Hi,   I have an ASR1001x and want to enable the "neighbor x.x.x.x send-label" command, but it's not available to me. I have an IPB license, but I thought since licensing seems to be honor-based that the command would be available on all flavors even without a license present. Is this the case of will the command become unavailable if the correct license is not present?   Thanks in advance! c.     XXXXXX(config-router)#address-family ipv6 ?   flowspec   Address Family modifier   multicast  Address Family modifier   mvpn       Address Family modifier   unicast    Address Family modifier   vrf        Specify parameters for a VPN Routing/Forwarding instance   <cr>       <cr>   XXXXXX(config-router)#address-family ipv6 uh XXXXXX(config-router)#address-family ipv6 uni XXXXXX(config-router)#address-family ipv6 unicast ?   vrf   Specify parameters for a VPN Routing/Forwarding instance   <cr>  <cr>   XXXXXX(config-router)#address-family ipv6 unicast XXXXXX(config-router-af)#nei XXXXXX(config-router-af)#neighbor 1.1.1.1 ?   activate                 Enable the Address Family for this Neighbor   additional-paths         Negotiate additional paths capabilities with this neighbor   advertise                Advertise to this neighbor   advertise-map            specify route-map for conditional advertisement   advertisement-interval   Minimum interval between sending BGP routing updates   aigp                     Enable a AIGP on neighbor   allow-policy             Enable the policy support for this IBGP Neighbor   allowas-in               Accept as-path with my AS present in it   announce                 Announce RPKI State using an Extended Community   as-override              Override matching AS-number while sending update   capability               Advertise capability to the peer   default-originate        Originate default route to this neighbor   dmzlink-bw               Propagate the DMZ link bandwidth   filter-as                filter-as   filter-list              Establish BGP filters   inherit                  Inherit a template   maximum-prefix           Maximum number of prefixes accepted from this peer   next-hop-self            Disable the next hop calculation for this neighbor   next-hop-unchanged       Propagate next hop unchanged for iBGP paths to this neighbor   override-capability-neg  Override capability negotiation   prefix-list              Filter updates to/from this neighbor   remove-private-as        Remove private AS number from outbound updates   route-map                Apply route map to neighbor   route-reflector-client   Configure a neighbor as Route Reflector client   send-community           Send Community attribute to this neighbor   slow-peer                Configure slow-peer   soft-reconfiguration     Per neighbor soft reconfiguration   soo                      Site-of-Origin extended community   translate-update         Translate Update to MBGP format   unsuppress-map           Route-map to selectively unsuppress suppressed routes   weight                   Set default weight for routes from this neighbor   XXXXX(config-router-af)     ... View more

Hi,   Is there a document or presentation that guides you (at all or as much as possible) in how to set up a Cisco Primer Access Registrar and an LDAP server so that when different users/groups that reside in the LDAP server are assigned different attributes (for example, different policy-map for BW rate-limit) when authenticated by a CPAR that checks that LDAP server for usr/pwd credentials? Even if that document doesn't exist, a brief description on how one is supposed to set this up would be very helpful.    Thanks! c. ... View more

Hi,    While reading through the CGN VSM deployment guide: https://community.cisco.com/t5/service-providers-documents/asr9000-xr-cgv6-on-vsm-cgn-nat44-deployment-guide/tac-p/3741638#M5431   I saw the following:   Logical Partitioning inside VSM   - Internally, VSM is divided into 2 Logic Partitions. Hence, in order to achive full throughput and scale limit (per VSM), you should have minimal of 2 Inside VRFs, 4 ServiceApp interfaces (2 in each partition), 2 Public IP address pool, etc. Traffic / subscribers which needs to avail NAT44 service also needs to be divided into 2 groups (each one associated to each Inside VRF). Following table shows the partitioning of ServiceApp interfaces between these 2 groups (which needs to be kept in mind during configuration).   It is my understanding from reading this section that for me to use full VSM throughput, I would have to configure, at least, two inside serviceapp interfaces (plus 2 corresponding outside serviceapps). Is this correct? What would be the expected behavior if I just configure a single pair SA1(outside)/SA2(inside)? Would only half the throughput be available to me?   The reason I ask is that I currently have a setup with single in/out serviceapps and yet the VSM is processing around 30G in peak hours (2G in2out, 28G out2in), which is about what I expected full throughput to be around. Can anyone please clarify this (with an example if possible)?   Thanks! c. ... View more