=  {  hzIduEnetPort1Config 6 }  
     
	hzIduEnetPort1PauseFrameEnable	        OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"When PAUSE is enabled, port1 pause frames can be generated by the 
                                         system and the pause frames will flow toward the link partner 
                                         on the network. When PAUSE is not enabled,
                                         no pause frames will be generated by the system. " 
		DEFVAL			{ disabled }
		::=  {  hzIduEnetPort1Config  7 }

   
 	hzIduEnetPort1MaxFrameSize	                OBJECT-TYPE	
		SYNTAX			INTEGER  ( 1600..9600 ) 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"For port1 the default maximum frame size is 1600 bytes. The settable 
                                         maximum frame size must be a multiple of 128. If the chosen
                                         maximum frame size is not a multiple of 128, its closest 
                                         number which is a multiple of 128 is actually used. The 
                                         settable lowest maximum frame size is 1664, and the settable
                                         highest maximum frame size is 9600. If the chosen maximum 
                                         frame size is out of this range, the default maximum frame 
                                         size of 1600 is used. "
		DEFVAL			{ 1600 }
		::=  {  hzIduEnetPort1Config  8  }   
		
	hzIduEnetPort1DroppedEnetFramesThresholdParameters	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"A read-write string: The threshold, in percent, and the number of seconds that it must exceed this threshold are programmed by the user. An example of the format of the string is as follows: '70 10'. The first parameter is the percentage of frames that are dropped, the second is the time in seconds that the threshold must be exceeded. The single quote marks i.e. ' ' are not used in the command."
		::=  {  hzIduEnetPort1Config	9  }

	hzIduEnetPort1BandwidthUtilizationThresholdParameters	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"A read-write string: The percentage of available bandwidth threshold and the number of seconds that it must exceed this threshold are programmed by the user. An example of the format of the string is as follows: '70 10'. The first parameter is the threshold point in percent, the number of seconds that the threshold must be exceeded. The single quote marks i.e. ' ' are not used in the command."
		::=  {  hzIduEnetPort1Config	10  }

--
-- PORT1 STATUS
--   
	    
	hzIduEnetPort1LinkStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  { down ( 1 ) , up( 2 ) , invalid( 3 ) } 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Indicates the port1 link status."
		::=  {  hzIduEnetPort1Status   1} 



	hzIduEnetPort1AutoNegotiationStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  { on( 1 ) , off( 2 ),invalid(3)  } 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Indicates the port1 AutoNegotiation status."
		::=  {  hzIduEnetPort1Status   2} 


	hzIduEnetPort1SpeedStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  { x10M( 1 ) , x100M( 2 ), x1000M( 3 ), auto(4) ,invalid(5)} 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Indicates the port1 interface speed status."
		::=  {  hzIduEnetPort1Status   3} 


	hzIduEnetPort1DuplexStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  { full( 1 ) , half( 2 ), auto( 3 ) ,invalid(4)} 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Indicates the port1 interface duplex status."
		::=  {  hzIduEnetPort1Status   4} 

	hzIduEnetPort1MediaStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  { copper( 1 ) , fiber( 2 ), auto( 3 ),invalid(4) } 
		ACCESS			read-only
		STATUS			mandatory  
		DESCRIPTION		"Indicates the port1 interface media status."
		::=  {  hzIduEnetPort1Status   5} 

--
-- PORT1 STATISTICS
--   
	
	hzIduEnetPort1TxFrames 	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of port1 frames sent."
		::=  {  hzIduEnetPort1Stats  1  } 
		  
        hzIduEnetPort1TxBytes	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of port1 bytes sent."
		::=  {  hzIduEnetPort1Stats  2  }
		
        hzIduEnetPort1RxFrames	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of port1 frames received."
		::=  {  hzIduEnetPort1Stats  3  }  
		
        hzIduEnetPort1RxBytes	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of port1 bytes received."
		::=  {  hzIduEnetPort1Stats  4  }

	hzIduEnetPort1RxFramesInErrors	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of port1 frames received in error."
		::=  {  hzIduEnetPort1Stats  5  }

	hzIduEnetPort1RxFramesCRCErrors	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of CRC error frames received for port1."
		::=  {  hzIduEnetPort1Stats  6  }
		
	hzIduEnetPort1BWUtilization	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The carried load over link capacity for port1."
		::=  {  hzIduEnetPort1Stats 7  }

	hzIduEnetPort1IngressDataRate	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The data rate coming into the ethernet for port1.
					 The data rate you see is multiplied by 100. e.g. A display
                                                 of 1530 is actually 15.30 Mpbs"
		::=  {  hzIduEnetPort1Stats 8  }

	hzIduEnetPort1EgressDataRate	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The data rate going out of the ethernet for port1.
					 The data rate you see is multiplied by 100. e.g. A display
                                                 of 1530 is actually 15.30 Mpbs."
		::=  {  hzIduEnetPort1Stats 9  }



	hzIduEnetPort1FramesInQueue1s	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of port1 frames passed through queue 1."
		::=  {  hzIduEnetPort1Stats  10  }
	
	hzIduEnetPort1FramesInQueue2s	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of port1 frames passed through queue 2."
		::=  {  hzIduEnetPort1Stats  11  }
   
	hzIduEnetPort1FramesInQueue3s	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of NIC frames passed through queue 3."
		::=  {  hzIduEnetPort1Stats  12  }
   
	hzIduEnetPort1FramesInQueue4s	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of NIC frames passed through queue 4."
		::=  {  hzIduEnetPort1Stats  13  }  
		
	hzIduEnetPort1FramesInQueue1Discardeds	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of NIC frames received in queue 2 that  
						 were discarded, but due to an error. One possible reason  
						 is lack of buffer space."
		::=  {  hzIduEnetPort1Stats  14  }

	hzIduEnetPort1FramesInQueue2Discardeds	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of port1 frames received in queue 2 that 
						 were discarded, but due to an error. One possible reason  
						 is lack of buffer space."
		::=  {  hzIduEnetPort1Stats  15  }
   
	hzIduEnetPort1FramesInQueue3Discardeds	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of port1 frames received in queue 3 that 
						 were discarded, but due to an error. One possible reason  
						 is lack of buffer space."
		::=  {  hzIduEnetPort1Stats  16  }

	hzIduEnetPort1FramesInQueue4Discardeds	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of port1 frames received in queue 4 that 
						 were discarded, but due to an error. One possible reason  
						 is lack of buffer space."
		::=  {  hzIduEnetPort1Stats  17  }
		
		
-- ----------------------------
--   hzIduWirelessInterface
-- ----------------------------      

	hzIduWirelessInterfaceNames	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterface 1  }

	hzIduWirelessInterfaceModems	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterface 2  }
		
	hzIduWirelessInterfaceIFCards OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterface 3  }
		
	hzIduWirelessInterfaceRadios	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterface 4  }		     
		
	hzIduWirelessInterfaceRadioFrequencies	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterface 5  }
		
	hzIduWirelessInterfaceAntenna	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterface 6  }	
		
	hzIduWirelessInterfaceRedundancy OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterface 7  }			

-- -----------------------------
--   hzIduWirelessInterfaceNames
-- ----------------------------- 

	hzIduWirelessInterfaceNameTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduWirelessInterfaceNameEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of Wireless Interface Modems"
		::=  { hzIduWirelessInterfaceNames 1 }

	hzIduWirelessInterfaceNameEntry	OBJECT-TYPE
		SYNTAX		HzIduWirelessInterfaceNameEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A Wireless Interface Modem"      
		INDEX		{  hzIduWirelessInterfaceNameIndex  }
		::=  { hzIduWirelessInterfaceNameTable 1 }

	HzIduWirelessInterfaceNameEntry  ::=  SEQUENCE {
		hzIduWirelessInterfaceNameIndex  INTEGER,
		hzIduWirelessInterfaceName  DisplayString
	}	
 
 	hzIduWirelessInterfaceNameIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduWirelessInterfaceNameEntry  1  } 
		
 	hzIduWirelessInterfaceName	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Describes the functionality of the Wireless Interface"
		::=  {  hzIduWirelessInterfaceNameEntry  2  }		
 
-- -----------------------------
--   hzIduWirelessInterfaceIFCards
-- -----------------------------

	hzIduIntermediateFrequencyCardTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduIntermediateFrequencyCardEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of Wireless Interface Modems"
		::=  { hzIduWirelessInterfaceIFCards 1 }

	hzIduIntermediateFrequencyCardEntry	OBJECT-TYPE
		SYNTAX		HzIduIntermediateFrequencyCardEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A Wireless Interface Modem"      
		INDEX		{  hzIduIFCardIndex  }
		::=  { hzIduIntermediateFrequencyCardTable 1 }

	HzIduIntermediateFrequencyCardEntry  ::=  SEQUENCE {
		hzIduIFCardIndex  INTEGER,
		hzIduIFCardTxSynthesizerLock INTEGER, 
		hzIduIFCardRxSynthesizerLock INTEGER
	}	
 
 	hzIduIFCardIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduIntermediateFrequencyCardEntry  1  } 

 	hzIduIFCardTxSynthesizerLock	OBJECT-TYPE	
		SYNTAX			INTEGER  { unlocked ( 1 ), locked ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates if the transmit synthesizer is locked."
		::=  {  hzIduIntermediateFrequencyCardEntry  2  }

 	hzIduIFCardRxSynthesizerLock	OBJECT-TYPE	
		SYNTAX			INTEGER  { unlocked ( 1 ), locked ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates if the receive synthesizer is locked."
		::=  {  hzIduIntermediateFrequencyCardEntry  3  }

-- -----------------------------
--   hzIduWirelessInterfaceModems
-- -----------------------------
		
	hzIduAggregatedWirelessPortStats 	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterfaceModems  1  }     

	hzIduAggregatedWirelessPortTxFrames	  OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of Ethernet Combiner frames sent."
		::=  {  hzIduAggregatedWirelessPortStats  1  }

	hzIduAggregatedWirelessPortRxFramesOKs	  OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of good Ethernet Combiner frames received."
		::=  {  hzIduAggregatedWirelessPortStats  2 }

	hzIduAggregatedWirelessPortRxFrameErrors	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of Ethernet Combiner frames received in error."
		::=  {  hzIduAggregatedWirelessPortStats  3  }  
		
	hzIduAggregatedWirelessPortRxFramesQueueDiscards	OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of Ethernet Combiner frames in the queue that were discarded."
		::=  {  hzIduAggregatedWirelessPortStats  4  }

-- ----------------
-- hzIduModemTable
-- ----------------

	hzIduModemTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduModemEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of Wireless Interface Modems"
		::=  { hzIduWirelessInterfaceModems 2 }

	hzIduModemEntry	OBJECT-TYPE
		SYNTAX		HzIduModemEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A Wireless Interface Modem"      
		INDEX		{  hzIduModemIndex  }
		::=  { hzIduModemTable 1 }

	HzIduModemEntry  ::=  SEQUENCE {
		hzIduModemIndex  INTEGER,
		hzIduModemOperStatus INTEGER,
		hzIduModemReset INTEGER,
		hzIduModemChannelizedRSL INTEGER,
		hzIduModemChannelizedRSLUnsignedInt INTEGER,
		hzIduModemModulationType INTEGER,
		hzIduModemRxSpeed INTEGER,
		hzIduModemTxSpeed INTEGER,
		hzIduModemSNR INTEGER,
		hzIduModemEbToNoiseRatio INTEGER,
		hzIduModemEqualizerStress INTEGER,
		hzIduModemSNRThresholdParameters DisplayString,
		hzIduModemChannelizedRslBelowThresholdParameters DisplayString
	}	
 
 	hzIduModemIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduModemEntry  1  }
		
  	hzIduModemOperStatus	OBJECT-TYPE	
		SYNTAX			INTEGER { up ( 1 ), down( 2 ), testing (3)  }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current operational state of the interface. Testing indicates that no operational packets can be passed." 
		::=  {  hzIduModemEntry  2  }		 		
  
  	hzIduModemReset	OBJECT-TYPE	
		SYNTAX			INTEGER ( 0 .. 1  )
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"Writing 1 to this object causes the modem card to be reset. 
						 All other values are not recognized. This variable always 
						 reads back as 0. mdmOperStatus should be polled by the 
						 user after this object is written to, to verify that the 
						 modem card has been reset. Not applicable in this release" 
		::=  {  hzIduModemEntry  3  }  
		
    hzIduModemChannelizedRSL  OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"An estimate of the modem's channelized RSL. Divide the value by 10 to get the actual RSL value. Once this number is divided by 10 the units are dBm.  For example 352 is actually -35.2dBm"
		::=  {  hzIduModemEntry  4  }

    hzIduModemChannelizedRSLUnsignedInt  OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The absolute value of the estimate of the modem's channelized RSL. Divide the value by 10 to get the actual RSL value. Once this number is divided by 10 the units are dBm.  For example -352 is actually -35.2dBm"
		::=  {  hzIduModemEntry  5  }

	hzIduModemModulationType	OBJECT-TYPE	
		SYNTAX			INTEGER  { qpsk ( 1 ) , qam ( 2 ) , qam16 ( 3 ) , qam32 ( 4 ) , qam64 ( 5 ) , qam128 ( 6 ) , qam256 ( 7 ) , x8psk ( 8 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The modulation type of the modem, distinguished according 
						 to the physical/link protocol."
		::=  {  hzIduModemEntry  6  }

	hzIduModemRxSpeed	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"An estimate of the modem's current Rx bandwidth in bits per 
						 second. Divide the value by 10000 to get the actual data rate in Mbps"
		::=  {  hzIduModemEntry  7  }

	hzIduModemTxSpeed	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"An estimate of the modem's current Tx bandwidth in bits per 
					 second. Divide the value by 10000 to get the actual data rate in Mbps"
		::=  {  hzIduModemEntry  8  }

	hzIduModemSNR          	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"SNR value in dB. Divide the value by 10 to get the actual SNR."
		::=  {  hzIduModemEntry  9  }

	hzIduModemEbToNoiseRatio	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The ratio of the modem Estimated Energy per information bit to Noise power spectral density.
                                        Divide the value by 10 to get the actual EbToNoiseRatio"
		::=  {  hzIduModemEntry  10  }

	hzIduModemEqualizerStress	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the average magnitude of all the equalizer taps to provide a measure of how hard the equalizer is working."
		::=  {  hzIduModemEntry  11  }

 	hzIduModemSNRThresholdParameters	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"A read-write string "
		::=  {  hzIduModemEntry  12  } 
		

   	hzIduModemChannelizedRslBelowThresholdParameters	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"A read-write string: The threshold in dBm  and the number of seconds threshold are programmed by the user. An example of the format of the string is as follows: '-75 10'. The first parameter power level in dBm, the second is the time in seconds that the threshold must be exceeded. In this example the threshold -75 dBm and the time is set to 10 seconds. The single quote marks i.e. ' ' are not used in the command."
		::=  {  hzIduModemEntry  13  }
		
