Access Switch Device Manager Template Configuration

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Transcription:

SDM Template Configuration Guide, Cisco IOS XE Release (Cisco ASR 920 Series) First Published: 2015-07-31 This chapter provides information about the Access Switch Device Manager (SDM) Template. For complete syntax and usage information for the commands used in this chapter, see the command reference for this release. Prerequisites for the SDM Template Before using an SDM template, you must set the license boot level. Restrictions for the SDM Template You cannot edit individual values in a template category as all templates are predefined. You cannot use a new SDM template without reloading the router. SDM templates are supported only by the Metro Aggregation Services license. Use the help option of the sdm prefer command to display the supported SDM templates. A mismatch in an SDM template between an active RSP and standby RSP results in a reload of the standby RSP. During reload, SDM template of the standby RSP synchronizes with the SDM template of the active RSP. To revert to the current SDM template after issuing the sdm prefer command to initiate reload of a new SDM template, you must wait for the reload to complete. Using the configure replace command which results in changes in the current SDM template is not supported. The supported group numbers are for scaling in uni-dimension. When scaling in multi-dimension, the numbers can vary as certain features may share resources. SDM Template The SDM templates are used to optimize system resources in the router to support specific features, depending on how the router is used in the network. The SDM templates allocate Ternary Content Addressable Memory (TCAM) resources to support different features. You can use the SDM templates to optimize resources for different features. You can select the default template to balance system resources or select specific templates to support the required features. 1

SDM Template Table below shows the approximate number of each resource supported in each of the templates for a router running the Metro Aggregation Services license. Table 1: Approximate Number of Feature Resources Allowed by Each SDM Template Resource MAC table Virtual local area network (VLAN) mapping IPv4 routes 1 IPv6 routes 2 VPNv4 routes 3 VPNv6 routes IPv4 multicast routes (mroutes) Layer 2 multicast groups 4 Bridge Domains (BD) MAC-in-MAC Ethernet over Multiprotocol Label Switching (EoMPLS) tunnels MPLS Virtual Private Network (VPN) Virtual Routing and Forwarding (VRF) lite Virtual Private LAN Services (VPLS) instances Access Control List (ACL) entries 5 Queues per Application-Specific Integrated Circuit (ASIC) IPv4 Quality of Service (QoS) classifications Policers Ethernet Operations, Administration, and Maintenance (OAM) sessions IP Service Level Agreements (IPSLA) sessions Ethernet Flow Point (EFP) Maximum VLANs per port IP template 2 2 0 4096 1024 Video template 1 1 0 1024 2

SDM Template Resource Maximum I-TAG per system Maximum Virtual Private LAN Services (VPLS) neighbors Maximum attachment circuit per BD STP Instances Maximum Etherchannel groups Maximum Interfaces per Etherchannel groups Maximum Hot Standby Router Protocol (HSRP)/Virtual Router Redundancy Protocol (VRRP) Maximum Ingress MPLS labels Maximum Egress MPLS labels Maximum Fast Reroute (FRR)/Traffic Engineering (TE) headend Maximum FRR/TE midpoints Maximum Enhanced Local Management Interface (E-LMI) sessions Maximum Bidirectional Forwarding Detection (BFD) sessions Maximum Switched Port Analyzer (SPAN)/Remote SPAN (RSPAN) sessions Maximum Queue counters (packet & byte) Maximum Policer counters (packet & byte) Max number of BDI for Layer 3 IPv6 ACL IPv6 QoS classification IP template 500 16 26 8 28500 5000 511 32 65536 49152 256 4096 Video template 500 16 26 8 28500 5000 511 32 65536 49152 256 1 Using IPv4 and VPNv4 routes concurrently reduces the maximum scaled value as both the routes use the same TCAM space. 2 User available routes are 3967. 3 Due to label space limitation of VPNv4 routes, to achieve 2 VPNv4 routes in IP template use per VRF mode. 4 Using Layer 2 and Layer 3 multicast groups concurrently reduces the scale number to 1947. 5 ACLs contend for TCAM resources with Multicast Virtual Private Network (MVPN). 3

Selecting the SDM Template Selecting the SDM Template Enables privileged EXEC mode. Enter your password if prompted. 1 Router# configure terminal Router# configure terminal Enters global configuration mode. 1 Router(config)# sdm prefer {default ip video} Router(config)# sdm prefer default Specifies the SDM template to be used on the router: default Balances all functions. ip Increases IPv4/VPNv4 routes. video Increases multicast routes and ACLs. When changing the SDM template, the router waits for two minutes before reloading. Do not perform any operation till the router reloads. For the new SDM template to take effect, you must save and reload the new configuration, otherwise the current SDM template is retained. After the system reboots, you can use the show sdm prefer current command in the privileged EXEC mode to verify the new SDM template configuration. SUMMARY STEPS 1. Router > enable DETAILED STEPS Step 1 Command or Action Router > enable Purpose 4

Verifying the SDM Template Command or Action Purpose Example: Router> enable Verifying the SDM Template You can use the following show commands to verify configuration of your SDM template: show sdm prefer current Displays information about the active SDM template. The following example shows output from the show sdm prefer current command: Router# show sdm prefer current The current template is "video" template. show sdm prefer Displays the resource numbers supported by the specified SDM template. show platform hardware pp active sdm current Displays the scale numbers for your current SDM template. 5

Verifying the SDM Template 6

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