Cisco Cisco CRS-X Multishelf System Release Notes
For more information about the VRF Table Export feature, see the Configuring NetFlow module in the Cisco IOS XR Netflow
Configuration Guide for the Cisco CRS Router.For complete command reference ofVRF Table Export commands, see the NetFlow
Commandschapter in the Cisco IOS XR Netflow Command Reference for the Cisco CRS Router.
Configuration Guide for the Cisco CRS Router.For complete command reference ofVRF Table Export commands, see the NetFlow
Commandschapter in the Cisco IOS XR Netflow Command Reference for the Cisco CRS Router.
4M Subscriber Support for CGSE-PLUS
Increase the subscriber scale for NAT to 4M on CGSE-PLUS
Multipoint Label Distribution Protocol Route Policy Map
Multicast supports Multipoint Label Distribution Protocol Route Policy Map, wherein Multipoint Label Distribution Protocol uses
the route policy maps to filter Label Mappings and selectively apply the configuration features on Cisco IOS-XR operating system.
the route policy maps to filter Label Mappings and selectively apply the configuration features on Cisco IOS-XR operating system.
Route policy map for configuration commands:
The route policy map for the configuration commands provide you the flexibility to selectively enable some of the mLDP features
such as Make Before Break (MBB), Multicast only FRR (MoFRR) features, and so on, on the applicable LSPs. Features like Make
Before Break (MBB), Multicast only FRR (MoFRR), etc. can be enabled on mLDP on IOS-XR operating system. When each of
these features are enabled, they are enabled for all of the mLDP Labeled-Switched Paths (LSPs) irrespective of whether they are
applicable for the particular LSP or not. For example, MoFRR is used for IPTV over mLDP in-band signaled P2MP LSPs, but not
for the generic MVPN using a MP2MP LSPs. Using the route policy map, you can configure mLDP to to selectively enable some of
the features.
such as Make Before Break (MBB), Multicast only FRR (MoFRR) features, and so on, on the applicable LSPs. Features like Make
Before Break (MBB), Multicast only FRR (MoFRR), etc. can be enabled on mLDP on IOS-XR operating system. When each of
these features are enabled, they are enabled for all of the mLDP Labeled-Switched Paths (LSPs) irrespective of whether they are
applicable for the particular LSP or not. For example, MoFRR is used for IPTV over mLDP in-band signaled P2MP LSPs, but not
for the generic MVPN using a MP2MP LSPs. Using the route policy map, you can configure mLDP to to selectively enable some of
the features.
Route policy for label mapping filtering:
The route policy map for the Label Mapping filtering provides a way to prevent the mLDP from crossing over from one plane to
another in the event of a failure.
another in the event of a failure.
For more information about MLDP Route Policy Map used to filter Label Mappings, see Cisco IOS XR Multicast Configuration
Guide for the Cisco CRS Router.
Guide for the Cisco CRS Router.
Throughput Measurement
The service card, like CGSE, has smaller throughput compared to the other cards in the platform. Therefore it drops packets at the
service application interface if the traffic diverted to it is more than it can handle. Hence it becomes very important to measure the
throughput for a service card. From this release onwards, the throughput of the CGSE card for the last 1 second and the last 5 minutes
can be seen by using the show cgn utilization throughput command.
service application interface if the traffic diverted to it is more than it can handle. Hence it becomes very important to measure the
throughput for a service card. From this release onwards, the throughput of the CGSE card for the last 1 second and the last 5 minutes
can be seen by using the show cgn utilization throughput command.
For more information on Throughput Measurement, see the Throughput Measurement module in the Cisco IOS XR Carrier Grade
NAT Configuration Guide for the Cisco CRS Router. For more information on Throughout Measurement commands, see the Cisco
IOS XR Carrier Grade NAT Command Reference for the Cisco CRS Router.
NAT Configuration Guide for the Cisco CRS Router. For more information on Throughout Measurement commands, see the Cisco
IOS XR Carrier Grade NAT Command Reference for the Cisco CRS Router.
High Availability on Data Path Service Virtual Interface (SVI)
In active-active configurations, if a CGSE fails, then the corresponding Service Virtual Interfaces (SVI) on the data path (ServiceApp
interfaces) also go down. In such cases, the packets must be immediately diverted to the other available CGSEs. From this release
onwards, a high availability test can be configured to run on such interfaces to detect any failures. Currently, this feature is supported
only for CGSEs deployed with the 6RD applications..
interfaces) also go down. In such cases, the packets must be immediately diverted to the other available CGSEs. From this release
onwards, a high availability test can be configured to run on such interfaces to detect any failures. Currently, this feature is supported
only for CGSEs deployed with the 6RD applications..
For more information on High Availability on Data Path SVI, see the High Availability on Data Path SVI module in the Cisco IOS
XR Carrier Grade NAT Configuration Guide for the Cisco CRS Router. For more information on High Availability on Data Path
SVI commands, see the Cisco IOS XR Carrier Grade NAT Command Reference for the Cisco CRS Router.
XR Carrier Grade NAT Configuration Guide for the Cisco CRS Router. For more information on High Availability on Data Path
SVI commands, see the Cisco IOS XR Carrier Grade NAT Command Reference for the Cisco CRS Router.
51