Cisco Prime IP NGN · •Zero-touch provisioning •Mobile AAA for SP Wi-Fi [Sigtran] ... Full Alarm Lifecycle Support Seamless X-Launch of Source Domain Manager Assure . Network

© 2011 Cisco and/or its affiliates. All rights reserved. Cisco Connect 1 1 © 2012 Cisco and/or its affiliates. All rights reserved.

Bucharest, Romania

April 24, 2013

Cisco Prime IP NGN Alfred Fuchs NMS Consulting System Engineer

Managing and monitoring a IP NGN Network

Service Design, Fulfill, Assure and Analyse Live Demo on Prime Central, Prime Provisioning, Prime Network, Prime Performance Manager

Agenda

• Assure: the NE, the Network and the Services

• Fulfill: L2 and L3 VPN Services

• Design: the base for Service Fulfillment

• Cisco Prime for IP Next Generation Network (NGN)

• Cisco NMS/OSS Portfolio for Service Providers

• Analyse: events and potential issues in the network

• Live Demo following Design, Fulfill, Assure and Analyse

Design Analyze Assure Fulfill

• Integration into NMS / OSS

© 2012 Cisco and/or its affiliates. All rights reserved. Cisco Connect 3

Service Provider Market Dynamics

• Exponential increases in bandwidth requirements driven by

broadband and mobile connections

• Unrelenting subscriber demands for high-quality service

bundles

• Higher dynamics in Service creation and monitoring

• Growing complexity in telecom service network ecosystem

consisting of multi-technology and multi-vendor systems

• Ever-increasing competition among service providers

Cisco Prime Modular Solution

Operations Support System

Cloud Automation

Voice/Video Collaboration

Carrier Management

IT Management

Core Services

• Business process and order management automation • Catalog of service components, resource availability

• Customer impact database • Policy driven activation of network services

• Unified service catalog and self-service portal • Data center process automation and orchestration

• Automated provisioning for virtual and physical servers • Create dynamic, multi-tenant virtualized services

• Video service monitoring, troubleshooting, & reporting • Consistent, rapid deployment and change for Cisco UC

• Voice network discovery, monitoring and diagnostics • Real-time voice quality monitoring and alerting • Consolidated reporting, capacity planning and trending

• Centralized access for network information and control • IP element and network management

• Network performance management & reporting • Optical transport network management

• Lifecycle management of wired and wireless networks • Visibility & troubleshooting of application services

• Broad industry standards compliance assessment • Collection, analysis, troubleshooting of network traffic • Cross-device, high-performance NetFlow analysis

• End-to-end management of home devices • DNS, DHCP and IP Address Management (IPAM) • Residential/SOHO equipment activation • Authentication, Authorization, Accounting (Radius & Diameter) • Subscriber policy and data management for SP Wi-Fi

Analytics • Business & Operational Analytics

Cisco Prime Carrier Management Lifecycle Management of Carrier-Grade Networks

Prime for Mobility • Mobile RAN Backhaul lifecycle

(packet, optical, 3rd-party microware radios)

• Mobile GW & packet core mgmt

• Zero-touch provisioning

• Mobile AAA for SP Wi-Fi [Sigtran]

• Diameter Routing Agent

• Femto/Small cell provisioning, mgmt [TR-069] & performance

• Policy & Subscriber Data Mgmt

• Analytics

Prime for IP Next Generation Network

Cisco Prime IP NGN Suite • Prime Central

• Prime Provisioning

• Prime Network

• Prime Optical

• Prime Performance Manager

Core Services • Prime IP Address Management

(IP Address Management and Configuration)

• Prime Network Registrar (IPv6 and

scalable DNS and DHCP Servers)

• Prime Access Registrar (Authentication, Authorization, Accounting)

Architectures • MPLS and Carrier

Ethernet (Core,

Distribution, Access)

• RAN Backhaul

• Next Generation IPv6

Residential Services

• Optical Transport

Prime for Video and Connected Home • Centralized Assurance and

Inventory Management

• Broadband customer premise equipment (CPE) management (Data over Cable Service Interface Specification [DOCSIS] and TR-069)