-- ----------------------------
-- hzIduWirelessInterfaceModems
-- ----------------------------

	hzIduModemStatsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduModemStatsEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of Wireless Interface Modem Statistics"
		::=  { hzIduWirelessInterfaceModems 3 }

	hzIduModemStatsEntry	OBJECT-TYPE
		SYNTAX		HzIduModemStatsEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Statistics for a Wireless Interface Modem"      
		INDEX		{  hzIduModemStatsIndex  }
		::=  { hzIduModemStatsTable 1 }

	HzIduModemStatsEntry  ::=  SEQUENCE {
		hzIduModemStatsIndex  INTEGER,
		hzIduModemTxBlocks Counter,
		hzIduModemRxBlocksOKs Counter,
		hzIduModemRxBlocksErrors Counter
	}	
 
 	hzIduModemStatsIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduModemStatsEntry  1  } 

	hzIduModemTxBlocks	  OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of Modem blocks transmitted."
		::=  {  hzIduModemStatsEntry  2  }  
		
	hzIduModemRxBlocksOKs	  OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of Modem blocks received."
		::=  {  hzIduModemStatsEntry  3  }

	hzIduModemRxBlocksErrors  OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current count of Modem blocks received in error."
		::=  {  hzIduModemStatsEntry  4  }

--
-- RADIO INFORMATION
--
		
	hzIduRadioTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRadioEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of Wireless Interface Radios"
		::=  { hzIduWirelessInterfaceRadios 1 }

	hzIduRadioEntry	OBJECT-TYPE
		SYNTAX		HzIduRadioEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A Wireless Interface Radio"      
		INDEX		{  hzIduRadioIndex  }
		::=  { hzIduRadioTable 1 }

	HzIduRadioEntry  ::=  SEQUENCE {
		hzIduRadioIndex  INTEGER,
		hzIduRadioDescription DisplayString,
		hzIduRadioOperStatus INTEGER,
		hzIduRadioLastChanged TimeTicks,
		hzIduRadioReceiveSignalLevel INTEGER,
		hzIduRadioReceiveSignalLevelUnsigned INTEGER,
		hzIduRadioTxGain INTEGER,
		hzIduRadioRxGain INTEGER,
		hzIduRadioReset INTEGER,		
		hzIduRadioTransmitPowerdBm INTEGER, 
		hzIduRadioPowerOption INTEGER,
		hzIduRadioTxState INTEGER,
		hzIduRadioTemperature INTEGER,
		hzIduRadioRxCableLoss DisplayString,
		hzIduRadioTxCableLoss DisplayString,
		hzIduRadioTxCableLossChange DisplayString
	}
		 
 	hzIduRadioIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduRadioEntry  1  } 

 	hzIduRadioDescription	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A textual string containing information about the radio. Includes the 
						manufacturer, product name, software version,  serial number, and hardware 
						version of the radio."
		::=  {  hzIduRadioEntry  2  }

	hzIduRadioOperStatus	OBJECT-TYPE	
		SYNTAX			INTEGER  { up ( 1 ) , down ( 2 ) , testing ( 3 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The current operational state of the interface. Testing 
						 indicates that no operational packets can be passed. Testing
						 also indicates that a firmware upgrade may be in progress"
		::=  {  hzIduRadioEntry  3  }

	hzIduRadioLastChanged	OBJECT-TYPE	
		SYNTAX			TimeTicks 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The value of sysUpTime at the time the radio entered its current 
						operational state. If the current state was entered prior to the 
						last re-initialization of the local  network management subsystem, 
						then this object contains  a zero value."
		::=  {  hzIduRadioEntry  4  }		       

	hzIduRadioReceiveSignalLevel	OBJECT-TYPE	
		SYNTAX			INTEGER 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The Received Signal Level indicates the power of the receive level 
						in dBm. The number is divided by 10 to get the actual dBm. For example,
						-432 is actually -43.2dBm."
		::=  {  hzIduRadioEntry  5  }
		
	hzIduRadioReceiveSignalLevelUnsigned	OBJECT-TYPE	
		SYNTAX			INTEGER 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The Received Signal Level indicates the power of the receive level in dBm. 
						The number is divided by -10. e.g. 432 is actually -43.2dBm. Object provided 
						to accomodate plotting of negative RSL values which is not supported 
						in some EMS (i.e.: CastleRock).  Please use 'hzIduRadioReceiveSignalLevel' 
						object if your EMS supports plotting of negative integers."
		::=  {  hzIduRadioEntry  6  }				

	hzIduRadioTxGain	OBJECT-TYPE	
		SYNTAX			INTEGER 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The gain of the radio in the transmit chain. Indicates the gain in dB."
		::=  {  hzIduRadioEntry  7  }

	hzIduRadioRxGain	OBJECT-TYPE	
		SYNTAX			INTEGER 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The gain of the radio in the receive chain. Indicates the gain in dB."
		::=  {  hzIduRadioEntry  8  }
		
	hzIduRadioReset	OBJECT-TYPE	
		SYNTAX			INTEGER 
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"Writing 1 to this object causes the radio to be reset. All other values 
						are not recognized. This variable  always reads back as 0. radioOperStatus 
						should be polled  by the user after this object is written to, to verify  
						that the radio card has been reset."
		::=  {  hzIduRadioEntry  9  }						

	hzIduRadioTransmitPowerdBm	OBJECT-TYPE	
		SYNTAX			INTEGER 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"This defines the transmit level of the radio. If ATPC or AAM is enabled, you can't change the transmit power.

The power you see is divided by 10. e.g. A display of 133 is actually 13.3 dBm.
                                                 
If the radio is operational and not muted, it is the current transmitting power.
                                                 
If the radio is operational and muted, it is the programmed transmitting power, and will transmit at this level when the radio is un-muted.
                                                 						 
If the radio is not operational it is the programmed transmitting power, and will transmit at this level when the radio is operational and not muted.
						 
If the radio does not have transmit calibration tables programmed into its EEPROM, this transmit power level cannot be used as it is not possible to accurately calculate the actual transmit level. In this case this object will return -99." 
		DEFVAL  		{ 0 }
		::=  {  hzIduRadioEntry  10  }
		

	hzIduRadioPowerOption	                OBJECT-TYPE	
		SYNTAX			INTEGER  { normal ( 1 ) , highPower ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This indicates the power option of the radio: normal or high power."
		DEFVAL  		{ 0 }
		::=  {  hzIduRadioEntry  11  }   
		

	hzIduRadioTxState	                OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This indicates the power option of the radio: normal or high power."
		DEFVAL  		{ 0 }
		::=  {  hzIduRadioEntry  12  }

	hzIduRadioTemperature	OBJECT-TYPE	
		SYNTAX		INTEGER
		ACCESS		read-only
		STATUS		mandatory
		DESCRIPTION	"The Radio temperature in degree Celsius. The actual temperature is determined by dividing the number by 10. e.g. 202 is actually 20.2 degrees Celsius."
		::=  {  hzIduRadioEntry 13 } 
		
	hzIduRadioRxCableLoss	OBJECT-TYPE	
		SYNTAX		DisplayString
		ACCESS		read-only
		STATUS		mandatory
		DESCRIPTION	"The Rx Cable Loss in dB."
		::=  {  hzIduRadioEntry 14 } 

	hzIduRadioTxCableLoss	OBJECT-TYPE	
		SYNTAX		DisplayString
		ACCESS		read-only
		STATUS		mandatory
		DESCRIPTION	"The Tx Cable Loss in dB."
		::=  {  hzIduRadioEntry 15 } 

	hzIduRadioTxCableLossChange	OBJECT-TYPE	
		SYNTAX		DisplayString
		ACCESS		read-only
		STATUS		mandatory
		DESCRIPTION	"The Tx Cable Loss Change is the difference between the configured TxPower and the measured TxPower measured in dB."
		::=  {  hzIduRadioEntry 16 } 

-- --------------------------------------
-- hzIduWirelessInterfaceRadioFrequencies
-- --------------------------------------

	hzIduWirelessInterfaceRadio1Frequencies	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterfaceRadioFrequencies 1  }
		

	hzIduWirelessInterfaceRadio2Frequencies	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterfaceRadioFrequencies 2  }		

-- --------------------------------------
-- hzIduWirelessInterfaceRadio1Frequencies
-- --------------------------------------

	hzIduRadio1Band	OBJECT-TYPE	
					-- ------------Don't forget to update Radio2 Band list! ------------------
		SYNTAX			INTEGER  { freqNone (1), fcc11-1-40 (2), fcc11-1-30 (3), fcc18-2-40 (4), fcc18-2-50(5), fcc23-3-50(6) }
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The radio frequency standard used for Radio 1. Frequency bands are divided into sub bands.
						 
i.e. FCC 23 Ghz Band is comprised of fcc23a, fcc23b, fcc23c and 
fcc23d which make up the entire FCC23 band"
		DEFVAL			{ freqNone }
		::=  {  hzIduWirelessInterfaceRadio1Frequencies  1  }


	hzIduRadio1FreqGroupSelected	OBJECT-TYPE	
		SYNTAX			INTEGER  { txLow ( 1 ) , txHigh ( 2 )  } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The frequency group selected for Radio 1.
		
The frequency subbands are divided into frequency groups txHigh and txLow.  An horizon system must have one node configured to txLow and the other node configure to txHigh"
		::=  {  hzIduWirelessInterfaceRadio1Frequencies  2  }

	hzIduRadio1TxHighFreqTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRadio1TxHighFreqEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of txHigh frequency settings for Radio 1"
		::=  { hzIduWirelessInterfaceRadio1Frequencies  3 }

	hzIduRadio1TxHighFreqEntry	OBJECT-TYPE
		SYNTAX		HzIduRadio1TxHighFreqEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A txHighFrequency entry containing all the frequency values"      
		INDEX		{  hzIduRadio1TxHighFreqIndex  }
		::=  { hzIduRadio1TxHighFreqTable 1 }

	HzIduRadio1TxHighFreqEntry  ::=  SEQUENCE {
		hzIduRadio1TxHighFreqIndex  INTEGER,
		hzIduRadio1TxHighFreqChannelIndex  DisplayString,
		hzIduRadio1TxHighFreqTransmitRfFrequency  INTEGER,
		hzIduRadio1TxHighFreqReceiveRfFrequency  INTEGER,
		hzIduRadio1TxHighFreqProgrammed  INTEGER
		}


	hzIduRadio1TxHighFreqIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each frequency channel. "
		::=  {  hzIduRadio1TxHighFreqEntry  1  }


	hzIduRadio1TxHighFreqChannelIndex	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The channel index for the frequency."
		::=  {  hzIduRadio1TxHighFreqEntry  2  }

	hzIduRadio1TxHighFreqTransmitRfFrequency	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The RF TX frequency in KHz."
		::=  {  hzIduRadio1TxHighFreqEntry  3  }

	hzIduRadio1TxHighFreqReceiveRfFrequency	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The RF RX frequency in KHz."
		::=  {  hzIduRadio1TxHighFreqEntry  4  }

	hzIduRadio1TxHighFreqProgrammed	OBJECT-TYPE	
		SYNTAX			INTEGER  { active ( 1 ) , notActive ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies the operating frequency channel for the modem.
		
***Only 1 index may be selected in a 1 modem system." 
		DEFVAL 			{ notActive }
		::=  {  hzIduRadio1TxHighFreqEntry  5  }

	hzIduRadio1TxLowFreqTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRadio1TxLowFreqEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of txLow frequency settings for Radio 1"
		::=  { hzIduWirelessInterfaceRadio1Frequencies  4 }

	hzIduRadio1TxLowFreqEntry	OBJECT-TYPE
		SYNTAX		HzIduRadio1TxLowFreqEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A hzIduTxLowFrequeny entry containing the frequency values for a specific index"
		INDEX		{  hzIduRadio1TxLowFreqIndex  }
		::=  { hzIduRadio1TxLowFreqTable 1 }

	HzIduRadio1TxLowFreqEntry  ::=  SEQUENCE {
		hzIduRadio1TxLowFreqIndex  INTEGER,
		hzIduRadio1TxLowFreqChannelIndex  DisplayString,
		hzIduRadio1TxLowFreqTransmitRfFrequency  INTEGER,
		hzIduRadio1TxLowFreqReceiveRfFrequency  INTEGER,
		hzIduRadio1TxLowFreqProgrammed  INTEGER
		}


	hzIduRadio1TxLowFreqIndex	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each frequency channel. "
		::=  {  hzIduRadio1TxLowFreqEntry  1  }


	hzIduRadio1TxLowFreqChannelIndex	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The channel index for the frequency. "
		::=  {  hzIduRadio1TxLowFreqEntry  2  }

	hzIduRadio1TxLowFreqTransmitRfFrequency	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The RF TX frequency in KHz."
		::=  {  hzIduRadio1TxLowFreqEntry  3  }

	hzIduRadio1TxLowFreqReceiveRfFrequency	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The RF RX frequency in KHz."
		::=  {  hzIduRadio1TxLowFreqEntry  4  }

	hzIduRadio1TxLowFreqProgrammed	OBJECT-TYPE	
		SYNTAX			INTEGER  { active ( 1 ) , notActive ( 2 ) } 
		ACCESS			read-write

		STATUS			mandatory
		DESCRIPTION		"Specifies the operating frequency channel for the modem.
		
***Only 1 index may be selected in a 1 modem system. "
		DEFVAL			{ notActive }
		::=  {  hzIduRadio1TxLowFreqEntry  5  }
 

	hzIduRadio1ProgrammedFrequency	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterfaceRadio1Frequencies  5  }  
		
	hzIduRadio1ProgrammedFrequencyChannel	OBJECT-TYPE	
		SYNTAX			DisplayString  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The channel that has been programmed for Radio 1."
		::=  {  hzIduRadio1ProgrammedFrequency  1  }		


	hzIduRadio1ProgrammedFrequencyTxRf	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The programmed RF TX frequency in KHz."
		::=  {  hzIduRadio1ProgrammedFrequency  2  }


	hzIduRadio1ProgrammedFrequencyRxRf	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The RF RX frequency in KHz."
		::=  {  hzIduRadio1ProgrammedFrequency  3  } 


-- --------------------------------------
-- hzIduWirelessInterfaceRadio2Frequencies
-- --------------------------------------

	hzIduRadio2Band	OBJECT-TYPE	
					-- ------------Don't forget to update Radio1 Band list! ------------------
		SYNTAX			INTEGER  { freqNone (1), fcc11-1-40 (2), fcc11-1-30 (3), fcc18-2-40 (4), fcc18-2-50(5), fcc23-3-50(6) }
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The radio frequency standard used by Radio 2 (if present). Frequency bands are divided into sub bands.
						 
i.e. FCC 23 Ghz Band is comprised of fcc23a, fcc23b, fcc23c and fcc23d which make up the entire FCC23 band"
		DEFVAL			{ freqNone }
		::=  {  hzIduWirelessInterfaceRadio2Frequencies  1  }


	hzIduRadio2FreqGroupSelected	OBJECT-TYPE	
		SYNTAX			INTEGER  { txLow ( 1 ) , txHigh ( 2 )  } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The frequency group selected for Radio 2.
		
