Name: Cisco Catalyst 3850 series
Brand: Cisco
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Feature History and Information for SSM Channel Based Filtering

for Multicast Boundaries

ModificationRelease

This feature was introduced.Cisco IOS XE 3.3SE

IP Multicast Routing Configuration Guide, Cisco IOS XE Release 3.6E (Catalyst 3850 Switches)

OL-32598-01 377

IP Multicast Optimization: SSM Channel Based Filtering for Multicast

Feature History and Information for SSM Channel Based Filtering for Multicast Boundaries

Default Chapter3
- Table of Contents3
Preface21
- Document Conventions21
- Related Documentation23
- Obtaining Documentation and Submitting a Service Request23
Using the Command-Line Interface25
- Information about Using the Command-Line Interface25
- How to Use the CLI to Configure Features30
Using the Web Graphical User Interface37
- Prerequisites for Using the Web GUI37
- Information about Using the Web GUI37
  - Web GUI Features38
- Connecting the Console Port of the Device39
- Logging on to the Web GUI39
- Enabling Web and Secure Web Modes39
- Configuring the Device Web GUI40
IP Multicast Routing Technology Overview45
- Finding Feature Information45
- Information about IP Multicast Technology45
- Additional References52
Configuring IGMP55
- Finding Feature Information55
- Prerequisites for IGMP and IGMP Snooping55
  - Prerequisites for IGMP55
  - Prerequisites for IGMP Snooping56
- Restrictions for IGMP and IGMP Snooping56
  - Restrictions for Configuring IGMP56
  - Restrictions for IGMP Snooping57
- Information about IGMP57
- IGMP Versions Differences59
- Google Chrome, Version59
- IGMP Join and Leave Process62
  - IGMP Join Process62
  - IGMP Leave Process62
- IGMP Snooping63
- Default IGMP Configuration67
  - Default IGMP Snooping Configuration68
  - Default IGMP Filtering and Throttling Configuration68
- How to Configure IGMP69
- Monitoring IGMP115
  - Monitoring IGMP Snooping Information115
  - Monitoring IGMP Filtering and Throttling Configuration117
- Configuration Examples for IGMP117
- Additional References122
  - Feature History and Information for IGMP123
Configuring IGMP Proxy125
- Finding Feature Information125
- Prerequisites for IGMP Proxy125
- Information about IGMP Proxy126
  - IGMP Proxy126
- How to Configure IGMP Proxy128
  - Configuring the Upstream UDL Device for IGMP UDLR128
  - Configuring the Downstream UDL Device for IGMP UDLR with IGMP Proxy Support129
- Configuration Examples for IGMP Proxy132
  - Example: IGMP Proxy Configuration132
- Additional References133
- Feature History and Information for IGMP Proxy134
Constraining IP Multicast in Switched Ethernet135
- Finding Feature Information135
- Prerequisites for Constraining IP Multicast in a Switched Ethernet Network135
- Information about IP Multicast in a Switched Ethernet Network136
- How to Constrain Multicast in a Switched Ethernet Network138
- Configuration Examples for Constraining IP Multicast in a Switched Ethernet Network141
  - Example: CGMP Configuration141
  - RGMP Configuration Example141
- Additional References142
  - Feature History and Information for Constraining IP Multicast in a Switched Ethernet Network143
Configuring PIM145
- Finding Feature Information145
- Prerequisites for PIM145
- Restrictions for PIM146
- Information about PIM149
- Default PIM Routing Configuration164
- How to Configure PIM165
- Verifying PIM Operations195
  - Verifying IP Multicast Operation in a PIM-SM or a PIM-SSM Network195
  - Using PIM-Enabled Routers to Test IP Multicast Reachability201
    - Configuring Routers to Respond to Multicast Pings201
    - Pinging Routers Configured to Respond to Multicast Pings203
- Monitoring and Troubleshooting PIM203
- Configuration Examples for PIM205
Configuring PIM MIB Extension for IP Multicast213
- Finding Feature Information213