• Performance Management

• Analytics

Prime for Cloud & Managed Services

• Next-generation DNS for cloud

• Hosted collaboration services on IaaS

• TelePresence as a service

• Unified Computing System (UCS), Nexus, and Data Center Networking (DCN) management solutions

• Fulfillment stack driving Cloud domain provisioning (LineSider)

Prime for Mobility • Prime Central 1.1

• Prime Network 3.9/3.10

• Prime Performance Manager 1.2/1.3

MOBILITY

Prime for Carrier Management

Prime for IP NGN 1.0 Prime Central 1.0

Prime Network 3.8.x

Prime Optical 9.3.1, 9.5

Prime Performance Manager 1.1.x

Prime Provisioning 6.2.x

Prime for IP NGN 1.1 Prime Central 1.1

Prime Network 3.9/3.10

Prime Optical 9.6

Prime Performance Manager 1.2/1.3

Prime Provisioning 6.3/6.4

IP NGN 1.1

Prime for Videoscape • Prime Central 1.2

• ROSA VSM 5.3 (Acquisition Suite)

• Conductor Mgmt Console 2.1

• CDS-M 3.1 (Distribution Suite)

• VOS 1.1 (Video Origin Suite)

VIDEOSCAPE 5.3

Prime Central for HCS Assurance

Prime for Data Center

• Prime Central 1.1

• Prime Network 3.10

• Prime Performance Manager 1.3

DATA CENTER


Prime for Carrier Management

Cisco Prime Carrier Management Lifecycle Management of Carrier-Grade Networks

Mobile Services Cloud & Managed Services Video Services

IP Next Generation Network

Prime

Central

Prime

Performance Manager Prime Provisioning

Prime Optical Prime Network

Design Analyze Assure Fulfill

NBI

Fulfill

Design

• Resource pools

• RT, RD, IP, VLAN

• Service Policies

Assure

Analyse

• Apply Service Policy

• L2, L3 VPN

• Functional Audit

• Event Management

• Service awareness

• Root Causes

• MPLS Troubleshooting

• Service restoration

Cisco Prime Central

Cisco

Prime

Central

Prime

Performance Manager Prime Provisioning

Prime Optical Prime Network

Design Fulfill Assure Analyze

NBI

Access, Aggregation, Edge, and Core Consistency in Delivery and Management of Services

Unified Inventory Common Event/Alarm management

• Unified inventory view and fault

management across the entire network,

from access to core

• Event correlation and de-duplication

across packet and transport domains

• Single sign-on access including external

authentication supporting TACACS,

LDAP and RADIUS probes

• Complete RBAC management and self

monitoring/administration of

components installed and registered to

Prime Central

• Standards-based North Bound

Interface (MTOSI) for inventory

integration

• Standards-based probes to simplify

OSS integration IBM Tivoli Netcool Integration Ready

Day to Day tasks in Engineering and Operation

• Needs to do new Service Modeling (here we discuss MPLS L2 and L3 Services only)

• Wants as much automation as possible in service rollout as business wants to monetise services

• Needs to monitoring the network and the services it is caring

• Wants automated Root Cause Analysis for faster service restoration

• Usage of analyse and troubleshooting workflows

• Make sure configs are saved and stored for use in emergency

• Must contain a base of well known and working images


Design a Service

What, How?


Prime Provisioning Architecture

Service

Policies

Service

Intent

Resource

Pools

Scheduler Service

Requests Service

Network

State

Policy

Inventory

Actions


Resource Management

14

Service

Policies

Service

Intent

Resources

Scheduler Service

Requests Service

Network

State

Policy

Inventory

Actions

• BGP AS

• Region

• Site

• Customer

• Interface

• IP Address

• Route Target

• Route Distinguisher

• Pseudowire/VFI VC ID

• Inner/Outer VLAN ID

Design


Providers, Customers, VPN’s,… Design

• A Provider in Prime Provisioning

represents the BGP AS in L3VPN’s.