The frequency subbands are divided into frequency groups txHigh and txLow.  An horizon system must have one node configured to txLow and the other node configure to txHigh"
		::=  {  hzIduWirelessInterfaceRadio2Frequencies  2  }

	hzIduRadio2TxHighFreqTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRadio2TxHighFreqEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of txHigh frequency settings for Radio 2"
		::=  { hzIduWirelessInterfaceRadio2Frequencies  3 }

	hzIduRadio2TxHighFreqEntry	OBJECT-TYPE
		SYNTAX		HzIduRadio2TxHighFreqEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A txHighFrequency entry containing all the frequency values"      
		INDEX		{  hzIduRadio2TxHighFreqIndex  }
		::=  { hzIduRadio2TxHighFreqTable 1 }

	HzIduRadio2TxHighFreqEntry  ::=  SEQUENCE {
		hzIduRadio2TxHighFreqIndex  INTEGER,
		hzIduRadio2TxHighFreqChannelIndex  DisplayString,
		hzIduRadio2TxHighFreqTransmitRfFrequency  INTEGER,
		hzIduRadio2TxHighFreqReceiveRfFrequency  INTEGER,
		hzIduRadio2TxHighFreqProgrammed  INTEGER
		}


	hzIduRadio2TxHighFreqIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each frequency channel. "
		::=  {  hzIduRadio2TxHighFreqEntry  1  }


	hzIduRadio2TxHighFreqChannelIndex	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The channel index for the frequency."
		::=  {  hzIduRadio2TxHighFreqEntry  2  }

	hzIduRadio2TxHighFreqTransmitRfFrequency	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The RF TX frequency in KHz."
		::=  {  hzIduRadio2TxHighFreqEntry  3  }

	hzIduRadio2TxHighFreqReceiveRfFrequency	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The RF RX frequency in KHz."
		::=  {  hzIduRadio2TxHighFreqEntry  4  }

	hzIduRadio2TxHighFreqProgrammed	OBJECT-TYPE	
		SYNTAX			INTEGER  { active ( 1 ) , notActive ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies the operating frequency channel for the modem.
		
***Only 1 index may be selected in a 1 modem system." 
		DEFVAL 			{ notActive }
		::=  {  hzIduRadio2TxHighFreqEntry  5  }

	hzIduRadio2TxLowFreqTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRadio2TxLowFreqEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of txLow frequency settings for Radio 2"
		::=  { hzIduWirelessInterfaceRadio2Frequencies  4 }

	hzIduRadio2TxLowFreqEntry	OBJECT-TYPE
		SYNTAX		HzIduRadio2TxLowFreqEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A hzIduTxLowFrequeny entry containing the frequency values for a specific index"
		INDEX		{  hzIduRadio2TxLowFreqIndex  }
		::=  { hzIduRadio2TxLowFreqTable 1 }

	HzIduRadio2TxLowFreqEntry  ::=  SEQUENCE {
		hzIduRadio2TxLowFreqIndex  INTEGER,
		hzIduRadio2TxLowFreqChannelIndex  DisplayString,
		hzIduRadio2TxLowFreqTransmitRfFrequency  INTEGER,
		hzIduRadio2TxLowFreqReceiveRfFrequency  INTEGER,
		hzIduRadio2TxLowFreqProgrammed  INTEGER
		}


	hzIduRadio2TxLowFreqIndex	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each frequency channel. "
		::=  {  hzIduRadio2TxLowFreqEntry  1  }


	hzIduRadio2TxLowFreqChannelIndex	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The channel index for the frequency. "
		::=  {  hzIduRadio2TxLowFreqEntry  2  }

	hzIduRadio2TxLowFreqTransmitRfFrequency	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The RF TX frequency in KHz."
		::=  {  hzIduRadio2TxLowFreqEntry  3  }

	hzIduRadio2TxLowFreqReceiveRfFrequency	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The RF RX frequency in KHz."
		::=  {  hzIduRadio2TxLowFreqEntry  4  }

	hzIduRadio2TxLowFreqProgrammed	OBJECT-TYPE	
		SYNTAX			INTEGER  { active ( 1 ) , notActive ( 2 ) } 
		ACCESS			read-write

		STATUS			mandatory
		DESCRIPTION		"Specifies the operating frequency channel for the modem.
		
***Only 1 index may be selected in a 1 modem system. "
		DEFVAL			{ notActive }
		::=  {  hzIduRadio2TxLowFreqEntry  5  }
 

	hzIduRadio2ProgrammedFrequency	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterfaceRadio2Frequencies  5  }  
		
	hzIduRadio2ProgrammedFrequencyChannel	OBJECT-TYPE	
		SYNTAX			DisplayString  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The channel that has been programmed for Radio 2."
		::=  {  hzIduRadio2ProgrammedFrequency  1  }		


	hzIduRadio2ProgrammedFrequencyTxRf	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The programmed RF TX frequency in KHz."
		::=  {  hzIduRadio2ProgrammedFrequency  2  }


	hzIduRadio2ProgrammedFrequencyRxRf	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The RF RX frequency in KHz."
		::=  {  hzIduRadio2ProgrammedFrequency  3  }
					
-- --------------------------------
-- hzIduWirelessInterfaceRedundancy
-- --------------------------------

 	hzIduWirelessInterfaceRedundancyActiveWirelessPort	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 (1), wireless-port-2 (2) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This attribute indicates the active wireless port and is only applicable when the system capacity has been configured to singleCarrier-redundancy."
		::=  {  hzIduWirelessInterfaceRedundancy  1 }

 	hzIduWirelessInterfaceRedundancyPrimaryWirelessPort	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 (1), wireless-port-2 (2) }
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"This attribute indicates the primary wireless port and is only applicable when the system capacity has been configured to singleCarrier-redundancy. The primary wireless port indicates which wireless port is connected to the 'primary' port on the RDRM coupler."
		::=  {  hzIduWirelessInterfaceRedundancy  2 }
		
 	hzIduWirelessInterfaceRedundancySwitchingAlgorithm	OBJECT-TYPE	
		SYNTAX			INTEGER  { manual ( 1 ), algorithm-based ( 2 ) }
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"This attribute selects the rule that will determine when a redundant path switch will take place. There are two options: manual and algorithm-based. The 'Manual' option turns off the automatic path switching feature. Only an operator can switch the active path."
		::=  {  hzIduWirelessInterfaceRedundancy  3 }

 	hzIduWirelessInterfaceRedundancySwitchCause	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This string indicates the reason that a redundancy switch has occurred.  If the active port is the primary port then this string is empty."
		::=  {  hzIduWirelessInterfaceRedundancy  4 }
		
 	hzIduWirelessInterfaceRedundancySwitchRadio	OBJECT-TYPE	
		SYNTAX			INTEGER  { switch ( 1 ) }
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"This object switches the active path when switch (1) is written to this variable."
		::=  {  hzIduWirelessInterfaceRedundancy  5 }

 	hzIduWirelessInterfaceRedundancyRemoveFaultyWirelessPort	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 (1), wireless-port-2 (2) }
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"This object removes the specified port from the faulty port list."
		::=  {  hzIduWirelessInterfaceRedundancy  6 }

        hzIduWirelessInterfaceRedundancyDiagnostics 	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterfaceRedundancy  7  }     

-- ---------------------------------------------
--   hzIduWirelessInterfaceRedundancyDiagnostics
-- ---------------------------------------------   

        hzIduWirelessInterfaceRedundancyDiagnose OBJECT-TYPE	
		SYNTAX			INTEGER  { diagnose ( 1 ) } 
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"This write-only object will diagnose problems with switching paths. Write diagnose (1) to this object and check results in hzIduWirelessInterfaceRedundancyDiagnosticResult object"
		::=  {  hzIduWirelessInterfaceRedundancyDiagnostics  1 }

        hzIduWirelessInterfaceRedundancyDiagnosticResult	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The result from Redundancy Diagnostic is read from this object. Note that the diagnostic result presented in this object is private to SNMP initiated diagnostics.  If a diagnostic is initiated from the CLI or WEB, this result will remain unchanged."
		::=  {  hzIduWirelessInterfaceRedundancyDiagnostics  2  }		

-- ----------------------------
-- hzIduWirelessInterfaceAntenna
-- ----------------------------

 	hzIduAntennaDiameter	OBJECT-TYPE	
		SYNTAX			INTEGER  { antenna12 ( 1 ), antenna24 ( 2 ), antenna36 ( 3 ), antenna48 ( 4 ), antenna72 ( 5 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This defines the diameter of the antenna represented in inches."
		::=  {  hzIduWirelessInterfaceAntenna 1  }		
		
--
-- hzIduCalendar
--

	hzIduDate	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A string in the format as follows:		
                                                XX/YY/ZZ 
                                                Where XX = day of month (range 01 to  31)	 
                                                YY = month of year(range 01 to 12)	 
                                                ZZ = year (range 01 - 99)"
		::=  {  hzIduCalendar  1  }

	hzIduTime	OBJECT-TYPE	
		SYNTAX			DisplayString
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A string in the format as follows:
                                                 aa:bb:cc.ddd
                                                 Where aa = hour of day ( range 00 to 23 )	 
                                                       bb = minute of hour ( range 00 to 59 )	 
                                                       cc = second of minute( range 00 to 59 )	 
                                                       ddd = thousandths of second (range 000 to 999)"
		::=  {  hzIduCalendar  2  }

--
-- ALARM FOLDER
--
	
        hzIduClearAlarmCounters	OBJECT-TYPE	
		SYNTAX			INTEGER  { nicCounters ( 1 ) , modemCounters ( 2 ) , radioCounters ( 3 ) ,  allCounters ( 4 ), otherCounters (5) } 
		ACCESS			write-only
		STATUS			mandatory
		DESCRIPTION		"Clears the alarm counters for the specified group"
		::=  {  hzIduAlarms  1  }	

	hzIduSystemAlarms	OBJECT IDENTIFIER
		::=  {  hzIduAlarms  2  } 
    
        hzIduNetworkInterfaceAlarms	OBJECT IDENTIFIER
		::=  {  hzIduAlarms  3  } 

        hzIduEnetPort1Alarms	OBJECT IDENTIFIER
		::=  {  hzIduNetworkInterfaceAlarms	1  } 

        hzIduEnetPort2Alarms	OBJECT IDENTIFIER
		::=  {  hzIduNetworkInterfaceAlarms	2  } 

        hzIduWirelessInterfaceAlarms	OBJECT IDENTIFIER
		::=  {  hzIduAlarms  4  } 

        hzIduModemAlarms	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterfaceAlarms  1  } 

        hzIduRadioAlarms	OBJECT IDENTIFIER
		::=  {  hzIduWirelessInterfaceAlarms  2  } 
                                                          
 
  
--
-- System Alarms
--
       
	hzIduExplicitAuthenticationFailure	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Authentication of the peer horizon node has failed. The severity is critical, the probable cause is an incorrect authentication configuration on horizon faulty cable between the modem and radio, and recommended course of action is to check both ends of the link."
		::=  {  hzIduSystemAlarms  1  }

	hzIduExplicitAuthenticationFailureCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the number of times explicit authentication has failed."
		::=  {  hzIduSystemAlarms  2  }

	hzIduAamConfigMismatch		OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"In the near end Automatic Adaptive Modulation(AAM) feature set to on and in peer it is set to off"
		::=  {  hzIduSystemAlarms  3  }

	hzIduAamConfigMismatchCounts	 OBJECT-TYPE	
		SYNTAX			Counter 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds AAMConfigMismatch alarm has been active."
		::=  {  hzIduSystemAlarms  4  }

	hzIduAamActive		OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates aam is active and system running on lowest modulation"
		::=  {  hzIduSystemAlarms  5  }

	hzIduAamActiveCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds AAMActive alarm has been active."
		::=  {  hzIduSystemAlarms  6  }
            

	hzIduSntpServerUnavailableAlarm       OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"All of the SNTP servers are not available. "
		::=  {  hzIduSystemAlarms  7  }


	hzIduSntpServerUnavailableAlarmCounts       OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates how long in seconds all of the SNTP servers are not available."
		::=  {  hzIduSystemAlarms  8  }

	hzIduFrequencyFileInvalid	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Executing frequency file is invalid."
		::=  {  hzIduSystemAlarms 9  }

	hzIduFrequencyFileInvalidCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Indicates the time (in secs) since this alarm exist."
		::=  {  hzIduSystemAlarms 10  }


	hzIduFan1Failure	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Indicates that Fan 1 has failed."
		::=  {  hzIduSystemAlarms 11  }

	hzIduFan1FailureCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Indicates the number of seconds that the fan has failed for."
		::=  {  hzIduSystemAlarms 12  }
    
	hzIduFan2Failure	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Indicates that Fan 2 has failed."
		::=  {  hzIduSystemAlarms 13  }

	hzIduFan2FailureCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Indicates the number of seconds that the fan has failed for."
		::=  {  hzIduSystemAlarms 14  }
    
	hzIduFan3Failure	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Indicates that Fan 3 has failed."
		::=  {  hzIduSystemAlarms 15  }

	hzIduFan3FailureCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Indicates the number of seconds that the fan has failed for."
		::=  {  hzIduSystemAlarms 16  }
    
	hzIduFan4Failure	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Indicates that Fan 4 has failed."
		::=  {  hzIduSystemAlarms 17  }

	hzIduFan4FailureCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Indicates the number of seconds that the fan has failed for."
		::=  {  hzIduSystemAlarms 18  }

	hzIduPrimaryPortNotSet OBJECT-TYPE 
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The primary port used for redundancy has not been set."
		::=  {  hzIduSystemAlarms  19 }

	hzIduPrimaryPortNotSetCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduSystemAlarms  20 }
    
	hzIduSecondaryPortActive OBJECT-TYPE
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The active wireless port has switched to the secondary wireless port."
		::=  {  hzIduSystemAlarms  21 }

	hzIduSecondaryPortActiveCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduSystemAlarms  22 }

	hzIduPrimaryPortFaulty OBJECT-TYPE
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The primary wireless port is faulty."
		::=  {  hzIduSystemAlarms  23 }

	hzIduPrimaryPortFaultyCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduSystemAlarms  24 }

	hzIduSecondaryPortFaulty  OBJECT-TYPE
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The secondary wireless port is faulty."
		::=  {  hzIduSystemAlarms  25 }

	hzIduSecondaryPortFaultyCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduSystemAlarms  26 }
    