- Information about PIM MIB Extension for IP Multicast213
  - PIM MIB Extensions for SNMP Traps for IP Multicast213
  - Benefits of PIM MIB Extensions214
- How to Configure PIM MIB Extension for IP Multicast214
  - Enabling PIM MIB Extensions for IP Multicast214
- Configuration Examples for PIM MIB Extensions216
  - Example Enabling PIM MIB Extensions for IP Multicast216
- Additional References216
Configuring MSDP219
- Finding Feature Information219
- Information about Using MSDP to Interconnect Multiple PIM-SM Domains219
- MSDP Peers227
- MSDP MD5 Password Authentication227
  - How MSDP MD5 Password Authentication Works227
  - Benefits of MSDP MD5 Password Authentication227
- SA Message Limits228
- MSDP Keepalive and Hold-Time Intervals228
- MSDP Connection-Retry Interval228
- Default MSDP Peers229
- MSDP Mesh Groups230
  - Benefits of MSDP Mesh Groups231
- SA Origination Filters231
- Use of Outgoing Filter Lists in MSDP232
- Use of Incoming Filter Lists in MSDP232
- TTL Thresholds in MSDP233
- SA Request Messages233
- SA Request Filters234
- How to Use MSDP to Interconnect Multiple PIM-SM Domains234
- Configuration Examples for Using MSDP to Interconnect Multiple PIM-SM Domains259
- Additional References262
- Feature History and Information for Multicast Source Discovery Protocol263
C H a P T E265
- Finding Feature Information265
- Prerequisites for Configuring Wireless Multicast265
- Information about Wireless Multicast266
- Restrictions for Configuring Wireless Multicast266
  - Restrictions for Ipv6 Snooping266
  - Restrictions for Ipv6 RA Guard266
- Recovery Protocols and Prefix Lists269
  - Ipv6 Address Glean269
- How to Configure Wireless Multicast270
- Monitoring Wireless Multicast279
- Where to Go Next for Wireless Multicast280
- Additional References281
Chapter 11283
- Finding Feature Information283
- Prerequisites for Configuring SSM283
- Restrictions for Configuring SSM284
- Information about SSM and SSM Mapping285
- How to Configure SSM and SSM Mapping291
  - Configuring Source Specific Multicast291
  - Configuring SSM Mapping294
- Monitoring SSM and SSM Mapping303
  - Monitoring SSM303
  - Monitoring SSM Mapping303
- Configuration Examples for SSM and SSM Mapping304
- Additional References308
- Feature History and Information for SSM310
Chapter 1 2 Configuring Basic IP Multicast Routing311
- Finding Feature Information311
- Prerequisites for Basic IP Multicast Routing311
- Restrictions for Basic IP Multicast Routing312
- Information about Basic IP Multicast Routing312
- How to Configure Basic IP Multicast Routing314
- Monitoring and Maintaining Basic IP Multicast Routing325
- Additional References330
- Feature History and Information for IP Multicast331
Chapter 1 3 Configuring the Service Discovery Gateway333
- Finding Feature Information333
- Restrictions for Configuring the Service Discovery Gateway333
- Information about the Service Discovery Gateway and Mdns334
  - Mdns334
    - Mdns-SD334
      - Mdns-SD Considerations for Wireless Clients335
  - Service Discovery Gateway335
    - Mdns Gateway and Subnets335
    - Filtering336
- How to Configure the Service Discovery Gateway337
- Monitoring Service Discovery Gateway344
- Configuration Examples345
- Monitoring Service Cache (GUI)347
- Monitoring Static Service Cache (GUI)348
- Where to Go Next for Configuring Services Discovery Gateway349
- Additional References349
- Feature History and Information for Services Discovery Gateway351
  - Deployment353
CHAPTER 14 Ipmulticastoptimization:optimizingpimsparsemodeinalargeipmulticast353
- Finding Feature Information353
- Prerequisites for Optimizing PIM Sparse Mode in a Large IP Multicast Deployment353
- Information about Optimizing PIM Sparse Mode in a Large IP Multicast Deployment354
- How to Optimize PIM Sparse Mode in a Large IP Multicast Deployment357