• Each customer site belongs to

exactly one customer.

• A customer site can contain one or

more (for load balancing) edge

device routers


Resource Pools Information from resource pools will be used automatically in SR

• IP Address Pools per Provider Site

• Route Distinguisher and Route

Targets can be created and

individually added to SR

• VLAN pools have Device local

significance, hence must be created

for each Device individually

• VC ID

Design

Service Policies

• Cookie cutter” – define exactly how you want a certain service type to be provisioned

• E.g. ELINE Type X always provisions dot1Q with auto-allocated VLAN ID

• The more restrictive the service policy, the less margin for error => increased provisioning accuracy

17

Service

Policies

Service

Intent

Resources

Scheduler Service

Requests Service

Network

State

Policy

Inventory

Actions

Design

Service Policy Example L3 MPLS VPN Policy

• A policy shall be as simple as

possible and only as complex as

needed also .

• A policy can be as open, allowing a

Operator to change anything or as

closed as possible in order to allow

only minimal changes such as

comments.

• In this policy all required parameters

will come from the resource pools

Design


Fulfill a Service

Semi automated


Service Requests

20

Service

Policies

Service

Intent

Resources

Scheduler Service

Requests Service

Network

State

Policy

Inventory

Actions

• Definition of the service instance

• Requested => Deployed => Modified => Decommissioned => Deleted

• Configuration preview

• Automated provisioning using service

policy

1. Read configuration from device

2. Compare with intent

3. Generate configuration differences

4. Apply configuration

5. Read configuration from device

6. Audit configuration

7. Report

• Provision / Modify / Decommission / Audit NOW or at future point in time

Fulfill


Service Request creation and configuration MPLS L3 Policy creation and deplyment on target devices

Fulfill

• Point & Click by selecting the service

nodes in the map, follow the Policy

Wizard

• Link Attributes to be edited but

nothing to be changed as all

parameters are provided by the

policy

• SR with Job ID in Requested state.

• Configlets created, ready to be

deployed to Devices

• Deploy SR Requested In-Progress

Pending Deployed.

Service is configured on Devices

• Prime Network discovers the newly

deployed MPLS VPN


Service Intend & Service State

22

• Service intent consists of relationships among Customers, Sites, UNIs, VPNs, circuits, etc.

• Network state is transient, and is collected only at the time of activation

• Scheduled audits detect unexpected device configuration deviations

Service

Policies

Service

Intent

Resources

Scheduler Service

Requests Service

Network

State

Policy

Inventory

Actions

Fulfill


Assure a Service

Automated

Centraliced Alarm and Event Management Prime Central

Cross Domain Event Management

Aggregation, Correlation and De-duplication

Portlet with Customized Views and Filters

Full Alarm Lifecycle Support

Seamless X-Launch of Source Domain Manager

Assure

Network Browsing

Inventory clearly displayed

Context-sensitive right-click operations

Detailed views from device list

Top alarms readily available

Topology Maps

Assure

Detailed Networking Feature Discovery

• Converged MPLS core and service edge

MPLS-TP (working and protect configurations), MPLS/IP, OSPF, LDP, BGP, and Layer 2 and 3 VPNs

• Carrier Ethernet

Dot1q, ISL, QinQ, LAG and EtherChannel, VTP, STP, VPLS, VLAN mappings, and E-OAM (E-LMI, IEEE 802.3ah, and IEEE 802.1ag)

• Access and RAN backhaul (IP-RAN)

xDSL, ATM, Frame Relay, PPP, Ch-T1, Ch-T3, SONET (OC3-OC12), MLPPP, and ATM and TDMoPW (PWE3)

• Tunneling

GRE, L2TP, and pseudo wires

• IPv6

6VPE (IPv6 VPN over MPLS core)

EVC Service View Example

MPLS-TP View Example

Assure

Network Heath Status Correlated Alarms with RCA and affected Services

Root-cause alarms

Network element list and status

Detailed views in symptom alarm

hierarchy

Network health at a glance

Affected parties 1

2

3

4

5

Assure

Fault Flow Correlation and affected Services

• Normal Service Path

• Interface GigE 0/0/0/1

on ASR9K-Agg3 down

• Corellation done

• Potentialy affected

Service Romania-

Expo-Day-1

Why only potential?