--
-- NETWORK INTERFACE PORT1 ALARMS 
--	
                
	hzIduEnetPort1DroppedEnetFramesThresholdExceeded	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The threshold for number of frames dropped has been exceeded. The threshold and the number of seconds that it must exceed this threshold are programmed by the user."
		::=  {  hzIduEnetPort1Alarms	1  }
                

	hzIduEnetPort1DroppedEnetFramesThresholdCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate time, in seconds, that this alarm has been in the active state"
		::=  {  hzIduEnetPort1Alarms	2  }
	
        hzIduEnetPort1BandwidthUtilizationThresholdExceeded	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The threshold for the percentage of available bandwidth has been exceeded. The threshold and the number of seconds that it must exceed this threshold are programmed by the user."
		::=  {  hzIduEnetPort1Alarms	3  }
                

	hzIduEnetPort1BandwidthUtilizationThresholdCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate time, in seconds, that this alarm has been in the active state"
		::=  {  hzIduEnetPort1Alarms	4  }

        hzIduEnetPort1RlsMismatch	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"RLS configurations on the pair of systems are mismatched."
		::=  {  hzIduEnetPort1Alarms	5  }
 
	hzIduEnetPort1RlsMismatchCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate time, in seconds, that this alarm has been in the active state"
		::=  {  hzIduEnetPort1Alarms	6  }


        hzIduRLSQueueBasedShutdownActivated	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"RLS Queue-Based shutdown is activated."
		::=  {  hzIduEnetPort1Alarms	7  }
 
	hzIduRLSQueueBasedShutdownActivatedCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate time, in seconds, that this alarm has been in the active state"
		::=  {  hzIduEnetPort1Alarms	8  }
                
        hzIduEnetPort1EthernetLinkDown  OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates whether the Ethernet link is down or not. The severity is major, the probable cause is an incorrect configuration of the switch or router connected to horizon. The recommended course of action is to check the connection."
		::=  {  hzIduEnetPort1Alarms	9  }
 
	hzIduEnetPort1EthernetLinkDownActivatedCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate time, in seconds, that this alarm has been in the active state"
		::=  {  hzIduEnetPort1Alarms	10  }
      
--
-- NETWORK INTERFACE Port2 ALARMS 
--	
                
        hzIduEnetPort2EthernetLinkDown  OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates whether the Ethernet link is down or not. The severity is major, the probable cause is an incorrect configuration of the switch or router connected to horizon. The recommended course of action is to check the connection."
		::=  {  hzIduEnetPort2Alarms	1  }
 
	hzIduEnetPort2EthernetLinkDownActivatedCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate time, in seconds, that this alarm has been in the active state"
		::=  {  hzIduEnetPort2Alarms	2  }
      

--
-- MODEM ALARMS
--

	hzIduModemAlarmsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduModemAlarmsEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of Modem Alarms."
		::=  { hzIduModemAlarms 1 }

	hzIduModemAlarmsEntry	OBJECT-TYPE
		SYNTAX		HzIduModemAlarmsEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Modem Alarms"      
		INDEX		{  hzIduModemAlarmsIndex  }
		::=  { hzIduModemAlarmsTable 1 }

	HzIduModemAlarmsEntry  ::=  SEQUENCE {
		hzIduModemAlarmsIndex  INTEGER,
		hzIduModemRxLossOfSignal  INTEGER,
		hzIduModemRxLossOfSignalCounts Counter,
		hzIduModemTxLossOfSync INTEGER,
		hzIduModemTxLossOfSyncCounts Counter,
		hzIduModemSnrBelowThreshold INTEGER,
		hzIduModemSnrBelowThresholdCounts Counter, 
		hzIduModemEqualizerStressExceedThreshold INTEGER, 
		hzIduModemEquilizerStressExceedThresholdCounts Counter,
		hzIduModemHardwareFault INTEGER, 
		hzIduModemHardwareFaultCounts Counter, 
		hzIduModemProgrammingError INTEGER,
		hzIduModemProgrammingErrorCounts Counter,
		hzIduRLSShutdownActivated INTEGER,
		hzIduRLSShutdownActivatedCounts Counter
		
	}	    
 
 	hzIduModemAlarmsIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduModemAlarmsEntry  1  } 
 
	hzIduModemRxLossOfSignal	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Loss of signal lock from the demodulator. The severity is critical, the probable cause is lost synchronization with the far end, and recommended course of action is to check the operational state of both ends of the link."
		::=  {  hzIduModemAlarmsEntry	2  }

	hzIduModemRxLossOfSignalCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduModemAlarmsEntry  3  } 
		
	hzIduModemTxLossOfSync	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Loss of sync bytes at the input of the modulator. The severity is critical, the probable cause is physical interference in the air link, and recommended course of action is to check the line of site between the horizon nodes."
		::=  {  hzIduModemAlarmsEntry  4  }  
		
	hzIduModemTxLossOfSyncCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduModemAlarmsEntry  5  }     

	hzIduModemSnrBelowThreshold	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"The demodulator SNR performance worse than programmed levels. The severity is major, the probable cause is physical interference in the air link path or misalignment of the radios or severe weather conditions, and recommended course of action is to check the line of site between the horizon nodes."
		::=  {  hzIduModemAlarmsEntry  6  }

	hzIduModemSnrBelowThresholdCounts	 OBJECT-TYPE	
		SYNTAX			Counter 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduModemAlarmsEntry  7  }  
		
	hzIduModemEqualizerStressExceedThreshold	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Equalizer Stress measured within the demodulator exceeds the threshold value."
		::=  {  hzIduModemAlarmsEntry  8  }


	hzIduModemEquilizerStressExceedThresholdCounts	 OBJECT-TYPE	
		SYNTAX			Counter 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduModemAlarmsEntry  9  }         
		
	hzIduModemHardwareFault	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		""
		::=  {  hzIduModemAlarmsEntry  10  }  
		
	hzIduModemHardwareFaultCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduModemAlarmsEntry  11  }  
		   
	hzIduModemProgrammingError	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"Encountered some problem while programming the modem."
		::=  {  hzIduModemAlarmsEntry  12  }  
		
	hzIduModemProgrammingErrorCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduModemAlarmsEntry  13  }     

        hzIduRLSShutdownActivated	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"RLS shutdown is activated."
		::=  {  hzIduModemAlarmsEntry	14  }
 
	hzIduRLSShutdownActivatedCounts	 OBJECT-TYPE	
		SYNTAX			Counter
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate time, in seconds, that this alarm has been in the active state"
		::=  {  hzIduModemAlarmsEntry	15  }


--
-- RADIO ALARMS
--

	hzIduRadioAlarmsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRadioAlarmsEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of Radio Alarms."
		::=  { hzIduRadioAlarms 1 }

	hzIduRadioAlarmsEntry	OBJECT-TYPE
		SYNTAX		HzIduRadioAlarmsEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Radio Alarms"      
		INDEX		{  hzIduRadioAlarmsIndex  }
		::=  { hzIduRadioAlarmsTable 1 }

	HzIduRadioAlarmsEntry  ::=  SEQUENCE {
		hzIduRadioAlarmsIndex  INTEGER,
		hzIduRadioPLDROLostLock INTEGER,
		hzIduRadioPLDROLostLockCounts Counter,
		hzIduRadioLostCommunication INTEGER,
		hzIduRadioLostCommunicationCounts Counter,
		hzIduRadioMismatch INTEGER,
		hzIduRadioMismatchCounts Counter,
		hzIduRadioPowerAmp INTEGER,
		hzIduRadioPowerAmpCounts Counter,
                hzIduRadioExcessiveTxCableLoss INTEGER,
                hzIduRadioExcessiveTxCableLossCounts Counter,
		hzIduRadioRslBelowThreshold INTEGER,
		hzIduRadioRslBelowThresholdCounts Counter,
		hzIduRadioHighPowerOptionM1 INTEGER,
		hzIduRadioHighPowerOptionM1Counts Counter,
		hzIduRadioHighPowerOptionM2 INTEGER,
		hzIduRadioHighPowerOptionM2Counts Counter,
		hzIduRadioHighPowerTxDetector INTEGER,
		hzIduRadioHighPowerTxDetectorCounts Counter,
		hzIduRadioAtpcConfigMismatch INTEGER,
		hzIduRadioAtpcConfigMismatchCounts Counter,
		hzIduRadioRedundancySerialNumMismatch INTEGER,
		hzIduRadioRedundancySerialNumMismatchCounts Counter,
		hzIduRadioExcessiveTxCableLossChange INTEGER,
		hzIduRadioExcessiveTxCableLossChangeCounts Counter,
		hzIduRadioExcessiveRxCableLoss INTEGER,
		hzIduRadioExcessiveRxCableLossCounts Counter,
		hzIduRadioAtpcTxAtMaxPower INTEGER,
		hzIduRadioAtpcTxAtMaxPowerCounts Counter
	}	
 
 	hzIduRadioAlarmsIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each radio interface. "
		::=  {  hzIduRadioAlarmsEntry  1  }	
		
        hzIduRadioPLDROLostLock	OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"The PLDRO/LO has lost lock on the radio. The severity is critical, the probable cause a faulty radio unit and recommended course of action is to replace the radio unit."
		::=  {  hzIduRadioAlarmsEntry  2  }
		
        hzIduRadioPLDROLostLockCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduRadioAlarmsEntry  3  }

		   
	hzIduRadioLostCommunication OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
        	DESCRIPTION		"RS232 communication lost between IDU and the radio. The severity is critical, the probable cause is a faulty cable between the modem and radio, and recommended course of action is to check the connection."
		::=  {  hzIduRadioAlarmsEntry  4  }  
		
	hzIduRadioLostCommunicationCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduRadioAlarmsEntry  5  } 
		
 	hzIduRadioMismatch OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The radio connected to the IDU modem does not match the frequency programmed into the modem unit. The severity is major, the probable cause is an incorrectly programmed modem or an incorrect radio type connected to the modem, and recommended course of action is to check the modem frequency settings and radio hardware version number or serial number."
		::=  {  hzIduRadioAlarmsEntry  6 }

	hzIduRadioMismatchCounts	 OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduRadioAlarmsEntry  7 }  
		

	hzIduRadioPowerAmp OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The power amplifier on the radio is not operating within normal operating specifications. The severity is critical, the probable cause a faulty radio unit, and recommended course of action is to replace the radio unit."
		::=  {  hzIduRadioAlarmsEntry  8 }

	hzIduRadioPowerAmpCounts	 OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduRadioAlarmsEntry  9 }

        hzIduRadioExcessiveTxCableLoss OBJECT-TYPE
                SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		""
		::=  {  hzIduRadioAlarmsEntry  10 }
        hzIduRadioExcessiveTxCableLossCounts	 OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduRadioAlarmsEntry  11 }

	hzIduRadioRslBelowThreshold OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The minimum radio receive signal level threshold has been crossed. The severity is major, the probable cause is physical interference in the air link path or misalignment of the radios or severe weather conditions, and recommended course of action is to check the line of site between the air pair nodes."
				::=  {  hzIduRadioAlarmsEntry  12 }

	hzIduRadioRslBelowThresholdCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduRadioAlarmsEntry  13 }

	hzIduRadioHighPowerOptionM1 OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This applies to High Power Radios only. Indicates Power Amp Alarm (M1)."

				::=  {  hzIduRadioAlarmsEntry  14 }

	hzIduRadioHighPowerOptionM1Counts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduRadioAlarmsEntry  15 }

	hzIduRadioHighPowerOptionM2 OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This applies to High Power Radios only. Indicates Power Amp Alarm (M2)."

				::=  {  hzIduRadioAlarmsEntry  16 }

	hzIduRadioHighPowerOptionM2Counts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."
		::=  {  hzIduRadioAlarmsEntry  17 }

	hzIduRadioHighPowerTxDetector OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"This applies to High Power Radios only. Indicates minimum power threshold has not been surpassed."

				::=  {  hzIduRadioAlarmsEntry  18 }

	hzIduRadioHighPowerTxDetectorCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."

				::=  {  hzIduRadioAlarmsEntry  19 }

	hzIduRadioAtpcConfigMismatch OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The pair of the systems don't have same ATPC configurations. On one side ATPC is enabled, but on the other side ATPC is not enabled. "

				::=  {  hzIduRadioAlarmsEntry  20 }

	hzIduRadioAtpcConfigMismatchCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."

				::=  {  hzIduRadioAlarmsEntry  21 }


	hzIduRadioRedundancySerialNumMismatch OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The radio serial number programmed in flash and radio do not match."

				::=  {  hzIduRadioAlarmsEntry  22 }

	hzIduRadioRedundancySerialNumMismatchCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."

				::=  {  hzIduRadioAlarmsEntry  23 }

	hzIduRadioExcessiveTxCableLossChange OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Cable loss change exceeds the threshold."

				::=  {  hzIduRadioAlarmsEntry  24 }

	hzIduRadioExcessiveTxCableLossChangeCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."

				::=  {  hzIduRadioAlarmsEntry  25 }
	hzIduRadioExcessiveRxCableLoss OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Rx gain can not be adjusted to desired value."

				::=  {  hzIduRadioAlarmsEntry  26 }

	hzIduRadioExcessiveRxCableLossCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."

				::=  {  hzIduRadioAlarmsEntry  27 }

	hzIduRadioAtpcTxAtMaxPower OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"ATPC auto-disabled (transmitting at coordinated power)."
				::=  {  hzIduRadioAlarmsEntry  28 }

	hzIduRadioAtpcTxAtMaxPowerCounts OBJECT-TYPE	
		SYNTAX			Counter  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates the approximate number of seconds that this alarm has been active."

