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Creating a Class Map, value, Cisco IOS Quality of Service Solutions Command, Reference, policy_name

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Chapter 4 Configuring the Cisco 3825 Mobile Wireless Edge Router in a RAN-O Solution with the Command-Line Configuration Sequence Creating a Class Map For each class map that you want to create, follow these steps, while in global configuration mode: Step 1 Step 2 Step 3 Assign a name to your class map. Router(config)# class-map [match-all | match-any] class_name Where match-any means that a single match rule is sufficient for class membership and match-all means that only packets that have all the specified attributes are part of the class. For example, the following command specifies the class map as an llq-class: Router(config)# class-map match-any llq-class When you enter the class-map command, you are in the class map configuration mode. To identify a specific IP differentiated service code point (DSCP) value as a match criterion, use the following command: Router(config-cmap)# match ip dscp value Where match ip dscp value specifies the exact value from 0 to 63 used to identify an IP DSCP value. For example, the following command specifies cs2 to be used as a match criterion: Router(config-cmap)# match ip dscp cs2 For more information about this command, see the Cisco IOS Quality of Service Solutions Command Reference for your Cisco IOS Release. Exit the class map configuration mode. Router(config-cmap)# exit Creating a Policy Map To create a policy map, follow these steps, while in the global configuration mode: Step 1 Step 2 Assign a name to your policy map. Router(config)# policy-map policy_name Where policy_name specifies the name of the traffic policy. The traffic policy may contain one or more traffic classes. For example, the following command specifies the policy map of low latency queueing (LLQ). Router(config)# policy-map llq-policy When you enter the policy-map command, you are in the policy map configuration mode. Associate the llq-policy with a class map. Router(config-pmap)# class class_name Where class_name specifies the name of a traffic class you want to modify. Specify the same class_name as you did in Step 1in the "Creating a Class Map" section on page 4-47. OL-15667-03 Cisco 3825 Mobile Wireless Edge Router Software Configuration Guide 4-47

Section	Page
Cisco 3825 Mobile Wireless Edge Router Software Configuration Guide	1
Contents	3
Preface	7
Overview of the Cisco 3825 Mobile Wireless Edge Router	11
Introduction	11
RAN-Optimization Implementation	12
Cisco Abis and Iub Optimization over IP Implementation	12
Cisco GSM Abis Optimization over IP	13
Cisco Pseudowire Emulation Edge-to-Edge (PWE3)	14
Cisco Iub Optimization over IP	15
Intelligent Cell Site IP Services	15
Cell Site Points-of-Presence (POPs)	15
Cisco IOS Software Features	16
Software features for the RAN-O Implementation	16
Software Features	17
Redundancy Support	17
HSRP	17
Configuration Statements for CISCO-IP-RAN-BACKHAUL-MIB	18
MIB Support	20
Limitations and Restrictions	21
RAN-O Implementation Limitations and Restrictions	22
Hardware not Supported on the Cisco 3825 Router	22
UMTS Iub and GSM Abis Implementation Limitations and Restrictions	22
Hardware not Supported for UMTS Iub	22
Hardware not Supported for GSM Abis	22
New Features in Cisco IOS Release 12.4(16)MR2	23
Keyword ignore-vpi-vci Added to xconnect Command	23
New Features in Cisco IOS Release 12.4(16)MR1	23
Emulation of TDM Circuit via MPLS/IP (PWE3/TDM)	24
Structure-agnostic TDM over Packet (SAToP)	26
Structure-aware TDM CESoPSN	26
Transportation of ATM Service via MPLS/IP (PWE3/ATM)	27
Transparent Cell Transport Service/ATM Port Mode	27
ATM N-to-One VCC Cell Mode	27
ATM AAL5 CPCS-SDU Mode	28
ATM One-to-One VCC Cell Mode	28
Cell Packing	29
PVC Mapping	29
Transportation of ATM Service via L2TPv3	30
ATM Port Cell Relay Service	30
ATM VCC Cell Relay Service	30
ATM AAL5-SDU Mode	31
Cell Packing	31
PVC Mapping	32
Asymmetric PWE3	32
Ethernet over MPLS	33
VLAN Mode	33
Port Mode	33
PWE3 over MLPPP	34
PWE3 Redundancy	34
TDM PWE3 Redundancy	35
ATM PWE3 Redundancy	35
Ethernet PWE3 Redundancy	35
Maximum Number of Supported ATM Ports	36
ATM Cell Switching	36
New Features in Cisco IOS Release 12.4(16)MR	37
GSMmux-Global System for Mobile Communication (GSM) Abis Optimization over IP	37
UMTSmux-Universal Mobile Telecommunication System (UMTS) Iub Optimization over IP	37
UMTS Congestion Management Control	38
Inverse Multiplexing over ATM (IMA)	39
Permanent Virtual Circuit (PVC) Routing	40
Behavior Changes	42
UMTS QoS	43
Cisco IOS Software Basics	47
Getting Help	47
Understanding Command Modes	48
Undoing a Command or Feature	49
Saving Configuration Changes	49
Where to Go Next	49
First-Time Configuration	51
Understanding Boot Images	51
Understanding the Cisco 3825 Router Interface Numbering	51
Slot and Port Numbering	52
Setup Command Facility	53
Before Starting Your Router	53
Using the Setup Command Facility	54
Configuring Global Parameters	54
Completing the Configuration	57
Configuring the Cisco 3825 Mobile Wireless Edge Router in a RAN-O Solution with the Command-Line Interface	59
Before You Begin	60
Verifying the Version of Cisco IOS Software	60
Clocking Requirements for Cisco 3825 Router	60
Clock-Related Commands	61
Network-Clock-Participate Command	61
Network-Clock-Select Command	61
Clock Source Command	62
Example Configurations	63
Show Controller Command	63
Configuration Sequence	64
Summary of Steps	64
Configuring the Hostname and Password	64
Verifying the Hostname and Password	65
Configuring Gigabit Ethernet Interfaces	66
Configuring the GE Interface IP Address	66
Setting the Speed and Duplex Mode	66
Enabling the GE Interface	67
Configuring the Backhaul Links	67
Configuring the Card Type for the Cisco 2-port T1/E1-RAN	68
Configuring E1 Controllers	69
Configuring T1 Controllers	70
Configuring Network Clocking Support	72
Configuring Multilink Backhaul Interface	73
Creating a Multilink Bundle	73
Handling PFC and ACFC	74
Configuring PFC	74
Configuring ACFC	75
Enable Multilink and Identify the Multilink Interface	75
Enable Real-Time Transport Protocol (RTP) Header-Compression	76
Configuring the PPP Backhaul Interfaces	77
Extended Availability Drop and Insert (EADI)	78
Configuring GSM-Abis Links	78
Configuring UMTS Links	82
Configuring Redundancy	86
Redundant Cisco 3825 Routers	86
Standalone Cisco 3825 Router	91
Configuring for SNMP Support	91
Configuring Inverse Multiplexing over ATM (IMA)	95
Configuring PVC Routing (HSDPA Offload)	99
Configuring UMTS QoS	104
Creating a Class Map	105
Creating a Policy Map	105
Specify the Location of the Interface	106
Assigning a QoS Boilerplate to an Interface	109
Configuring UMTS Congestion Management Control	113
Configuring Satellite Support	116
Configuring Graceful Degradation	117
Saving Configuration Changes	119
Example Configurations	119
BTS/Node-B Configuration	119
BSC/RNC Configuration	123
Monitoring and Managing the Cisco 3825 Router	127
Enabling the Cisco 3825 Router for Remote Network Management	127
Show Commands for Monitoring the Cisco 3825 Router	129
Where to Go Next	131
Cisco 3825 Mobile Wireless Edge Router RAN-O Command Reference	133
Configuration Examples	269
Overview	269
Asymmetric PWE3 Configuration	270
Ethernet over MPLS-VLAN and Port Mode Configuration	283
PWE3 over MLPPP Configuration	289
PWE3 Redundancy Configuration	298
TDM over MPLS Configuration	304
ATM over MPLS Configurations	309
ATM over L2TPv3 Configuration	316
GSM Only Configuration	323
UMTS Only Configuration without IMA	327
Combined GSM and UMTS Configuration	331
GSM and UMTS with IMA Configuration	336
GSM and UMTS with IMA and PVC Routing (HSDPA Offload) Configuration	342
GSM Only Configuration via Satellite	348
GSM Congestion Management	351
UMTS Congestion Management	352