Assure

E2E Service Path Trace before fault

Link down

Correlation

Affected Services E2E Service Path Trace after fault

• Because of Network

redundancy

Service Functional Audit Assure

• To check Services if

they would be able to

be come operational

• It provides valuable

information for

troubleshooting and

the ability to quickly

restore the service

Service Discovery: Is key for Service Management Translate CLI configuration into a Service View

PE3#show ethernet service instance id 41 int g1/7 detail

Service Instance ID: 101 EVC Identifier value

Service Instance Type: Dynamic

Pre-authorization state: Preauthorization success (6)

Policy Manager handle: 0xCC000001

AAA ID: 13

Session created : TRUE Flag Indicating Session is created.

Description: dynamic_instance_2001

Associated Interface: GigabitEthernet1/7

Associated EVC: Demo_41 Name of the EVC downloaded

L2protocol forward cdp

CE-Vlans:

Encapsulation: dot1q 41 vlan protocol type 0x8100 Encap Value and dot1q etype value

Interface Dot1q Tunnel Ethertype: 0x8100

State: Up

EFP Statistics:

Pkts In Bytes In Pkts Out Bytes Out

2 256 0 0

VPLS Topology

Customer VLANs

SP VLAN

SVI

Pseudowire link

Ethernet Service

Analyse

Change and Configuration Management

Dashboard

Configuration Archive

• Archive/backup configurations

• View, differentiate, remove, export, search, and

restore configurations

• Synchronize devices with different running and

startup configurations

• Configuration change history, logs, and reports

• Schedule, i.e.: during authorized maintenance

window

• Operations scheduled to act on dynamic device

groups

Cisco IOS XR Software Package Management

Image Repository

• Device software image installation lifecycle automation

• Cisco IOS® XR Software SMU/PIE from cisco.com or Cisco

Prime Network server

• Image distribution to selected network elements and

activate (image upgrade or downgrade) – now, via FTP

• Cisco IOS XR Software specific image lifecycle

• Upgrade analysis

• Import images from a remote server

• Dynamic device group scheduling

Install Add Install

Activate Install

Deactivate Install

Remove

Install Commit

Install Rollback


Analyse a Service

Supported

Virtual Connection (Services) Assurance • Autodiscovery

Layer 3 MPLS VPNs + CsC

Ethernet Virtual Connections (EVCs)

Pseudowires, VPLS and VLANs

MPLS-TP and MPLS TE

GRE tunnels

• Multilayer service maps

• Service path tracing

Across circuits, layers, and technologies

From topology view, select

source

1

Trace across VLAN and

VPLS

3

VLAN Logical Topology Example

Specify destination IP and MAC addresses

2 VLAN Logical Topology Example

Analyse

Virtual Connection (Services) Assurance

• Path Trace includes

Multi Path if

redundancy is in the

network

• Each Path can be

selected (other path is

grayed out)

• Cisco Path Trace

provides Layer 1,

Layer 2, Layer 3

Information

Analyse

Monitoring QBQoS Services

• Network congestion monitoring Class-based QoS and TE tunnels

• Network resource monitoring Device and interface utilization and availability

• Network service monitoring Pseudowire, EVC and EVC QoS, IP SLA, Ethernet OAM, MPLS segments, LDP, and inline video monitoring

Support for Multiple Technologies

Per NPU

Per -

Class

Policies

Per -Class

Policies

Port

Policy

Shared

Group

Policy

EFP

Policy

EFP

Policy

Preaggregation

500+

Aggregation

30+

Core Site

2+ Cell Site

10,000+ BTS

Node B

BTS

Node B

MWR 2941

or Partner

PW over

IP/MPLS

Microwave

ASR 5000

Synchronous Ethernet and 1588

Pseudowire over

IP/MPLS

ASR 5000

IP/MPLS

BSC

RNC

SGSN GGSN

MGW

Voice

Data

RAN Core

Assure Analyse

Video Monitoring (VidMon) Metrics and Support

Transport IP UDP RTP FCS UDP Video Payload Content (MPEG is not the only payload option)