				::=  {  hzIduRadioAlarmsEntry  29 }
--
-- TRAP INFORMATION HOSTS, ENABLE/DISABLE
--	
	hzIduSnmpTrapHostTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduSnmpTrapHostEntry	
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Table containing SNMP trap host entries."
		::=  { hzIduTrapConfig  1 }

	hzIduSnmpTrapHostEntry	OBJECT-TYPE
		SYNTAX		HzIduSnmpTrapHostEntry	
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"The snmp trap host entry containing all the trap host information"
		INDEX		{  hzIduSnmpTrapHostIndex  }
		::=  { hzIduSnmpTrapHostTable 1 }

	HzIduSnmpTrapHostEntry	::=  SEQUENCE {
		hzIduSnmpTrapHostIndex  INTEGER,
		hzIduSnmpTrapHostMode  INTEGER,
		hzIduSnmpTrapHostIpAddress  IpAddress,
		hzIduSnmpTrapHostCommunityName  DisplayString,
		hzIduSnmpTrapHostActivated  INTEGER
		}


	hzIduSnmpTrapHostIndex	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each trap host. "
		::=  {  hzIduSnmpTrapHostEntry  1  }


	hzIduSnmpTrapHostMode	OBJECT-TYPE	
		SYNTAX			INTEGER  { static ( 1 ) , dns ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates how the snmp trap host is obtained for the system."   
		DEFVAL			{ static }
		::=  {  hzIduSnmpTrapHostEntry  2  }


	hzIduSnmpTrapHostIpAddress	OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates snmp trap host IP address. "
		::=  {  hzIduSnmpTrapHostEntry  3  }



	hzIduSnmpTrapHostCommunityName	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The community string name used in Traps."
		::=  {  hzIduSnmpTrapHostEntry  4  }


	hzIduSnmpTrapHostActivated	OBJECT-TYPE	
		SYNTAX			INTEGER  { notActive ( 1 ) , active ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Specifies whether traps are to be sent to this specific host or not"      
		DEFVAL 			{ notActive }
		::=  {  hzIduSnmpTrapHostEntry  5  }
  
  
  
  --
-- SNMP V3 TRAP HOST TABLE
--

	hzIduSnmpV3TrapHostsTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduSnmpV3TrapHostsEntry	
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Table containing snmp V3 trap host entries"
		::=  { hzIduTrapConfig 2 }

	hzIduSnmpV3TrapHostsEntry	OBJECT-TYPE
		SYNTAX		HzIduSnmpV3TrapHostsEntry	
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Contains the snmp v3 trap host information"
		INDEX		{  hzIduSnmpV3TrapHostsIndex  }
		::=  { hzIduSnmpV3TrapHostsTable 1 }

	HzIduSnmpV3TrapHostsEntry	::=  SEQUENCE {
		hzIduSnmpV3TrapHostsIndex  INTEGER,
		snmpV3TrapHostIpAddress  IpAddress,
		snmpV3TrapHostUserName  DisplayString,
		snmpV3TrapHostAuthProtocol  INTEGER,
		snmpV3TrapHostAuthPassword  DisplayString,
		snmpV3TrapHostPrivProtocol  INTEGER,
		snmpV3TrapHostPrivPassword  DisplayString,		
		snmpV3TrapHostActivated  INTEGER
		}
		
	hzIduSnmpV3TrapHostsIndex	OBJECT-TYPE	
		SYNTAX			INTEGER (0..4)
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each v3 trap host."
		::=  {  hzIduSnmpV3TrapHostsEntry  1  }

	snmpV3TrapHostIpAddress	OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates snmp trap host IP address. "
		::=  {  hzIduSnmpV3TrapHostsEntry  2  }

	snmpV3TrapHostUserName	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The user name of the v3 trap host."
		::=  {  hzIduSnmpV3TrapHostsEntry  3  }


	snmpV3TrapHostAuthProtocol 	OBJECT-TYPE	
		SYNTAX			INTEGER  { noAuth ( 1 ) , md5 ( 2 ), sha(3) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The authentication alogorithm used by the v3 trap host."
		::=  {  hzIduSnmpV3TrapHostsEntry  4  }

	snmpV3TrapHostAuthPassword	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The authentication password of the v3 trap host."
		::=  {  hzIduSnmpV3TrapHostsEntry  5  }
	
	snmpV3TrapHostPrivProtocol 	OBJECT-TYPE	
		SYNTAX			INTEGER  { noPriv ( 1 ) , des ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The privacy encryption alogorithm used by the v3 trap host."
		::=  {  hzIduSnmpV3TrapHostsEntry  6  }

	snmpV3TrapHostPrivPassword	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The privacy password of the v3 trap host."
		::=  {  hzIduSnmpV3TrapHostsEntry  7  }

	snmpV3TrapHostActivated	OBJECT-TYPE	
		SYNTAX			INTEGER  { notActive ( 1 ) , active ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Specifies whether a specific v3 trap host is allowed to access the system" 
		DEFVAL			{ notActive }
		::=  {  hzIduSnmpV3TrapHostsEntry  8  }

-- ----------------------------
-- TRAP ENABLE 
-- ----------------------------
        hzIduTrapEnable OBJECT IDENTIFIER   
                ::=  {  hzIduTrapConfig  3  }

	hzIduColdStartTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS		        read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  1  }

	hzIduLinkDownTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS		        read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  2 }

	hzIduLinkUpTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS		        read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  3  }

	hzIduExplicitAuthenticationFailureTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  4  }    
		
		
	hzIduAamConfigMismatchTrap          OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the aamConfigMismatch trap. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  5  }

		
	hzIduAamActiveTrap          OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the aamActive trap. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  6  }

		
        hzIduAtpcConfigMismatchTrap	        OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the trap. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  7  }  
		

        hzIduSntpServersUnreachableTrap        OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the trap. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  8  }

        hzIduFrequencyFileInvalidTrap	        OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the trap. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  9  }       
		
		
        hzIduEnetPortDroppedFramesThresholdExceedTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the trap."  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  10  }
                
	hzIduEnetPortBandwidthUtilizationThresholdExceedTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the trap."  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  11  }
                



        hzIduEnetPortRlsMismatchTrap                   OBJECT-TYPE	
		SYNTAX		        INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the trap. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  12  }


        hzIduRLSQueueBasedShutdownActivatedTrap          OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the Queue-Based RLS Shutdown trap. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  13  }

	hzIduModemRxLossOfSignalLockTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  14  }

	hzIduModemTxLossOfSyncTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  15  }

	hzIduModemSnrBelowThresholdTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  16  }

	hzIduModemEqualizerStressExceedThresholdTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  17  }  
		
 	hzIduModemChannelizedRslBelowThresholdTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the trap."  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  18  }
	
	hzIduModemHardwareFaultTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  19  } 
		
 	hzIduModemProgrammingErrorTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  20  }

	hzIduTtyManagementSessionCommencedTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  21  }

	hzIduTtyManagementSessionTerminatedTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  22  }

	hzIduAtpcTxAtMaxPwrTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  23  }

	hzIduRadioPLDROLostLockTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  24  }

	hzIduRadioLostCommunicationTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  25  }
	hzIduRadioMismatchTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  26  }
	hzIduRadioPowerAmpTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  27  }
	hzIduRadioExcessiveTxCableLossTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  28  }
	hzIduHiPowerRadioDrainM1Trap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  29  }
	hzIduHiPowerRadioDrainM2Trap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  30  }
	hzIduHiPowerRadioTxDetectorTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  31  }
	hzIduSecondaryRadioIsActiveTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  32  }
	hzIduRedundancySerialNumberMisMatchTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  33  }
	hzIduRadioFirmwareMismatchTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  34  }
	hzIduSecondaryRadioNotdetectedTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  35  }
	hzIduPrimaryRadioNotdetectedTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  36  }
	hzIduFaultyPrimaryRadioTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  37  }
	hzIduRadioExcessiveTxCableLossChangeTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  38  }
	hzIduRadioExcessiveRxCableLossTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  39  }
	hzIduRedundancyPrimaryPortNotSetTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  40  }
	hzIduRedundancySecondaryPortIsActiveTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  41  }
	hzIduRedundancyPrimaryPortFaultyTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  42  }
	hzIduRedundancySecondaryPortFaultyTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  43  }

	hzIduFan1FailedTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  44  }
	hzIduFan2FailedTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  45  }
	hzIduFan3FailedTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  46  }
	hzIduFan4FailedTrap	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Specifies whether this trap is to be sent or not. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  47  }
    hzIduPortRLSShutdownActivatedTrap          OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enables or disables the RLS Shutdown trap. "  
		DEFVAL  		{ disabled }
		::=  {  hzIduTrapEnable  48  }
		 		
		
--
-- SNMP MANAGERS
--


	hzIduSnmpUserAccess	OBJECT-TYPE	
		SYNTAX			INTEGER  { explicitManagers ( 1 ) , any ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Specifies the user access to the system. If access is set to 'explicitManagers' then only managers with ip addresses set in snmpManagersTable will be able to gain SNMP access to the system.  If access is set to 'any' then any manager will be able to gain SNMP access to the system"
		::=  {  hzIduSnmp  1  }

	hzIduSnmpManagerAnyCommunityName	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The community string name used by the 'any' manager."
		::=  {  hzIduSnmp  2  }   
		
	hzIduSnmpSetRequests	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Indicates whether SNMP SET requests are allowed."
		DEFVAL			{ disabled }
		::=  {  hzIduSnmp  3  }

		

	hzIduSnmpManagersTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduSnmpManagersEntry	
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Table containing snmp manager entries"
		::=  { hzIduSnmp  4 }

	hzIduSnmpManagersEntry	OBJECT-TYPE
		SYNTAX		HzIduSnmpManagersEntry	
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Contains the snmp manager information"
		INDEX		{  hzIduSnmpManagersIndex  }
		::=  { hzIduSnmpManagersTable 1 }

	HzIduSnmpManagersEntry	::=  SEQUENCE {
		hzIduSnmpManagersIndex  INTEGER,
		hzIduSnmpManagerIpAddress  IpAddress,
		hzIduSnmpManagerCommunityName  DisplayString,
		hzIduSnmpManagerActivated  INTEGER
		}
		
	hzIduSnmpManagersIndex	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each manager."
		::=  {  hzIduSnmpManagersEntry  1  }


	hzIduSnmpManagerIpAddress	OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The IP address of the Manager."
		::=  {  hzIduSnmpManagersEntry  2  }


	hzIduSnmpManagerCommunityName	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The community string name used by the manager."
		::=  {  hzIduSnmpManagersEntry  3  }


	hzIduSnmpManagerActivated	OBJECT-TYPE	
		SYNTAX			INTEGER  { notActive ( 1 ) , active ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Specifies whether a specific manager is allowed to access the system" 
		DEFVAL			{ notActive }
		::=  {  hzIduSnmpManagersEntry  4  }
	hzIduSnmpV3ManagersTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduSnmpV3ManagersEntry	
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Table containing snmp V3 manager entries"
		::=  { hzIduSnmp  5 }

	hzIduSnmpV3ManagersEntry	OBJECT-TYPE
		SYNTAX		HzIduSnmpV3ManagersEntry	
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Contains the snmp v3 manager information"
		INDEX		{  hzIduSnmpV3ManagersIndex  }
		::=  { hzIduSnmpV3ManagersTable 1 }

	HzIduSnmpV3ManagersEntry	::=  SEQUENCE {
		hzIduSnmpV3ManagersIndex  INTEGER,
		hzIduSnmpV3ManagerUserName  DisplayString,
		hzIduSnmpV3ManagerAuthProtocol  INTEGER,
		hzIduSnmpV3ManagerAuthPassword  DisplayString,
		hzIduSnmpV3ManagerPrivProtocol  INTEGER,
		hzIduSnmpV3ManagerPrivPassword  DisplayString,		
		hzIduSnmpV3ManagerActivated  INTEGER
		}
		
	hzIduSnmpV3ManagersIndex	OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each v3 manager."
		::=  {  hzIduSnmpV3ManagersEntry  1  }


	hzIduSnmpV3ManagerUserName	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The user name of the v3 Manager."
		::=  {  hzIduSnmpV3ManagersEntry  2  }


	hzIduSnmpV3ManagerAuthProtocol 	OBJECT-TYPE	
		SYNTAX			INTEGER  { noAuth ( 1 ) , md5 ( 2 ), sha(3) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The authentication alogorithm used by the v3 manager."
		::=  {  hzIduSnmpV3ManagersEntry  3  }

	hzIduSnmpV3ManagerAuthPassword	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The authentication password of the v3 Manager."
		::=  {  hzIduSnmpV3ManagersEntry  4  }
	
	hzIduSnmpV3ManagerPrivProtocol 	OBJECT-TYPE	
		SYNTAX			INTEGER  { noPriv ( 1 ) , des ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The privacy encryption alogorithm used by the v3 manager."
		::=  {  hzIduSnmpV3ManagersEntry  5  }

	hzIduSnmpV3ManagerPrivPassword	OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) ) 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The privacy password of the v3 Manager."
		::=  {  hzIduSnmpV3ManagersEntry  6  }

	hzIduSnmpV3ManagerActivated	OBJECT-TYPE	
		SYNTAX			INTEGER  { notActive ( 1 ) , active ( 2 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Specifies whether a specific v3 manager is allowed to access the system" 
		DEFVAL			{ notActive }
		::=  {  hzIduSnmpV3ManagersEntry  7  }


-- ------------------------------
-- hzIduManagementSessions       
-- ------------------------------
  
	hzIduTtySessionUserTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduTtySessionUserEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of Wireless Interface Radios"
		::=  { hzIduManagementSessions 1 }

	hzIduTtySessionUserEntry	OBJECT-TYPE
		SYNTAX		HzIduTtySessionUserEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A Wireless Interface Radio"      
		INDEX		{  hzIduTtySessionUserIndex  }
		::=  { hzIduTtySessionUserTable 1 }

	HzIduTtySessionUserEntry  ::=  SEQUENCE {
		hzIduTtySessionUserIndex  INTEGER,
		hzIduTtySessionUserName DisplayString,
		hzIduTtySessionUserConnectionType INTEGER,
		hzIduTtySessionUserState INTEGER		
	}
		 
 	hzIduTtySessionUserIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { user1 ( 1 ), user2 ( 2 ), user3 ( 3 ), user4 ( 4 ), user5 ( 5 ), user6 ( 6 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each user."
		::=  {  hzIduTtySessionUserEntry  1  }   
        
	hzIduTtySessionUserName		OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 32  ) ) 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The username of a management session using Telnet or HTTP. The session state variable must be checked to determine if the management session is currently in progress."
		::=  {  hzIduTtySessionUserEntry  2  }
	
	hzIduTtySessionUserConnectionType		OBJECT-TYPE	
		SYNTAX			INTEGER  { informationNotAvailable ( 1 ) , serialPort ( 2 ) , enetPort2 ( 3 ) , enetPort1 ( 4 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The physical port used to log in to the system. The serial port is always local to the equipment. The 10BaseT connector may be local, or remote, depending on if the configuration of network management port. The inband connection is the port carrying customer traffic."
		::=  {  hzIduTtySessionUserEntry  3  }
        
	hzIduTtySessionUserState		OBJECT-TYPE	
		SYNTAX			INTEGER  { informationNotAvailable ( 1 ) , sessionTerminated ( 2 ) , sessionInProgress ( 3 ) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The state of the session. The session is inProgress if the user is currently logged into the system. The session is terminated if the user has logged out of the system."
		::=  {  hzIduTtySessionUserEntry  4  }

--
-- HTTPS group
-- 

        hzIduHttpEnable     OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Indicates whether HTTP is enabled."
		DEFVAL			{ disabled }
		::=  {  hzIduHttp  1 } 
   
   	hzIduHttpSecure	OBJECT IDENTIFIER
		::=   {  hzIduHttp  2  }

    
	hzIduHttpSecureCertificateStatus OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 100  ) )
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Returns the HTTPS certificate status"						 
		::=  {  hzIduHttpSecure  1  }


	hzIduHttpSecureAccessForAdminUsers	OBJECT-TYPE	
		SYNTAX			INTEGER {  off( 1 ), on ( 2 ) }
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"the HTTPS access requirement for Admin user group."
		::=  {  hzIduHttpSecure  2  }

	hzIduHttpSecureAccessForNocUsers	OBJECT-TYPE	
		SYNTAX			INTEGER {  off( 1 ), on ( 2 ) }
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"the HTTPS access requirement for Noc user group."
		::=  {  hzIduHttpSecure  3  }

	hzIduHttpSecureAccessForSuperUsers	OBJECT-TYPE	
		SYNTAX			INTEGER {  off( 1 ), on ( 2 ) }
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"the HTTPS access requirement for Super user group."
		::=  {  hzIduHttpSecure  4  }

