ADVA Optical Networking FSP150CC
This is an SNMP connector that is used to monitor and configure the ADVA Optical Networking FSP150CC equipment.
About
The information on tables and parameters is retrieved via SNMP polling.
The current traps implemented in version 1.0.2.6 and above are LinkUp, LinkDown, CmSysAlmTrap, CmNetworkElementAlarmTrap, CmNetworkElementEvent and CmSysEvent. These traps update the Interface, System Event and Network Element Event tables.
Version Info
| Range | Key Features | Based on | System Impact |
|---|---|---|---|
| 1.0.0.x | Initial version | - | |
| 1.0.2.x | Support for SNMP polling from backup IP | - | |
| 2.0.0.x [Obsolete] | SNMPv3 | - | |
| 2.0.1.x | - Table 42000 ethernetPBWanStatsTable adapted - Display key added - SNMP columns hidden - Retrieved columns added |
2.0.2.4 | - Display key impact on iDMS filters, DMS Automation scripts, Visio files, DMS reports and DMS WebAPI usage. - Alarm and trending info removed from params 42002, 42003 and 42004. Trending and alarm monitoring now enabled for 42005, 42006 and 42007. |
| 2.0.2.x [Obsolete] | DCF support added | 2.0.1.1 | |
| 2.0.3.x | - Discard rates added for Interfaces Table - Red/Yellow discard rates added to Ethernet Flow Policer Stats table |
2.0.2.3 | Impact on custom reports or scripts calling Ethernet Flow Policer Statistics table indices directly. |
Product Info
| Range | Supported Firmware |
|---|---|
| 1.0.0.x | Backplane revision: 1.0 |
| 1.0.2.x | Unconfirmed |
| 2.0.0.x | Backplane revision: 1.04 [to be confirmed] |
| 2.0.1.x | Same as 2.0.0.X |
| 2.0.2.x | Same as 2.0.1.X |
| 2.0.3.x | Same as 2.0.2.x |
System Info
| Range | DCF Integration | Cassandra Compliant | Linked Components | Exported Components |
|---|---|---|---|---|
| 1.0.0.x | No | Yes | - | - |
| 1.0.2.x | No | Yes | - | - |
| 2.0.0.x | No | Yes | - | - |
| 2.0.1.x | No | Yes | - | - |
| 2.0.2.x | Yes | Yes | - | - |
| 2.0.3.x | Yes | Yes | - | - |
Installation and configuration
Creation
SNMP Main Connection
This connector uses a Simple Network Management Protocol (SNMP) connection and requires the following input during element creation:
SNMP CONNECTION:
- IP address/host: The polling IP of the device.
SNMP Settings:
- IP port: The IP port of the device.
- Get community string: The community string used when reading values from the device, by default public.
- Set community string: The community string used when setting values on the device, default private.
Usage
General
This page displays the following general information: System Name, System Description, System Location, System Contact, CLI Prefix, System Up Time and Polling IP.
In addition, it also displays the status of the following parameters: CLI Security Prompt, FTP, HTTP, HTTPS, SCP, Serial Port, Serial Port Auto Log Off, SFTP, TFTP, SSH and Telnet.
Interfaces
This page displays the Interfaces table, which lists the Interface entries.
Ethernet Management Port
This page displays the Ethernet Ports Management table, which allows you to configure multiple settings for the Ethernet Management Port Facilities, for instance Administrative State, Configuration Speed and MDIX Type.
Ethernet Access Port Statistics
This page displays the Ethernet Access Ports Statistics table. These statistics include the Laser Bias Current, Optical Power Transmit/Received, Temperature and multiple types of Bit Rate statistics.
Ethernet Access Port Statistics History
This page displays the Ethernet Access Ports History table, with the history data of the Ethernet Access Ports Statistics table.
Ethernet Network Port Statistics
This page displays the Ethernet Network Ports Statistics table. These statistics include Optical Power Transmit/Received, Average Bit Rate Received/Transmitted, SFP Temperature and Unavailable Seconds
Ethernet Network Port Statistics History
This page displays the Ethernet WAN Statistics table.
Ethernet WAN
This page displays the Ethernet Network Ports History table, with the history data of the Ethernet Network Ports Statistics table
Access Control List
This page displays the Access Control List table, which lists the entries corresponding to the Access Control IP Network Addresses. You can also configure multiple settings, for instance IP Version, IP v4/v6 Address, Network Mask, Prefix and Control.
Priority Map
This page displays the Priority Map table, which lists the entries corresponding to Ethernet Priority Mappings in the multi Class of Service mode. You can also configure multiple settings, for instance In Priority, X-Tag Control and Priority, Class of Service and Inner/Outer Tag Priority.
Probe
This page displays the Probes table, which allows you to configure multiple settings on ESA Probes entries, such as Alias, Direction, Protocol, Source/Destination IP Address, multiple VLAN configurations, the number of History Bins, the History Interval, the Storage Type, and more.
Probe Statistics
This page displays the Probes Statistics and Probes OAM Statistics tables. These tables include statistics related to the ESA Probe and ESA Probe MEF 35.
Probe Statistics History
This page displays the Probes Statistics History table, with the history data of the Probes Statistics table.
Flow
This page displays the Flow table. This table allows you to configure multiple settings for the Ethernet Flows entries, for instance Index, Circuit Name, Administrative State, Type, Multiple Class of Service, Access to Network CIR/EIR, Network to Access CIR/EIR, Storage Type, Status and more.
Flow QoS Shaper
This page displays the Flow QoS Shapers table. This table allows you to configure multiple settings for the Ethernet Quality of Service Shaper entries, for instance Network Port QoS, Administrative State, Status, CIR/EIR, CIR/EIR High, SOAM CIR/EIR High, CBS, EBS, Buffer Size and more.