Example of Video Packet over IP Transport

Metric Applicability

Media delivery index (MDI) Measures MPEG-2 and -4 headers for loss and delay

Media discontinuity counter (MDC) Measures MPEG-2 and -4 headers for the number of times

loss was detected.

RTP loss and jitter Measures RTP loss and delay by examining the RTP

header

Media rate variation (MRV) Measures IP/UDP packet for delivery variations.

MPEG

Header

MPEG

Payload

Inline video monitoring

Enhance customer experience through visibility into video quality issues

Assure Analyse

Over 4000 Prepackaged Reports

Comprehensive Reporting

Examples Y.1731 IP SLA Reports

QoS Reports

Application traffic AAA, RADIUS, SNMP, TCP, and UDP

Availability Interfaces, MPLS Networks, OSPF Neighbor, Pseudowires, and SNMP Ping

IP QoS CAR, Class Map, EVC, and Video Monitoring (VidMon)

IP protocols BGP, ICMP, and OSPF

IP SLA Ethernet OAM, MPLS OAM, ICMP Jitter, UDP Jitter, UDP RTT, and Video

Resources Buffer, CPU, Memory, and Environment

Transport statistics ATM Interface, ATM PVC, EVC, Ethernet Errors,

IGMP, Interface, L3VPN, MPLS (Segment, LDP,

and TE Tunnel), Pseudowire, Optical (DWDM,

IPoDWDM, and Optical TDM), RMON, and VPDN

Assure Analyse

http://images.google.com/imgres?imgurl=http://core.ecu.edu/itconsult/sunr/greenville Chinese Community/new-star.gif&imgrefurl=http://core.ecu.edu/itconsult/sunr/greenville Chinese Community/&usg=__Rus_dGTUzrT0MaFSPm-pT9UOm38=&h=305&w=401&sz=26&hl=en&start=7&itbs=1&tbnid=_jmjLo5NDB3eRM:&tbnh=94&tbnw=124&prev=/images?q=new&hl=en&tbs=isch:1


Bring it all together Example: Need to create a ELINE service between 2 nodes in a consistent and automated way.

Resource Pools 1. Customer

2. VPN can be attached to a customer Utility has 4 VPN’s attached

3. VLAN Pool per Access Domain or per Device

4. Outer VLAN Pool

5. VC ID

Design

1.

2.

3.

4.

5.

Service Policy 1. Create a Service policy and

provide the Service Information

2. Select the Service Options. We will create a Pseudowire

3. Select the relevant Service Attributes. Note: AutoPick gets values from Resource Pool’s

4. Interface and Pseudowire Information

5. Template section Here Templates for special Configs such as QoS Policies can be added

6. Save and exit

1.

2.

3.

4.

5.

Design

Provision a ELINE Service 1. Select Devices from the Prime

Network Map ASR9K-AGG1 ASR9L-AGG3

2. Select the VPN we want to use to transport the ELINE PW

3. Select Interfaces ASR9K-AGG1 GigE 0/1/0/0 ASR9L-AGG3 GigE 0/0/0/13

4. Edit Link Attributes. Here we use the Service Policy

5. Save the Service Request

2.

3.

4.

5.

1.

Fulfill

Provision a ELINE Service 1. Saved Service Request is in

Requested state.

2. SR can be Edited, Deployed, Decomissioned, Deleted,,,

3. Preview shows the created Configlet

4. Deploy pushes the configlet to the Devices States from Requested IN_Progress Pending to Deployed

5. Service is deployed

2.

1.

3.

5.