 		
--
-- Giga Ethernet Qos
--
	hzIduQosEnable     OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Indicates whether QOS is enabled."
		DEFVAL			{ disabled }
		::=  {  hzIduQos  1 }   
		
	hzIduCosType     OBJECT-TYPE	
		SYNTAX			INTEGER  { cosVlan ( 1 ) , cosQinQiTag ( 2 ), cosQinQoTag ( 3 )} 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Indicates the class of service tag type.  Based on the setting Horizon will use the CoS value in the VLAN tag, or Q-in-Q inner VLAN tag, or Q-in-Q outer VLAN tag."
		DEFVAL			{ cosVlan }
		::=  {  hzIduQos  2 }


--
-- 802.1p priorities assignment.
--
	hzIduCoSQinQiTag     OBJECT-TYPE	
		SYNTAX			DisplayString 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Sets the value of the Q-in-Q inner tag. This tag is also used to classify the non-Q-in-Q VLAN. Default value is 0x8100."
		DEFVAL			{ 0 }
		::=  {  hzIduQos  3 }

 	hzIduCoSQinQoTag     OBJECT-TYPE	
		SYNTAX			DisplayString 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Sets the value of the Q-in-Q outer VLAN tag.  Default value is 0x8100."
		DEFVAL			{ 0 }
		::=  {  hzIduQos  4 }
 
        hzIduCosQueueMapping      OBJECT-TYPE	
		SYNTAX			 DisplayString ( SIZE ( 15 .. 32 ) ) 
		ACCESS			 read-write
		STATUS			 mandatory 
		DESCRIPTION		 "User queue assignments for CoS values 0 to 7.
                                         There are 4 coS queues. Their corresponding 
                                         queue numbers are 1,2, 3, where 1 is the lowest priority queue and 
                                         4 is the highest priority queue. 
                                         CoS to queue mapping example: 1 1 2 2 3 3 4 4."
		::=  {  hzIduQos 5  }

   

--
-- Queue operation mode
--
	hzIduCosExpediteQueue	        OBJECT-TYPE	
		SYNTAX		        INTEGER  { disabled  ( 1 ), enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"This sets the user queue operation mode. (a) In expedite mode,
                                        any Queue can be assigned 100% of CIR. Queue 4 is serviced first
                                        and queue 1 is servcied last.(b) In non expedite mode, the sum of all CIRs 
                                        must be equal to 100%. In this mode higher priority queues
                                        will be serviced first until that queue is emptied or
                                        the defined CIR is reached."
		DEFVAL			{ 1 }
		::=  {  hzIduQos  6  }

--
-- user queues configuration.
--

        hzIduCosQueueCIR	        OBJECT-TYPE
		SYNTAX			DisplayString ( SIZE ( 0 .. 32 ) ) 
		ACCESS			read-write
		STATUS			mandatory 
		DESCRIPTION		"Committed Information Rate (CIR) assignments for CoS queues
                                         1 to 4. CIR is assigned as the percentage of system current speed.
                                         When expedite queue is enabled any queue can be assigned 100% bandwidth.
                                         When expedite queue is disabled the sum of CIR of all queues should be 100."

		::=  {  hzIduQos  7  }


        hzIduCosQueueCBS	        OBJECT-TYPE
		SYNTAX			DisplayString ( SIZE ( 0 .. 32 ) ) 
		ACCESS			read-write
		STATUS			mandatory 
		DESCRIPTION		"Comitted Burst Size (CBS) for CoS queues 1 to 4. CBS is the percentage 
                                         of total packet buffer size. The sum of CBS's of all 4
                                         queues must be equal to 100. Minimum CBS assignable to any queue
                                         is 1."

		::=  {  hzIduQos  8  }


	hzIduCosDefaultValue	                OBJECT-TYPE	
		SYNTAX		        INTEGER  (0 .. 7) 
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"Default CoS value assigned to the ethernet 
                                         frames that don't have VLAN or Q-in-Q tag."
		DEFVAL			{ 0 }
		::=  {  hzIduQos  9  }

        hzIduCutThroughProcessing	OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) }
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Sets cut through processing on/off."
		::=  {  hzIduQos 10  }

--
-- hzIduCosWfq
-- 
		
	 hzIduQosPolicy	 OBJECT-TYPE	
		SYNTAX			INTEGER  { strict-priority ( 1 ) , wfq ( 2 ) }
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Sets the Qos policy."
		::=  {  hzIduQos 11  }  
		
	 hzIduCosWfqWeight  OBJECT-TYPE
		SYNTAX			DisplayString ( SIZE ( 0 .. 32 ) ) 
		ACCESS			read-write
		STATUS			mandatory 
		DESCRIPTION		"The weight assigned to each of the 4 cos queue.  The wireless bandwidth is distributed amongst the 
										queues proportional to their weight.
                                        The weights have values from 0-15, where 0 is the lowest weight and
                                        15 is the highest weight. 
                                        Setting the Cos weight example: 1 2 3 4."
		::=  {  hzIduQos  12  }


--
-- hzIduRapidLinkShutdown
--



	hzIduRlsEnable     OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The Rapid Link Shutdown feature: enabled or disabled.
                                         Changing this option requires a system reset."
		DEFVAL			{ disabled }
		::=  {  hzIduRapidLinkShutdown  1 }

	hzIduRlsHardFaultMonitor                 OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Enable the rlsHardFaultMonitor for rapid detection of severely degrade link. When disabled
                                         only the RLS Link Degrade Monitor is used."
		DEFVAL			{ off }
		::=  {  hzIduRapidLinkShutdown 2  }

	hzIduRlsWirelessPortOption                 OBJECT-TYPE	
		SYNTAX			INTEGER  { anyport ( 1 ) , bothports ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"anyport - If the IDU is operating with two wireless ports and any one of the wireless ports goes down disables the ethernet port.
                         bothports - In the above condition, this feature disables the ehternet traffic through the faulty wireless link but continuously send
                         ethernet traffic through the other good wireless port. If the remaining wireless port also exceeds the error thereshold, ethernet port
                         will be disabled"
		DEFVAL			{ off }
		::=  {  hzIduRapidLinkShutdown 3  }

	hzIduRlsAutomaticLinkReestablish     OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"If this feature is enabled, the link will be automatically reestablished 
                                         If this feature is disabled, the user must explicitly use the manualReestablish object
                                         to bring the link back up"
		DEFVAL			{ disabled }
		::=  {  hzIduRapidLinkShutdown  4 }


	hzIduRlsManualLinkReestablish     OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"This object is writeable ONLY if automaticLinkReestablish is set to disabled.
                                         The user explicitly brings the link back up by setting this object to enabled. 
                                         The user explicitly brings the link down by setting this object to disabled. 
                                         to bring the link back up"
		DEFVAL			{ disabled }
		::=  {  hzIduRapidLinkShutdown  5 }     
	
    

    hzIduWriteRlsMonitorParametersToSystem   OBJECT-TYPE	
		SYNTAX		        INTEGER   { enabled ( 1 ) }
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"This writes RLS soft and hard fault monitor parameters to RAM
		                                         Reading this object returns '1'."
		DEFVAL			{ 0 }
		::=  {  hzIduRapidLinkShutdown  6  } 
	
    hzIduRlsDroppedFramesThresholdOverride   OBJECT-TYPE	
		SYNTAX		        INTEGER  { enabled ( 1 ) } 
		ACCESS			read-write
		STATUS			mandatory  
		DESCRIPTION		"If the Ethernet is down due to Queue-Based Rls shutdown, this will bring the ethernet back and obey the queue settings.
				         Reading this object returns '1'."
		DEFVAL			{ 0 }
		::=  {  hzIduRapidLinkShutdown  7  } 

	hzIduRlsDroppedFramesThresholdTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRlsDroppedFramesThresholdEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of RLS Queue Monitor Parameters"
		::=  { hzIduRapidLinkShutdown  8 }

	hzIduRlsDroppedFramesThresholdEntry	OBJECT-TYPE
		SYNTAX		HzIduRlsDroppedFramesThresholdEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"RLS Queue Parameters "      
		INDEX		{  hzIduRlsDroppedFramesThresholdIndex  }
		::=  { hzIduRlsDroppedFramesThresholdTable 1 }

	HzIduRlsDroppedFramesThresholdEntry  ::=  SEQUENCE {
		hzIduRlsDroppedFramesThresholdIndex  INTEGER,
		hzIduRlsAllowedDroppedFrameRateValue DisplayString,
		hzIduRlsDroppedFrameMonitorPeriod INTEGER
	}	

		
		
		 
 	hzIduRlsDroppedFramesThresholdIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { queue-1 ( 1 ), queue-2 ( 2 ), queue-3 ( 3 ), queue-4 ( 4 )}
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduRlsDroppedFramesThresholdEntry  1  }

	
 	hzIduRlsAllowedDroppedFrameRateValue  OBJECT-TYPE	
		SYNTAX			DisplayString  
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Maximum allowed ethernet frame drop rate. If the average drop rate exceeds this threshold in any of the 4 queues, the Ethernet port will be shut down.
						This feture is availabe only with bothports option"
		::=  {  hzIduRlsDroppedFramesThresholdEntry  2  }        

	hzIduRlsDroppedFrameMonitorPeriod  OBJECT-TYPE	
		SYNTAX			INTEGER  
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The monitoring period in seconds. "
		::=  {  hzIduRlsDroppedFramesThresholdEntry  3  }  

	hzIduRlsSoftFaultMonitorTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRlsSoftFaultMonitorEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of RLS Soft Fault Monitor Parameters"
		::=  { hzIduRapidLinkShutdown  9 }

	hzIduRlsSoftFaultMonitorEntry	OBJECT-TYPE
		SYNTAX		HzIduRlsSoftFaultMonitorEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"RLS Parameters for Soft Fault Monitoring"      
		INDEX		{  hzIduRlsSoftFaultMonitorIndex  }
		::=  { hzIduRlsSoftFaultMonitorTable 1 }

	HzIduRlsSoftFaultMonitorEntry  ::=  SEQUENCE {
		hzIduRlsSoftFaultMonitorIndex  INTEGER,
		hzIduRlsEstablishErredFrameThreshold INTEGER,
		hzIduRlsShutdownErredFrameThreshold INTEGER,
		hzIduRlsEstablishNumberOfSamples INTEGER,
		hzIduRlsShutdownNumberOfSamples INTEGER,
		hzIduRlsEstablishSamplePeriod INTEGER,
		hzIduRlsShutdownSamplePeriod INTEGER,
		hzIduRlsQuickShutdownSamplePeriod INTEGER
	}	

		
		
		 
 	hzIduRlsSoftFaultMonitorIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduRlsSoftFaultMonitorEntry  1  }

	hzIduRlsEstablishErredFrameThreshold  OBJECT-TYPE 	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Maximum erred blocks, per sample, allowed for link establishment."
		::=  {  hzIduRlsSoftFaultMonitorEntry  2  }        
		
	hzIduRlsShutdownErredFrameThreshold  OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Minimum erred blocks, per sample, allowed before link shutdown."
		::=  {  hzIduRlsSoftFaultMonitorEntry  3  }      		

	hzIduRlsEstablishNumberOfSamples  OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Minimum number of consecutive good samples required before link is established."
		::=  {  hzIduRlsSoftFaultMonitorEntry  4  }
		
	hzIduRlsShutdownNumberOfSamples  OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Minimum number of consecutive erred samples before link is shutdown."
		::=  {  hzIduRlsSoftFaultMonitorEntry  5  }
		
	hzIduRlsEstablishSamplePeriod  OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Period of Time, in milliseconds, for monitoring Establish Erred Frame Threshold."
		::=  {  hzIduRlsSoftFaultMonitorEntry  6  }
		
	hzIduRlsShutdownSamplePeriod  OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Period of Time, in milliseconds, for monitoring Shutdown Erred Frame Threshold."
		::=  {  hzIduRlsSoftFaultMonitorEntry  7  }
		
	hzIduRlsQuickShutdownSamplePeriod  OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Minimum number of milliseconds required to classify samples as erred."
		::=  {  hzIduRlsSoftFaultMonitorEntry  8  }		



	hzIduHardFaultMonitorTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduHardFaultMonitorEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of RLS Hard Fault Monitor Parameters"
		::=  { hzIduRapidLinkShutdown  10 }

	hzIduHardFaultMonitorEntry	OBJECT-TYPE
		SYNTAX		HzIduHardFaultMonitorEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"RLS Parameters for Hard Fault Monitoring"      
		INDEX		{  hzIduHardFaultMonitorIndex  }
		::=  { hzIduHardFaultMonitorTable 1 }

	HzIduHardFaultMonitorEntry  ::=  SEQUENCE {
		hzIduHardFaultMonitorIndex  INTEGER,
		hzIduRlsHardFaultSamplePeriod INTEGER,
		hzIduRlsHardFaultThreshold INTEGER
	}	

		
		
		 
 	hzIduHardFaultMonitorIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduHardFaultMonitorEntry  1  }


	hzIduRlsHardFaultSamplePeriod     OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The period of time, in milliseconds, for which the
                                         rlsFaultThreshold is applied."
		::=  {  hzIduHardFaultMonitorEntry  2  }

	hzIduRlsHardFaultThreshold                    OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Acceptalbe errored block rate in percent"
		::=  {  hzIduHardFaultMonitorEntry  3  }
		
	hzIduRlsReceiveSignalLevelMonitorTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRlsReceiveSignalLevelMonitorEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of RLS RSL Monitor Parameters"
		::=  { hzIduRapidLinkShutdown  11 }

	hzIduRlsReceiveSignalLevelMonitorEntry	OBJECT-TYPE
		SYNTAX		HzIduRlsReceiveSignalLevelMonitorEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"RLS RSL Monitor Parameters"      
		INDEX		{  hzIduRlsReceiveSignalLevelMonitorIndex  }
		::=  { hzIduRlsReceiveSignalLevelMonitorTable 1 }

	HzIduRlsReceiveSignalLevelMonitorEntry  ::=  SEQUENCE {
		hzIduRlsReceiveSignalLevelMonitorIndex  INTEGER,
		hzIduRlsMakeRslMonitorRslValue DisplayString,
		hzIduRlsMakeRslMonitorPeriod INTEGER
	}	

		
		
		 
 	hzIduRlsReceiveSignalLevelMonitorIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduRlsReceiveSignalLevelMonitorEntry  1  }

	
 	hzIduRlsMakeRslMonitorRslValue  OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 24  ) )
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The RSL threshold, in dBm. When Link is inactive and if RSL
										is higher than this threshold for a desired
										period, the link will become active."
		::=  {  hzIduRlsReceiveSignalLevelMonitorEntry  2  }        

	hzIduRlsMakeRslMonitorPeriod  OBJECT-TYPE	
		SYNTAX			INTEGER  
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The desired period, in seconds. When Link is inactive and if RSL
										is higher than the desired	threshold for this 
										period, the link will become active."
		::=  {  hzIduRlsReceiveSignalLevelMonitorEntry  3  }  

