Chassis Configuration Page Options
- Select Configure>Chassis in the J-Web user
interface.
The Chassis configuration page appears. Table 32 explains the contents of this page.
- Click one:
- Edit—Edits a selected services offloading configuration. Edit information as specified in Table 33.
- Commit Options>Commit—Commits the saved configuration in the Chassis configuration main page.
- Click one:
- OK—Saves the configuration and returns to the main configuration page.
- Cancel—Cancels your entries and returns to the main configuration page.
Table 32: Chassis Configuration Page
Field | Function |
---|---|
Select Component | |
Fpc | Displays the Flexible PIC Concentrator (FPC) options for the chassis. |
Pic | Displays the Physical Interface Card (PIC) options for the chassis. |
Details | |
Name | Displays the services offloading feature name. |
Value | Displays whether services offloading is enabled or disabled for the selected FPC and PIC components. |
Table 33: Edit Services Offload Configuration Details
Field | Function | Action |
---|---|---|
Edit Services offload | ||
Enable services offload | Specifies whether to enable or disable services offloading for the selected FPC and PIC on the chassis. | Select or clear the check box to enable or disable services offloading for the selected FPC and PIC on the chassis. Note: The Enable services offload box must be selected if you want to select the Enable per session statistics and Enable low latency boxes. |
Enable per session statistics | Specifies whether to enable or disable per session statistics. | The counter captures the number of bytes that the network processor sends out. You can configure the statistics counter feature for each PIC. |
Enable low latency | Specifies whether to enable or disable low latency for the network processor. | The low-latency configuration knob allows you to configure the mode of the network processor’s traffic manager on the egress path. If low latency is enabled, the network processor is initialized without the traffic manager, thus reducing the overall latency in services offload. |