Fulfill

Discover and Visualise the ELINE Service 1. Logical Inventory contains PW ID

5057, EFP ID 569

2. Overlay Map on PW 5057, all other is grayed out

3. In case of a broken connection between ASR9K-AGG1 and ASR9L-AGG3 The PW will be rerouted

1.

2. 3.

Assure

Assure and Monitor the ELINE Service 1. Interface Down creates a Alarm

Ticket

2. Correlated Alarm Ticket. Child Alarms correlated to Root Cause. Operator has Alarm Ticket and is able to drill down

3. Alarm Ticket contains affected Parties. Our PW 5057 is only POTENTIALLY affected because we have redundancy in the Network.

4. Monitoring PW 5057

1.

2.

3.

Assure Analyse

4.


Integration into Assurance, Inventory and Fulfillment

Prime Central OSS Integration Provides simple plug and-play integration for IBM Tivoli Netcool

(“Netcool Ready”)

SNMP Trap Forwarder

Data model

• MTOSI 2.0

• MTOSI 2.0 extensions

• Cisco proprietary

Coverage for physical inventory, with extensions planned in each new

release

Support for secured communications

MTOSI 2.0 APIs/Web Service SOAP/JMS

3GPP Physical Inventory APIs • getAllInventory (…)

• getAllManagedElementNames (…)

• getManagedElement (…)

3GPP Interface for Mobility

© 2012 Cisco and/or its affiliates. All rights reserved. Cisco Connect 49 49

Prime Network and IBM Tivoli Netcool • Integrated Prime Network and IBM Netcool

Single view to Prime Network and Netcool assurance functionality

Single Netcool interface to Cisco network

Near real-time monitoring & topology-based correlation

Multi-vendor support

Leverage Netcool probes for devices/technologies not yet covered by Prime

Network

IBM

Netcool

Prime Network

Common console to combined assurance

functionality

Topology-based root cause analysis & deep

correlation

Single connector to entire

network


Tivoli Netcool - Mttrapd and viewer

• Netcool has a probe that listens to traps – Multi-Thread Trap Daemon (also known as Mttrapd)

• Mttrapd Probe has parsing rules

• Mttrapd parses any trap that it receives and stores it in the TivoliDatabase as an alarm with the Prime Network parent/child identifiers

• Multiple users can view the DB according to a defined view

Netcool Probe

(Mttrapd) DB

RCA is rolled up into Trap and

sent from the Prime Network

system to the Netcool

Mttrapd parses the trap and

stores a new alarm in the

Netcool DB accordingly

Clients can view alarms

according to defined views

Prime Network


Prime Network and Amdocs Cramer Integration Network Inventory Update

• Data Integrity Management

Discover: Extracting ‘reality’ from network (or OSS/BSS)

Sync: Reconcile with inventory to generate discrepancy report

Analyze: Analyzing discrepancies to determine resolution process required

Change: Managed processes to resolve discrepancies, and automated processes for

network build and fulfillment


Cramer Prime Network

General Logical network modelling

Information storage

Process management

Business aware

Physical network access

Real-time information

Order execution

Network aware

Inventory Comprehensive Service, Asset & Capacity DB

Capacity allocation management

Real-time network resource & connectivity information

Detailed network reporting

Fault Service & Business fault context

Service-aware Fault Root-cause & Impact analysis

Network Inventory Update


Inventory

Sync

Engine

ELEMENT

NETWORK

SERVICE

EVC Real Network

Prime Network

Amdocs Cramer

Network Upload 1 Inventory Reconciliation

2

Why Cisco Prime What makes the difference

• Outstanding operational scale Integrated operator workflows across the entire network, from subscriber access

to the core and data center following the Design, Fulfill, Assure and Analyse Flow on Network Service’s

• Improved operator experience Centralized network and service visibility and advanced troubleshooting and

diagnostics capabilities

• Accelerated MPLS L2/L3 service deployment through automated network configuration and point-and-click

provisioning

• Comprehensive service assurance fault analysis, root-cause event identification, and topology-guided

troubleshooting; simplification of troubleshooting results from alarm reduction through correlation and de-

duplication capabilities.