--
-- rlsStatus
--
    hzIduRlsStatus OBJECT IDENTIFIER
		::=  {  hzIduRapidLinkShutdown  12  }

	hzIduRlsCurrentDroppedFramesTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRlsCurrentDroppedFramesEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of RLS Currently Observed Queue Monitor Parameters"
		::=  { hzIduRlsStatus  1 }

	hzIduRlsCurrentDroppedFramesEntry	OBJECT-TYPE
		SYNTAX		HzIduRlsCurrentDroppedFramesEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"RLS Currently Observed Queue Monitor Parameters"      
		INDEX		{  hzIduRlsCurrentDroppedFramesIndex  }
		::=  { hzIduRlsCurrentDroppedFramesTable 1 }

	HzIduRlsCurrentDroppedFramesEntry  ::=  SEQUENCE {
		hzIduRlsCurrentDroppedFramesIndex  INTEGER,
		hzIduRlsCurrentDroppedFramesRateValue DisplayString,
		hzIduRlsCurrentDroppedFrameMonitorPeriod INTEGER,
		hzIduRlsCurrentQueueStatus DisplayString
	}	

		
		
		 
 	hzIduRlsCurrentDroppedFramesIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { queue-1 ( 1 ), queue-2 ( 2 ), queue-3 ( 3 ), queue-4 ( 4 )}
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduRlsCurrentDroppedFramesEntry  1  }

	
 	hzIduRlsCurrentDroppedFramesRateValue  OBJECT-TYPE	
		SYNTAX			DisplayString  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"RLS Current Ethernet Frame drop rate"
		::=  {  hzIduRlsCurrentDroppedFramesEntry  2  }        

	hzIduRlsCurrentDroppedFrameMonitorPeriod  OBJECT-TYPE	
		SYNTAX			INTEGER  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Queue Monitoring time"
		::=  {  hzIduRlsCurrentDroppedFramesEntry  3  }  

 	hzIduRlsCurrentQueueStatus  OBJECT-TYPE	
		SYNTAX			DisplayString  
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Queue Status - OK: drop rate is within the threshold, Activated: Exceeded the drop threshold"
		::=  {  hzIduRlsCurrentDroppedFramesEntry  4  }        

	hzIduRlsStatusTable	OBJECT-TYPE
		SYNTAX		SEQUENCE  OF  HzIduRlsStatusEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"A table of RLS Parameters and states"
		::=  { hzIduRlsStatus  2 }

	hzIduRlsStatusEntry	OBJECT-TYPE
		SYNTAX		HzIduRlsStatusEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"RLS Parameters and states"      
		INDEX		{  hzIduRlsStatusIndex  }
		::=  { hzIduRlsStatusTable 1 }

	HzIduRlsStatusEntry  ::=  SEQUENCE {
		hzIduRlsStatusIndex  INTEGER,
		hzIduRlsOption DisplayString,
		hzIduRlsState DisplayString,
		hzIduRlsMismatchState DisplayString,
		hzIduDegradeMonitorState DisplayString,
		hzIduHardFaultMonitorState DisplayString,
		hzIduMakeRslThresholdState DisplayString,
		hzIduPeerRlsState DisplayString,
		hzIduRadioInterfaceState DisplayString,
		hzIduNetworkInterfaceState DisplayString,
		hzIduUserConfiguredEstablishFer DisplayString,
		hzIduMinimumAchievableEstablishFer DisplayString,
		hzIduUserConfiguredShutdownFer DisplayString,
		hzIduMinimumAchievableShutdownFer DisplayString,
		hzIduUserConfiguredEstablishMonitorTime INTEGER,
		hzIduActualEstablishMonitorTime INTEGER,
		hzIduUserConfiguredShutdownMonitorTime INTEGER,
		hzIduActualShutdownMonitorTime INTEGER
	}	

		
		
		 
 	hzIduRlsStatusIndex	OBJECT-TYPE	
		SYNTAX			INTEGER  { wireless-port-1 ( 1 ), wireless-port-2 ( 2 ) }
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each interface. "
		::=  {  hzIduRlsStatusEntry  1  }

	


 	hzIduRlsOption                      		OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"RLS Option. On Basic: RLS enabled with base degrade monitoring;
								 On Advanced: RLS enabled with hard fault monitoring;
								 On Anyport: If any one of the wireless links exceeds the threshold Ehternet Port will be shut down
								 On Bothports: Both wireless links should exceed the threshold to bring the Ethernet Port down
								 Off: Entire RLS feature disabled."
	::=  {  hzIduRlsStatusEntry  2 }



	hzIduRlsState                      		OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Rapid Link Shutdown State. If the state is activated, that means 
						The wireless link is down for Ethernet traffic; If the state is inactivated, that means that
						wireless link is up for Ethernet traffic."
	::=  {  hzIduRlsStatusEntry  3 }

	hzIduRlsMismatchState     				OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"RLS Mismatch State. If the state is activated, that means RLS 
						configuration is mismatched with peer. If the state is OK,
						that means RLS configuration is matched with peer."
	::=  {  hzIduRlsStatusEntry  4 }      

	hzIduDegradeMonitorState      			OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Degrade Monitor State. If the state is activated, that means
						the RLS Degrade Monitor is asserting the link down. If the
						state is OK, that means the RLS Degrade Monitor is asserting
						the link up."
	::=  {  hzIduRlsStatusEntry  5 }
	
	hzIduHardFaultMonitorState        		OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Hard Fault Monitor State. If the state is activated, that means
						the Hard Fault Monitor is asserting the link down. If the state
						is OK, that means the RLS Hard Fault Monitor is asserting the
						link up."
	::=  {  hzIduRlsStatusEntry  6 }
	                        
	hzIduMakeRslThresholdState	     		OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Make RSL Threshold State. If the state is not met, that means the 
						RLS signal level is below the threshold value. If the state is OK,
						that means the RLS signal level is above the threshold value."
	::=  {  hzIduRlsStatusEntry  7 }
			
 	hzIduPeerRlsState               			OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Peer RLS State. If the state is activated, that means the peer has
						activated RLS. If the state is OK, that means the Peer hasn't
						activated RLS."
	::=  {  hzIduRlsStatusEntry  8 }
 	
	hzIduRadioInterfaceState 	     		OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Radio Interface State. If the state is down, that means The radio 
						interface is not operational(muted,disconnected, not configured).
						If the state is up, that means the radio interface is operational."
	::=  {  hzIduRlsStatusEntry  9 }
	
	hzIduNetworkInterfaceState 	            OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Network Interface State. If the state is down, that means the network 
						interface (Ethernet/PHY) is not operational(disconnected, not 
						configured). If the state is up, that means the network interface
						(Ethernet/PHY) is operational."
	::=  {  hzIduRlsStatusEntry  10 }

	hzIduUserConfiguredEstablishFer          OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"User Configured Establish Frame Error Ratio required for the 
						link to be restored to service, set by the user. An example
						value being '1.0E-7'."
	::=  {  hzIduRlsStatusEntry  11  }

 	hzIduMinimumAchievableEstablishFer       OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Minimum achievable Frame Error Ratio required for the link to be 
						restored to service. An example value being '1.0E-7'."
	::=  {  hzIduRlsStatusEntry  12  }

 	hzIduUserConfiguredShutdownFer          OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"User Configured Shutdown Frame Error Ratio required for the 
						link to remain in-service, set by the user. An example value
						being '1.0E-7'."
	::=  {  hzIduRlsStatusEntry  13  }

   	hzIduMinimumAchievableShutdownFer          OBJECT-TYPE	
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Minimum achievable Frame Error Ratio required for the link to 
						remain in-service. An example value being '1.0E-7'."
	::=  {  hzIduRlsStatusEntry  14  }

	hzIduUserConfiguredEstablishMonitorTime    OBJECT-TYPE
	SYNTAX			INTEGER
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"User Configured Establish Monitor Time, in milliseconds, for 
						which the 'User Configured Establish FER' must be achieved
						to bring link into service, set by user"
	::=  {  hzIduRlsStatusEntry 15  }

	hzIduActualEstablishMonitorTime            OBJECT-TYPE
	SYNTAX			INTEGER
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Actual Establish Monitor Time, in milliseconds, for which the 
						'User Configured Establish FER'	must be achieved to bring 
						link into service, it's a multiple of the establish sample 
						period required to observe the FER"
	::=  {  hzIduRlsStatusEntry 16  }
	
	hzIduUserConfiguredShutdownMonitorTime      OBJECT-TYPE
	SYNTAX			INTEGER
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"User Configured Shutdown Monitor Time, in milliseconds, for which
						the 'User Configured Shutdown FER' must be met for the link to
						remain in-service, set by user."
	::=  {  hzIduRlsStatusEntry 17  }

	hzIduActualShutdownMonitorTime             OBJECT-TYPE
	SYNTAX			INTEGER
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Actual Shutdown Monitor Time, in milliseconds, for which the 'User
						Configured Shutdown FER' must be met for the link to remain 
						in-service, it's a multiple of the shutdown sample period required
						to  observe the FER"
	::=  {  hzIduRlsStatusEntry 18  }
		


--
-- hzIduSntp
--

	hzIduSntpEnable	                OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Indicates whether SNTP feature is enabled."
		DEFVAL			{ enabled }
		::=  {  hzIduSntp  1 }

	hzIduSntpOffset	                OBJECT-TYPE	
-- This value is shown in 10ths of hours
		SYNTAX			INTEGER  ( -140 .. 140  ) 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"System time offset from GMT in tenths of hours. For example, an offset of 10 indicates 10 tenths, or 1 hour.  An offset of 5 indicates half an hour."
		DEFVAL 			{ -40 }
		::=  {  hzIduSntp  2  }


	hzIduSntpServerTable	        OBJECT-TYPE
		SYNTAX		SEQUENCE OF HzIduSntpServerEntry
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Table containing sntp server entries"
		::=  { hzIduSntp  3 }

	hzIduSntpServerEntry	        OBJECT-TYPE
		SYNTAX		HzIduSntpServerEntry	        
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Contains the sntp server information"
		INDEX		{  hzIduSntpServerIndex  }
		::=  { hzIduSntpServerTable 1 }

	HzIduSntpServerEntry   ::=  SEQUENCE {
		hzIduSntpServerIndex       INTEGER,
		hzIduSntpServerIpAddress   IpAddress,
		hzIduSntpServerStatus      INTEGER,
		hzIduSntpServerStratum     INTEGER
		}
		
	hzIduSntpServerIndex    	        OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each server."
		::=  {  hzIduSntpServerEntry  1  }


	hzIduSntpServerIpAddress	        OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The IP address of the server."
		::=  {  hzIduSntpServerEntry  2  }


	hzIduSntpServerStatus	        OBJECT-TYPE	
		SYNTAX			INTEGER  { good (1) , failed (2) } 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The status of the sntp server."
		::=  {  hzIduSntpServerEntry  3  }


	hzIduSntpServerStratum	OBJECT-TYPE	
		SYNTAX			INTEGER   
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Specifies the stratum of a server, 0 for failed server" 
		::=  {  hzIduSntpServerEntry  4  }
                
--
-- hzIduLogs
--

	hzIduEventLogEnable	                OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Indicates whether event log is enabled."
		DEFVAL			{ enabled }
		::=  {  hzIduLogs  1 }
                
        hzIduPerfmLogEnable	                OBJECT-TYPE	
		SYNTAX			INTEGER  { disabled ( 1 ) , enabled ( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Indicates whether performance log is enabled."
		DEFVAL			{ enabled }
		::=  {  hzIduLogs  2 }

        hzIduPerfmLogInterval	        OBJECT-TYPE	
		SYNTAX			DisplayString  ( SIZE ( 0 .. 10  ) ) 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"Performance statistics are logged periodically by this interval. The interval can be up to 24:00:00 (24 hours) and as short as 00:00:15 (15 seconds)."
		::=  {  hzIduLogs  3 }

--
-- hzIduRadius
--
	hzIduRadiusSuperUserAuthentication	                OBJECT-TYPE	
		SYNTAX			INTEGER  { off ( 1 ) , on( 2 ) } 
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		" The set strict mode on or off"
		DEFVAL			{ off }
		::=  {  hzIduRadius 1 }

	hzIduRadiusServerTimeOut	                OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		" Timeout period for authentication requests"
		DEFVAL			{ 0 }
		::=  {  hzIduRadius 2 }


	hzIduRadiusServerDeadTime	                OBJECT-TYPE	
		SYNTAX			INTEGER 
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		" Time to declare an unresponsive server 'dead'"
		DEFVAL			{ 0 }
		::=  {  hzIduRadius 3 }

 	hzIduRadiusServerReTransmit		                OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"Maximum number of retransmits to an unresponsive server"
		::=  {  hzIduRadius 4 }



	hzIduRadiusServerTable	        OBJECT-TYPE
		SYNTAX		SEQUENCE OF HzIduRadiusServerEntry	        
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Table containing radius server entries"
		::=  { hzIduRadius 5 }

	hzIduRadiusServerEntry	        OBJECT-TYPE
		SYNTAX		HzIduRadiusServerEntry	        
		ACCESS		not-accessible
		STATUS		mandatory
		DESCRIPTION	"Contains the sntp server information"
		INDEX		{  hzIduRadiusServerIndex }
		::=  { hzIduRadiusServerTable 1 }

	HzIduRadiusServerEntry	        ::=  SEQUENCE {
		hzIduRadiusServerIndex       INTEGER,
		hzIduRadiusCfgdHostIpAddress       IpAddress,
		hzIduRadiusActiveHostIpAddress     IpAddress
		}
		
	hzIduRadiusServerIndex    	        OBJECT-TYPE	
		SYNTAX			INTEGER
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"A unique value for each server."
		::=  {  hzIduRadiusServerEntry 1  }


	hzIduRadiusCfgdHostIpAddress       OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-write
		STATUS			mandatory
		DESCRIPTION		"The IP address of the configured radius server."
		::=  {  hzIduRadiusServerEntry 2  }


	hzIduRadiusActiveHostIpAddress     OBJECT-TYPE	
		SYNTAX			IpAddress
		ACCESS			read-only
		STATUS			mandatory
		DESCRIPTION		"The IP address of the active radius server."
		::=  {  hzIduRadiusServerEntry 3  }

--
-- TRAP DEFINITIONS
--                   		

	coldStart	TRAP-TYPE
        	ENTERPRISE  snmp  
        	DESCRIPTION		
                        "A coldStart trap signifies that the sending protocol entity is reinitializing itself such that the agent's configuration or the protocol entity implementation may be altered."
        ::= 0

-- for generic traps real trap value of linkDown is 2.
	linkDown	TRAP-TYPE
        	ENTERPRISE  snmp  
                VARIABLES {ifIndex}
        	DESCRIPTION		
        	        "A linkDown trap signifies that the sending protocol entity recognizes a failure in one of the communication links represented in the agent's configuration."
                ::= 1

-- for generic traps real trap value of linkup is 3.

