- Written by Mithilesh Tiwari
- Posted on 4月 18, 2024
- Updated on 4月 18, 2024
- 1092 Views
This document describes the introduction and use of the global knob which facilitates the txQueue percentage-based allocations based on the available bandwidth of the parent interface.
- Written by Ajay Chhatwal
- Posted on 5月 15, 2020
- Updated on 11月 23, 2022
- 5970 Views
L2 protocol packets - LLDP, LACP and STP are trapped to the CPU by default. This feature allows for disabling the per protocol trap on a given set of interfaces.
- Written by Anitha Muppalla
- Posted on 5月 15, 2020
- Updated on 9月 28, 2023
- 6335 Views
Subinterfaces divide a single ethernet or port channel interface into multiple logical L2 or L3 interfaces based on the 802.1q or 802.1ad tags of incoming traffic. Subinterfaces are commonly used in the L2/L3 boundary device, but they can also be used to isolate traffic with 802.1q tags between L3 peers by assigning subinterfaces to different VRFs or different L2 bridging domains.
- Written by Rajesh Thakur
- Posted on 6月 28, 2024
- Updated on 7月 3, 2024
- 312 Views
This feature is only applicable to shaped port-channel subinterfaces. Traffic destined to a shaped port-channel subinterface would be load-balanced across all members of the port-channel. Shaping configured on the port-channel subinterface will be directly used across all the members of port-channel. Load-balancing criterion for flows destined to a shaped port-channel subinterface is the same as parent port-channel load-balancing criterion. Each shaped port-channel subinterface consumes as many SPPID (System physical port identifier) as the number of members added to the port-channel along with one extra port-channel resource (LAG ID) to combine all these SPPID. Anchor based approach is default behavior and we explicitly need to enable and reload the system for this feature to work.