• Lower total cost of ownership Rich set of NBI’s to integrate into NMS/OSS environment. Integration into

CIC/Netcool serving as MoM or via SNMP to any Trap Receiver. Integration into Inventory System

• Eases Service Provider network transitions Single integrated solution supporting both legacy and next

generation equipment


Demo

Demo steps (Overview) (1/5) • Prime Central

Inventory

Event List

Views

• Prime Network

Map roll over NE and Links

Map overlay

Device Inventory

Physical Inventory

Logical Inventory

PW

VRF

Bridge Table

Routing

Demo steps (Design, Fulfill, Inventory) (2/5) • Design (PN & PP)

Resource pools

Service Policy

• Fulfill (PN & PP)

MPLS VPN policy

ASR9K-AGG1: GigabitEthernet0/1/0/0


Logical Inventory

Overlay

ELINE Service policy (EPL) Match Tagged and Untagged, Autopick Outer VLAN



Logical Inventory

Overlay

Demo steps (Design, Fulfill, Inventory) (3/5) • Fulfill (PN & PP)

VPLS Policy



7606-AGG2:GigabitEthernet1/11

Logical Inventory

Overlay

UPE ME3400E QoS Provisioning Demo

3400E-ACC1 GigE 0/3

3400ME-ACC3 GigE 0/3

Overlay

Path Trace

Demo steps ELINE with QoS (4/5) QoS.XML Ingress Template <additionalInformation>

<group name="QoS">

<attribute>

<name>$CIR_in_bps</name>

<value></value>

<displayName>Committed Bandwidth</displayName>

<type>

<string>

<rangeUnits>8000-10000000000 bps</rangeUnits>

</string>

</type>

<description>CIR Target Bit Rate (bps) (postfix k, m, g optional; decimal

point allowed)</description>

<required>true</required>

</attribute>

<attribute>

<name>$PIR_in_bps</name>

<value></value>

<displayName>Peak Bandwidth</displayName>

<type>

<string>

<rangeUnits>8000-10000000000 bps</rangeUnits>

</string>

</type>

<description>PIR Target Bit Rate (bps) (postfix k, m, g optional; decimal

point allowed)</description>

<required>false</required>

</attribute>

</group>

</additionalInformation>

policy-map qos-in-$Interface_Name

class class-default

#if($PIR_in_bps==0)

police cir $CIR_in_bps

#elseif($PIR_in_bps!=0)

police cir $CIR_in_bps pir $PIR_in_bps

#end

!

interface $Interface_Name

service-policy input qos-in-$Interface_Name

Demo steps (Assure & Analyse) (5/5) • Assure (PN & PPM)

ASR9K-AGG3 GigE 0/0/0/1

Correlation

Affected parties

Availability and Resources

• Analyse

ASR9K-AGG2 Loopback

7606-AGG2 Loopback

• Decommission and Clean-up


Thank you.

Prime for Carrier Management Summary • Accelerated MPLS L2/L3 service deployment through automated network configuration and point-

and-click provisioning

• Service Life Cycle following the Design, Fulfill, Assure and Analyse Flow on Network Service’s

• Promote consistencies in delivery and management of services through seamless integration between domain managers and service lifecycle management applications

• Deliver improved QoS eliminate outages and service degradation caused by operational errors and massively reduce the impact of system failures through rapid fault isolation and repair.

• Comprehensive service assurance fault analysis, root-cause event identification, and topology-guided troubleshooting; simplification of troubleshooting results from alarm reduction through correlation and de-duplication capabilities.

• NMS / OSS Integration: Rich set of NBI’s to integrate into NMS/OSS environment. Integration into CIC/Netcool serving as MoM or via SNMP to any Trap Receiver. Integration into Inventory System.

Documents

Cisco Prime IP NGN · •Zero-touch provisioning •Mobile AAA for SP Wi-Fi [Sigtran] ... Full Alarm Lifecycle Support Seamless X-Launch of Source Domain Manager Assure . Network