	linkUp	TRAP-TYPE
        	ENTERPRISE  snmp  
                VARIABLES {ifIndex}
        	DESCRIPTION		 
        		"A linkUp trap signifies that the sending protocol entity recognizes that one of the communication links represented in the agent's configuration has come up."		 
                ::= 2

               
        hzIduExplicitAuthenticationFailureV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig  
        	DESCRIPTION		"Authentication of the peer horizon node has failed. The severity is critical, the probable cause is an incorrect authentication configuration on horizon faulty cable between the modem and radio, and recommended course of action is to check both ends of the link."
                ::= 3 
        
        hzIduExplicitAuthenticationFailureClearedV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
        	DESCRIPTION		"The condition has cleared. The peer node is now authenticated."
                ::= 4

     			 		
        hzIduAamConfigMisMatchV1Trap					TRAP-TYPE				
		ENTERPRISE                hzIduTrapConfig 
		VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION               "Adaptive modulation configuration mismatch"
                ::= 5	

        hzIduAamConfigMisMatchClearV1Trap					TRAP-TYPE				
		ENTERPRISE                hzIduTrapConfig 
		VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION               "Adaptive modulation configuration mismatch cleared"
                ::= 6	

        hzIduAamActiveV1Trap					TRAP-TYPE				
		ENTERPRISE                hzIduTrapConfig
        	DESCRIPTION               "Adaptive modulation on and system running on lowest modulation"
                ::= 7	

        hzIduAamActiveClearedV1Trap					TRAP-TYPE				
		ENTERPRISE                hzIduTrapConfig
        	DESCRIPTION               "Adaptive modulation on  system running on higher modulation"
                ::= 8        
        
        hzIduAtpcConfigMismatchV1Trap      TRAP-TYPE
        	ENTERPRISE         hzIduTrapConfig
        	DESCRIPTION        "ATPC is set to on at near end however in the far end it is set to off."
                ::= 9

        hzIduAtpcConfigMismatchClearedV1Trap        TRAP-TYPE
        	ENTERPRISE         hzIduTrapConfig
        	DESCRIPTION        "ATPC configuration mismatch is cleared"
                ::= 10  
        
        hzIduSntpServersUnreachableV1Trap       TRAP-TYPE
        	ENTERPRISE           hzIduTrapConfig
        	DESCRIPTION          "Can't reach any of the sntp servers"
                ::= 11

        hzIduSntpServersUnreachableClearedV1Trap     TRAP-TYPE
        	ENTERPRISE                hzIduTrapConfig
        	DESCRIPTION               "At least one of SNTP servers is reachable"
                ::= 12
      
             		
        hzIduFrequencyFileInvalidV1Trap	        TRAP-TYPE
		ENTERPRISE              hzIduTrapConfig
        	DESCRIPTION             "When the executing frequency file is invalid, 
					this trap is generated."
                ::= 13
          
        hzIduEnetPort1DroppedFramesThresholdExceededV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
        	DESCRIPTION     "The ethernet dropped frames threshold has been detected above its threshold value."
                ::= 14
        
        hzIduEnetPort1DroppedFramesThresholdExceededClearedV1Trap        TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
        	DESCRIPTION     "The condition has cleared.The ethernet dropped frames threshold is now below its threshold value."
                ::= 15
                
	
        hzIduEnetPort1BwUtilizationThresholdExceededV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
        	DESCRIPTION     "The ethernet bandwidth threshold has been detected above its threshold value."
                ::= 16
        
        hzIduEnetPort1BwUtilizationThresholdExceededClearedV1Trap        TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
        	DESCRIPTION     "The condition has cleared. The ethernet bandwidth threshold is now below its threshold value."
                ::= 17
    		
        hzIduEnetPort1RlsMismatchV1Trap       TRAP-TYPE
        	ENTERPRISE                hzIduTrapConfig
        	DESCRIPTION               "RLS mismatch"
                ::= 18    
        
        hzIduEnetPort1RlsMismatchClearedV1Trap              TRAP-TYPE
        	ENTERPRISE                hzIduTrapConfig
        	DESCRIPTION               "RLS mismatch cleared"
                ::= 19    
        
        hzIduRlsQueueBasedShutdownActivatedv1Trap            TRAP-TYPE
        	ENTERPRISE                hzIduTrapConfig
        	DESCRIPTION               "RLS Queue-Based shutdown is activated"
                ::= 20

        hzIduRlsQueueBasedShutdownActivatedClearedV1Trap              TRAP-TYPE
        	ENTERPRISE                hzIduTrapConfig
        	DESCRIPTION               "RLS Queue-Based shutdown is not activated"
                ::= 21

        hzIduModemRxLossOfSignalLockV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"Loss of signal lock from the demodulator. The severity is critical, the probable cause is lost synchronization with the far end, and recommended course of action is to check the operational state of both ends of the link."
                ::= 22 
        
	hzIduModemRxLossOfSignalLockClearedV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig      
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"The condition has cleared. The demodulator is synchronized."
                ::= 23

	hzIduModemTxLossOfSyncV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig      
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"Loss of sync bytes at the input of the modulator. The severity is critical, the probable cause is physical
	       interference in the air link, and recommended course of action is to check the line of site between the horizon nodes."
                ::= 24  
        
	hzIduModemTxLossOfSyncClearedV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig      
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"Tx Loss of sync bytes cleared."
                ::= 25

          
	hzIduModemSnrBelowThresholdV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig      
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"The demodulator SNR performance worse than programmed levels. The severity is major, the probable cause 
	       is physical interference in the air link path or misalignment of the radios or severe weather conditions, and recommended course 
	      of action is to check the line of site between the horizon nodes."
        ::= 26

	hzIduModemSnrBelowThresholdClearedV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig      
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"SNR performance back to normal."
                ::= 27

	hzIduModemEqualizerStressExceedThresholdV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig             
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"Equalizer Stress measured within the demodulator exceeds the threshold value."
                ::= 28

	hzIduModemEqualizerStressExceedThresholdClearedV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig      
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"Equalizer Stress measured within the demodulator is within the threshold value."
                ::= 29
        hzIduEnetPort1ChannelizedRslBelowThresholdV1Trap	        TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
        	DESCRIPTION     "The RSL has been detected below its minimum threshold."
                ::= 30           
        
        hzIduEnetPort1ChannelizedRslBelowThresholdClearedV1Trap        TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
        	DESCRIPTION     "The condition has cleared. RSL is now above its minimum threshold."
                ::= 31

	hzIduModemHardwareFaultV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig       
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"Power supply circuitry failed. Should be sent for diagnosis."
                ::= 32
               
	hzIduModemHardwareFaultClearedV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig      
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"Power supply circuitry  is in good condition."
                ::= 33
        
	hzIduModemProgrammingErrorV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig      
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"Encountered problem while programming modem."
                ::= 34

	hzIduModemProgrammingErrorClearedrV1Trap	TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig      
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION		"Problem encountered while programming modem is gone."
                ::= 35
 	
        hzIduTtySessionCommencedV1Trap							TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
		VARIABLES   { hzIduTtySessionUserName,
			      hzIduTtySessionUserConnectionType }
        	
                DESCRIPTION		"A person has successfully gained access to the ascii management port (telnet, local management port, or HTTP). The username is included in the Trap."
                ::= 36

	hzIduTtySessionTerminatedV1Trap						TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
		VARIABLES   { hzIduTtySessionUserName,
			      hzIduTtySessionUserConnectionType }
        	DESCRIPTION		"A person has logged out of an ascii management port (telnet, local management port, or HTTP). The username is included in the Trap."
                ::= 37

        hzIduAtpcTxAtMaxPwrV1Trap							TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig 
	    	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"ATPC auto-disabled (transmitting at coordinated power)."
                ::= 38

	hzIduAtpcTxAtMaxPwrClearedV1Trap							TRAP-TYPE
        	ENTERPRISE  hzIduTrapConfig
	    	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"ATPC has been disabled."
                ::= 39

-- Radio Traps 50+ restored for IDU --
        
        hzIduRadioPLDROLostLockV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
                DESCRIPTION		"The PLDRO/LO has lost lock on the radio. The severity is critical, the probable cause a faulty radio unit within AirPair, and recommended course of action is to replace the radio unit"
        	::= 40
        hzIduRadioPLDROLostLockClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"The radio PLDRO/LO lost lock condition has cleared."
        	::= 41
                                                
        hzIduRadioLostCommunicationV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"RS232 communication lost between IDU and the radio. The severity is critical, the probable cause is a faulty cable between the modem and radio, and recommended course of action is to check the connection."
        	::= 42
        hzIduRadioLostCommunicationClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"RS232 communication has been re-establisted between IDU and the radio."
        	::= 43
                                                
        hzIduRadioMismatchV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"The radio connected to the IDU modem does not match the frequency programmed into the modem unit. The severity is major, the probable cause is an incorrectly programmed modem or an incorrect radio type connected to the modem, and recommended course of action is to check the modem frequency settings and radio hardware version number or serial number."
        	::= 44
        hzIduRadioMismatchClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"The condition has cleared. The radio matches the programmed parameters in the modem."
        	::= 45
                                                 
        hzIduRadioPowerAmpV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"The power amplifier on the radio is not operating within normal operating specifications. The severity is critical, the probable cause a faulty radio unit, and recommended course of action is to replace the radio unit."
        	::= 46
        hzIduRadioPowerAmpClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"The power amplifier on the radio is now operating within normal specifications"
        	::= 47
                                                 
        hzIduRadioExcessiveTxCableLossV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"The radio cannot compensate for the calculated amount of Tx Cable Loss."
        	::= 48
        hzIduRadioExcessiveTxCableLossClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Excessive Tx Cable Loss cleared."
        	::= 49
                                                 
        hzIduHiPowerRadioDrainM1V1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"This applies to High Power Radios only. Indicates Power Amp Alarm (M1)."
        	::= 50
        hzIduHiPowerRadioDrainM1ClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"This applies to High Power Radios only. Indicates Power Amp Alarm (M1) cleared."
        	::= 51
                                                 
        hzIduHiPowerRadioDrainM2V1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"This applies to High Power Radios only. Indicates Power Amp Alarm (M2)."
        	::= 52
        hzIduHiPowerRadioDrainM2ClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"This applies to High Power Radios only. Indicates Power Amp Alarm (M2) cleared."
        	::= 53
                                                 
        hzIduHiPowerRadioTxDetectorV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"This applies to High Power Radios only. Indicates minimum power threshold has not been surpassed."
        	::= 54
        hzIduHiPowerRadioTxDetectorClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"This applies to High Power Radios only. Indicates minimum power threshold alarm has cleared."
        	::= 55
                                                 
        hzIduSecondaryRadioIsActiveV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Radio redundancy on, secondary radio is active."
        	::= 56
        hzIduSecondaryRadioIsActiveClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Radio redundancy, secondary radio is no longer active."
        	::= 57
                                                 
        hzIduRedundancySerialNumberMisMatchV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"The radio serial number programmed in flash and radio do not match."
        	::= 58
        hzIduRedundancySerialNumberMisMatchClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"The radio serial number mismatch has cleared."
        	::= 59
                                                 
        hzIduRadioFirmwareMismatchV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"The radio connected to the IDU modem does not match the radio band or frequency bank specified by the user. As a result, the system 
        					 will not work."
        	::= 60
        hzIduRadioFirmwareMismatchClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Radio Firmnware mismatch cleared."
        	::= 61
                                                 
        hzIduSecondaryRadioNotdetectedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Secondary radio not detected."
        	::= 62
        hzIduSecondaryRadioNotdetectedClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"secondary Radio not detected alarm cleared."
        	::= 63
                                                 
        hzIduPrimaryRadioNotdetectedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Primary Radio not detected."
        	::= 64
        hzIduPrimaryRadioNotdetectedClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Primary Radio not detected alarm cleared."
        	::= 65
                                                 
        hzIduFaultyPrimaryRadioV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Faulty Primary Radio."
        	::= 66
        hzIduFaultyPrimaryRadioClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Faulty Primary Radio alarm cleared."
        	::= 67
                                                 
        hzIduRadioExcessiveTxCableLossChangeV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Radio - Excessive Tx cable loss change detected."
        	::= 68
        hzIduRadioExcessiveTxCableLossChangeClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Radio - Excessive Tx cable loss change cleared."
        	 ::= 69
                                                 
        hzIduExcessiveRxCableLossV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Radio - Excessive receive cable loss detected."
        	::= 70
        hzIduExcessiveRxCableLossClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	VARIABLES {hzIduRadioAlarmsIndex}
        	DESCRIPTION		"Radio - Excessive receive cable loss cleared."
        	::= 71
        
        hzIduRedundancyPrimaryPortNotSetV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Redundancy: Primary Port not set."
        	::= 72
        hzIduRedundancyPrimaryPortNotSetClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Redundancy: Primary Port not set - cleared."
        	::= 73
                                                 
        hzIduRedundancySecondaryPortIsActiveV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Redundancy: Secondary Port is Active."
        	::= 74 
        	
        hzIduRedundancySecondaryPortIsActiveClearedV1Trap   	TRAP-TYPE        	
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Redundancy: Secondary Port is no longer Active"
 		::= 75
                                                 
        hzIduRedundancyPrimaryPortFaultyV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Redundancy: Primary Port is Faulty."
        	::= 76
        	
        hzIduRedundancyPrimaryPortFaultyClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Redundancy: Primary Port is no longer Faulty."
        	::= 77
                                                 
        hzIduRedundancySecondaryPortFaultyV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Redundancy: Secondary Port is Faulty."
                ::= 78
            
        hzIduRedundancySecondaryPortFaultyClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Redundancy: secondary Port is no longer Faulty."
                ::= 79

        hzIduFan1FailedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Fan 1 has failed"
                ::= 80

        hzIduFan1FailureClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"The Fan 1 Failure has Cleared"
                ::= 81

        hzIduFan2FailedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Fan 2 has failed"
                ::= 82

        hzIduFan2FailureClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"The Fan 2 Failure has Cleared"
                ::= 83

        hzIduFan3FailedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Fan 3 has failed"
                ::= 84

        hzIduFan3FailureClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"The Fan 3 Failure has Cleared"
                ::= 85

        hzIduFan4FailedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"Fan 4 has failed"
                ::= 86

        hzIduFan4FailureClearedV1Trap 	TRAP-TYPE 
        	ENTERPRISE  hzIduTrapConfig 
        	DESCRIPTION		"The Fan 4 Failure has Cleared"
                ::= 87
        hzIduRlsShutdownActivatedv1Trap            TRAP-TYPE
        	ENTERPRISE                hzIduTrapConfig
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION               "RLS shutdown is activated"
                ::= 88

        hzIduRlsShutdownActivatedClearedV1Trap              TRAP-TYPE
        	ENTERPRISE                hzIduTrapConfig
        	VARIABLES {hzIduModemAlarmsIndex}
        	DESCRIPTION               "RLS shutdown is not activated"
                ::= 89




END