System Information

System > System Information > System Settings

• iBiome Software Version—displays the hardware version number.
• Model Name—displays the hardware configuration of the system.
• Serial Number—displays the serial number of the system.
• Factory Name—displays the factory model name.
• Factory Version—displays the factory version.
• Factory Subrevision—displays the factory subrevision.
• Factory Serial Number—displays the mainboard serial number.
• Factory Chassis Part Number—displays the factory chassis part number.
• Primary Software Version—displays the software version number of the system.
• FPGA Firmware Version—displays the FPGA firmware version number.
• U-Boot Software Version—displays the U-Boot software version number.
• Linux Software Version—displays the Linux software version number.
• CPLD Version—displays the CPLD version number.
• PSM Version—displays the PSM version number.
• Switch Name—enter the name for identifying the device. The default value is iS5. This value range is a string of size 15.
• Prompt Name—enter the prompt name to be used. The default value is iS5.
• Banner Name—enter the banner name to be used. The default value is RAPTOR iBiome Operation System.
• System Contact—enter the contact person details for this managed node. This value range is a string of size 50. The default value is iS5com.
• System Name—enter the system name. The default value is iS5com.
• System Location—enter the physical location of this node. This value range is a string of size 50. The default value is iS5com.
• Logging Option—select the path to log the debug details. The default option is Console. The list contains:— select the current date and time. The format is Day Month Date Year Hours Minutes Seconds Example: Fri May 07 2010 13: 40: 00.
  • CONSOLE—logs the debug details in a console.
  • FILE—logs the debug details in a file (system buffer).
• Device Clock— select the current date and time. The format is Day Month Date Year Hours Minutes Seconds Example: Fri May 07 2010 13: 40: 00.
• Device Up Time—displays the time from which the device is up. The format is Days Hours, Minutes, Seconds Example: 0 Days 1Hrs, 15Mins, 27 Secs.

• Login Authentication Mode—select the Login Authentication Mode. The list contains:
  • Local —sets the Authentication Mode as Local. The user identification, authentication, and authorization method are chosen by the local system administration and does not necessarily comply with any other profiles
  • Remote—sets the Authentication Mode as Remote. Authentication is done in the remote location through a RADIUS (Remote Authentication Dial-In User Service) or TACACS server. RADIUS is a protocol that enables remote access servers to communicate with a central server to authenticate dial-in users and authorize their access to the requested system or service. TACACS (Terminal Access Controller Access-Control System) is a remote authentication protocol that is used to communicate with an authentication server commonly used in networks
  • tacacs—sets the authentication mode as TACACS. Authentication is done through a TACACS+ server.
• Configuration Save Status—displays the configuration save status. The default option is Not Initiated. Once the configuration is done, the save status will be displayed as any of the following:
  • Successful—system information is configured and saved successfully.
  • Failure—system information configuration Save failed.
  • In progress—system information configuration save is in-progress.
  • Not Initiated—system information configuration save is not initiated.
• Remote Save Status—displays the remote save status. The default option is Not Initiated. This status represents the status of save operation to the remote location as any of the following:
  • Successful—remote information is configured and saved successfully.
  • Failure—remote information configuration Save failed.
  • In progress—remote information configuration save is in-progress.
  • Not Initiated—remote information configuration save is not initiated.
• Configuration Restore Status—displays the configuration restore status. The default option is Not Initiated. The already configured parameter will be restored and the status will be displayed as any of the following:
  • Successful—configuration is restored successfully.
  • Failure—configuration restore failed.
  • In progress—configuration restore is in-progress.
  • Not Initiated—configuration restore is not initiated.

• Traffic Separation Control—displays the traffic separation control status. This implies the method for receiving control packets to CPU. The default option is None. The options can be:
  • System_default—specifies the method for receiving control packets to CPU as system default. This implies that the software can automatically install ACL and QoS rules for all control packets. If the configuration is changed from 'system_default' to 'user_defined' option, then all default ACL/QoS rules for carrying protocol control packets to CPU are removed. Then user has to install the specific ACL/QoS rules, to carry the intended control packets to CPU for the processing.
  • User_defined—specifies the method for receiving control packets to CPU as user defined. This implies that the software cannot automatically install the ACL and QoS rules for all control packets. Only the administrator can install the required rules for receiving control packets to CPU. If the configuration is changed from 'user-defined' to system-default or none, all default ACL filters are installed. Already existing (if any) user configured ACL rules in the system will be not removed.
  • None—specifies the method for receiving control packets to CPUas none.
  • If the configuration is changed from 'none' to 'system_default' option, then all default ACL filters for carrying protocol control packets to CPU are removed and new set of filters will be installed. Each filter will be associated with QoS rules. If the configuration is changed from 'none' to 'user_defined' option, then all default ACL filters for carrying protocol control packets to CPU are removed. Then user has to install the specific ACL/QoS rules, to carry the intended control packets toCPU for the processing.

• Apply—logins to IS5Com and views the Home screen.

System > System Information > Line Modules Information

• Card #—displays card#.
• Part#—displays part number (e.g. 1531-0004-A02)
• Module—displays part number (e.g. iRM-8PGRJ45)
• Sub Revision—displays part number (e.g. 001)
• Serial #—displays the part number (e.g. R8PGRJ450419-0049)
• Minimum Operating Temperature (C)—displays minimum temperature (e.g. -40)
• Maximum Operating Temperature (C)—displays maximum temperature (e.g. 105)
• Current Operating Temperature (C)—displays current temperature (shown 37)

• Apply—modifies attributes and saves the changes.

System > System Information > SFP Information

• Port #—displays port#.
• Type#—displays SFP’s type number.
• Vendor—displays SFP’s vendor number.
• Serial #—displays SFP’s serial number.
• Part #—displaysSFP’s part number.

• Temp (C)—displays SFP’s temperature.
• Voltage (V)—displays SFP’s voltage.
• Current (mA)—displays SFP’s current.
• TxPower (dBm)—displays SFP’s TxPower.
• RxPower (dBm)—displays SFP’s RxPower.

• Apply—modifies attributes and saves the changes.

System > System Information > Power Supply Information

• Presence—displays the power supply.
• Module—displays module type.
• Version—displays version.
• Serial #—displays serial number.
• Current Operating Temperature (C)—displays current temperature
• Min Voltage—displays the minimum voltage.
• Max Voltage—displays the minimum voltage.

System > System Information > Clear Counters

• Protocols—select the protocols for which health check counters is to be cleared. The options are:
• • BGP—clears health check counters for BGP.
  • OSPF—clears health check counters for OSPF.
  • RIP—clears health check counters for RIP.
  • IPv4—clears health check counters for IPv4.
  • All—clears all health check counters.

• Apply—modifies attributes and saves the changes.