  - Optimizing PIM Sparse Mode in a Large Deployment357
- Configuration Examples for Optimizing PIM Sparse Mode in a Large Multicast359
  - Deployment359
  - Optimizing PIM Sparse Mode in a Large IP Multicast Deployment Example359
- Additional References360
  - Deployment360
Chapter 1 5 IP Multicast Optimization: Multicast Subsecond Convergence363
- Finding Feature Information363
- Prerequisites for Multicast Subsecond Convergence363
- Restrictions for Multicast Subsecond Convergence364
- Information about Multicast Subsecond Convergence364
IP Multicast Optimization: IP Multicast Load Splitting Across Equal-Cost Paths373
- Finding Feature Information373
- Prerequisites for IP Multicast Load Splitting Across Equal-Cost Paths373
- Information about IP Multicast Load Splitting Across Equal-Cost Paths374
- How to Load Split IP Multicast Traffic over ECMP384
  - Enabling ECMP Multicast Load Splitting384
- Configuration Examples for Load Splitting IP Multicast Traffic over ECMP391
  - Example Enabling ECMP Multicast Load Splitting Based on Source Address391
    - Address392
- Additional References392
- Example Enabling ECMP Multicast Load Splitting Based on Source and Group Address392
- Feature History and Information for Load Splitting IP Multicast Traffic over ECMP393
IP Multicast Optimization: SSM Channel Based Filtering for Multicast395
- Finding Feature Information395
- Prerequisites for SSM Channel Based Filtering for Multicast Boundaries396
- Information about the SSM Channel Based Filtering for Multicast Boundaries Feature396
  - Rules for Multicast Boundaries396
  - Benefits of SSM Channel Based Filtering for Multicast Boundaries397
- How to Configure SSM Channel Based Filtering for Multicast Boundaries397
  - Configuring Multicast Boundaries397
- Configuration Examples for SSM Channel Based Filtering for Multicast Boundaries399
- Additional References400
- Feature History and Information for SSM Channel Based Filtering for Multicast Boundaries401
Chapter 1 8 IP Multicast Optimization: PIM Dense Mode State Refresh403
- Finding Feature Information403
- Prerequisite for PIM Dense Mode State Refresh403
- Restrictions on PIM Dense Mode State Refresh404
- Information about PIM Dense Mode State Refresh404
  - PIM Dense Mode State Refresh Overview404
  - Benefits of PIM Dense Mode State Refresh404
- How to Configure PIM Dense Mode State Refresh405
- Configuration Examples for PIM Dense Mode State Refresh407
  - Example407
  - Processing and Forwarding PIM Dense Mode State Refresh Control Messages Example407
- Additional References407
- Feature History and Information for PIM Dense Mode State Refresh409
Chapter 1 9 IP Multicast Optimization: IGMP State Limit411
- Finding Feature Information411
- Prerequisites for IGMP State Limit411
- Restrictions for IGMP State Limit412
- Information about IGMP State Limit412
  - IGMP State Limit412
    - IGMP State Limit Feature Design412
    - Mechanics of IGMP State Limiters412
- How to Configure IGMP State Limit413
  - Configuring IGMP State Limiters413
    - Configuring Global IGMP State Limiters413
    - Configuring Per Interface IGMP State Limiters414
- Configuration Examples for IGMP State Limit416
  - Configuring IGMP State Limiters Example416
- Additional References418
  - Feature History and Information for IGMP State Limit419

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Cisco Catalyst 3850 series Specifications

General

Model	Cisco Catalyst 3850 Series
RAM	4 GB
Flash Memory	4 GB
Stacking Bandwidth	480 Gbps
Device Type	Switch
Enclosure Type	Rack-mountable
Routing Protocol	OSPF, EIGRP, BGP, RIP
Remote Management Protocol	SNMP, CLI, HTTP, HTTPS
Features	Quality of Service (QoS)
Stacking	Yes
Memory	4 GB RAM
Operating System	Cisco IOS
Relative Humidity	10 - 95% (non-condensing)
Power Supply Options	AC or DC
Ports	24 or 48 10/100/1000 Ethernet ports