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4-47

Cisco 3825 Mobile Wireless Edge Router Software Configuration Guide

OL-15667-03

Chapter 4

Configuring the Cisco 3825 Mobile Wireless Edge Router in a RAN-O Solution with the Command-Line

Configuration Sequence

Creating a Class Map

For each class map that you want to create, follow these steps, while in global configuration mode:

Step 1

Assign a name to your class map.

Router(config)#

class-map

[

match-all

match-any

]

class_name

Where

match-any

means that a single match rule is sufficient for class membership and

match-all

means that only packets that have all the specified attributes are part of the class.

For example, the following command specifies the class map as an llq-class:

Router(config)#

class-map match-any llq-class

When you enter the

class-map

command, you are in the class map configuration mode.

Step 2

To identify a specific IP differentiated service code point (DSCP) value as a match criterion, use the

following command:

Router(config-cmap)#

match ip

dscp

value

Where

match ip dscp

value

specifies the exact value from 0 to 63 used to identify an IP DSCP value.

For example, the following command specifies cs2 to be used as a match criterion:

Router(config-cmap)#

match ip dscp cs2

For more information about this command, see the

Cisco IOS Quality of Service Solutions Command

Reference

for your Cisco IOS Release.

Step 3

Exit the class map configuration mode.

Router(config-cmap)#

exit

Creating a Policy Map

To create a policy map, follow these steps, while in the global configuration mode:

Step 1

Assign a name to your policy map.

Router(config)#

policy-map

policy_name

Where

policy_name

specifies the name of the traffic policy. The traffic policy may contain one or more

traffic classes.

For example, the following command specifies the policy map of low latency queueing (LLQ).

Router(config)#

policy-map

llq-policy

When you enter the

policy-map

command, you are in the policy map configuration mode.

Step 2

Associate the llq-policy with a class map.

Router(config-pmap)#

class

class_name

Where

class_name

specifies the name of a traffic class you want to modify.

Specify the same

class_name

as you did in Step 1in the

“Creating a Class Map” section on page 4-47