Flow QoS Policer
This page displays the Flow QoS Flow Policers table. This table allows you to configure multiple settings for the Ethernet Quality of Service Policer entries, for instance Network Port QoS, Administrative State, Direction, CIR Low/High, EIR Low/High, Color Mode, Color Marking Flag, Storage Type, Status and more.
FlowPoint
This page displays the FlowPoint and FlowPoint Statistics tables:
- The FlowPoint table displays the Admin (configurable) and Operational State of its entries.
- The FlowPoint Statistics include multiple Average/Instantaneous Bit Rates, Frames Marked Green/Yellow/Red, Frames Dropped and more.
FlowPoint History
This page displays the FlowPoint Statistics History table, with history data of the FlowPoint Statistics table.
FlowPoint QoS Shaper
This page displays the FlowPoint QoS Shaper Statistics table. These statistics include Bytes Transmitted, Bytes Tail Dropped, Frames Dequeued, Frames Tail Dropped, Average Bit Rate Limited, Bytes and Frames Random Early Discarded Dropped
FlowPoint QoS Shaper History
This page displays the FlowPoint QoS Shaper Statistics History table, with history data of the FlowPoint QoS Shaper Statistics table.
FlowPoint QoS Policer
This page displays the FlowPoint QoS Policer Statistics table. These statistics include Frames Marked Green/Yellow/Red and Discarded, Bytes In/Out , Average Bit Rate, and Discard rate for Frames Marked Yellow/Red.
FlowPoint QoS Policer History
This page displays the FlowPoint QoS Policer Statistics History table, with history data of the FlowPoint QoS Policer Statistics table
Power Supply Unit
This page displays the Power Supply Units table, which monitors the PSU Type, Operational and Secondary State, Output Voltage and Current, and Temperature. It also allows you to configure the Administrative State, Storage Type and PSU Status.
Fan
This page displays the Fans table, which describes the Operation and Secondary State. It also allows you to configure the Administrative State, Storage Type and Fan Status.
Shelf
This page displays the Shelves table, which describes the Shelf Type, Operational, Administrative and Secondary State, Manufacturer Site and more.
Slot
This page displays the Slots table, which describes the Slot Type, Card Type, Unit Name, CLEI code, Manufacturer Name and Site, Part Number and more.
Software
This page displays the Software and Software Version tables.
- The Software table displays the Type and Version of its entries.
- The Software Version displays the Active/Inactive Application Software and Active/Inactive Operating Software of the unit/module.
Time Zone
This page displays the time zone parameters for the device. This includes the UTC offset, DST Control Enabled, Start and End DST Month, Day and Time.
Target Addresses
This page displays the IP where traps are sent, along with information related to this. It contains the Target Addresses table, which displays the Transport Address, Domain, Timeout Time, and Retry Count.
NTP
This page displays all parameters related to Network Time Protocol info and configuration, for instance the System Time of Day, the NTP Mode and Type, the NTP Primary and Secondary Server IP address and version, the Audio Provisioning Mode, the Polling Interval, etc.
IP
This page displays the IP Address table, which contains all IPs related to the device, a customizable user-friendly Description, the Network Mask, and the Re-Assemble Max Size for each entry.
Network Element
This page displays the Network Elements table, which allows you to view and configure the Name, Type, Contact, Location, Storage Type, Status, Fine Grained Interval, etc. of its entries.
System Alarms
This page displays the System Event Table.
It also contains a button, Poll System Event Table, which can be used to manually poll this table when necessary. Otherwise, the table is only polled every 24 hours because it is linked to the System Alarm/Event traps, which perform the update of the data as alarms/events are raised or cleared.
NE Alarms
This page displays information about the Network Element Event Table. It also features a button, Poll NE Event Table, for similar reasons as explained in the System Alarms section above.
This page also displays extra information, such as Last State Change and Event Counter, and possible actions that can be applied to the element alarm settings, for example with the Test Entity ID and Test Action buttons, which are a combination of test parameters. Test Entity ID is the OID of the test object, e.g. the Network Interface OID. Test Action will raise or clear the test alarm on the object specified in Test Entity ID.
Finally, the Trap File Size parameter allows you to control the size of the log file, and the Log Traps parameter allows you to enable or disable the logging of the traps.
Other Alarms
This page displays the Alarm Severity Assignment Table and the corresponding polling button.
On this page, the IP Info group displays the Polling, Main and Backup IPs with their respective Status. You can select the IP for the SNMP polling from the drop-down options of the Polling parameter.
IP
This page displays the IP Address, IP Interface and IP Management tables. A page button in the lower right corner displays the information from the IP Info group, with the Switchback Delay and Switch Mode parameters.
The Switchback Delay is the amount of time the connector should wait before switching back to the main IP in case polling is currently done from the backup IP.
The Switch Mode is the parameter that enables or disables the switchback delay. If the value of this parameter is Automatic, the connector will check if the main IP is stable for the amount of time specified in the Switchback Delay before switching to the main IP. To keep polling from the backup IP, you first need to disable the Switch Mode parameter, as otherwise the connector will switch back to the main IP after the delay.
Finally, the page also contains the Static Route table, with information such as the Destination, Subnet Mask, Gateway, type of Interface and Metric.
Flow Statistics
This page displays the Flow Statistics table. These statistics include multiple kinds of A2N/N2A Bit Rates, Unavailable/Errored/Severely Errored Seconds, A2N/N2A Bytes Received/Transmitted and various statistics related to the A2N/N2A Frames count.
Flow Statistics History
This page displays the Flow Statistics History table, with the history data of the Flow Statistics table.
Web Interface
This page displays the web interface of the device. Note that the client machine has to be able to access the device, as otherwise it will not be possible to open the web interface.