1 Accelerating Broadband Ethernet Services With Dynamic QoS & Robust SLAs July 2012 Presented...

1

Accelerating Broadband Ethernet Services With Dynamic QoS & Robust SLAsJuly 2012

Presented by:Ran HyslerSenior Solutions Architectran_h@rad.com

2

Agenda

• Carrier Ethernet Defined• Key Drivers for Carrier Ethernet• Carrier Ethernet Market Segments• Accelerating Service Delivery and Maximizing Profitability

– Essential Components– Key Questions– Answers & Conclusions

3

Carrier Ethernet Defined

• The MEF has defined Carrier Ethernet as: A ubiquitous, standardized, carrier-class

Service and Network defined by five attributes that distinguish it from familiar LAN based Ethernet.

Carrier Ethernet for the Business Users:

Carrier Ethernet for Service Providers: • A set of certified network elements that connect to transport

Carrier Ethernet services for all users, locally & worldwide.• Carrier Ethernet services are carried over physical Ethernet

networks and other legacy transport technologies.

4

What is Carrier Ethernet?

• Question:– “Is it a service, a network, or a technology?”

• Answer for an end-user– It’s a Service defined by 5 attributes

• Answer for a service provider – It’s a set of certified network elements that connect

to transport the services offered to the customer– It’s a platform for value added services– A standardized service for all users

5

Key Drivers for Carrier Ethernet

TCO as a driver for operator decisions

Flat revenues + Exponentially increasing BW = Cost pressure

Forces operators to look for new revenues based on dynamic QoS and SLA

Premium Carrier Ethernet Demarcation Equipment is required

6

Carrier Ethernet Market Segments

Retail Business services• Inter office connectivity, Internet access, VoIP, Server

Consolidation, Distributed Imaging, Disaster Recovery,…• Finance, Healthcare, Education, Government, etc…

Wholesale services• Transport services for service providers• E-NNI, Ethernet Exchanges, etc…

Mobile Backhaul - Wholesale/Internal• Wholesale backhaul of 2G, 3G, 2G+3G Services• Mobile Operator testing and extending own

networks

7

Additional Carrier Ethernet Markets

Access to Cloud • For Ethernet cloud carrier:

Increase revenue with higher quality services incl. SLA• For Cloud Consumer (Enterprise IT):

Reduce costs by controlling resources / Security Improve QoE with predictable SLAs

Ethernet Exchanges• SLA Monitoring helps standardize service offering

across multiple carrier footprints

Enterprise WAN QoS• Optimize WAN performance and accelerate

applications with zero-latency traffic shaping• Monitor retail carrier’s SLA to ensure compliance.

8

Essential Components for Carrier EthernetFor Accelerated Service Delivery and Maximized Profitability

Monitoring & Mgmt.•Hardware based OAM •Statistics collection•SLA threshold alerts•SLA Exception reports •PM Portal

Service Monitoring

TM Tools• CoS classification• Policing• P-bit remarking• Hierarchical Scheduling• Per EVC Shaping

Traffic Management

OPEX Reducing Tools• Circuit Validation• Fault detection• Fault Analysis• Fault correction

Service Validation and Assurance

Flexible Service Interfaces

9

• Scalable bandwidth (nxT1/DS3, 10/100, nxOC-3/12, GE, 10GE)• Service Flexibility (EoCU/TDM/SONET, Pseudowire & Timing)• SFP/UTP Combo ports, • Benefit: One platform to deploy for all access types and services• Benefit: Reduces inventory requirements• Benefit: Uniform service delivery and SLA management

Flexible Service Interfaces

FE/GE/10GE

FE/GE/10GEDS3/OC3

FiberNetwork

OC3/12

n x T1n x DS3

Bonded CUxDSLCu

TDM

SONET

Essential Components for Carrier EthernetFor Accelerated Service Delivery and Maximized Profitability

10

• Enables oversubscription by managing priority and congestion• Provides tools to fix congestion issues reported by OAM• Benefit: Enables end-to-end SLA’s over any network• Benefit: Offer premium services at premium prices

TM Tools• CoS classification• Policing• P-bit remarking• Hierarchical Scheduling• Per EVC Shaping

Traffic Management

Essential Components for Carrier EthernetFor Accelerated Service Delivery and Maximized Profitability

11

Example: Dynamic Traffic Management

Best Effort Service isn’t always Pretty

“Fast lane” Solution:• Move from Best effort service to a tiered CoS• Tariff is dynamic (higher during peak hours to throttle

traffic and guarantee SLA for those drivers willing to pay)

12

Traffic Management at Customer Demarc Adds tools to Optimize and Accelerate Traffic Performance

Traffic Management Tools conform traffic to BW profiles and ensure End-to-End SLA on a per service basis:Ensures higher priority traffic is served first and not droppedIncreases usable bandwidth by delaying non real-time packets.Shapes traffic at customer premises to avoid overflowing downstream or

upstream network elementsEnsures scheduling “fairness” and better network load distribution

BE EVC

Real Time

Best Effort

PSNBE EVC

RT EVC

Headquarters

UNI

PE

RT EVC

Remote Branch

Real Time

Priority Data

Best Effort

Priority Data

PE

Class of Service (CoS)

Traffic Class Latency(ms)

Jitter(ms)

Frame Loss Ratio

Availability(%)

High

Conversational Signaling Control Time Synchronization 10 2 10-5 99.999

Medium Streaming

25 5 10-4 99.99

Low

Interactive & Background

50 5 10-4 99.99

13

Connecting Communities -QoS and SLA for Rural Broadband

Broadband connection to remote communities• 20% Caribbean Population is considered Rural (out of reach).• Unlicensed Wireless Connections is a effective

solution that can provide High capacity Ethernet per sector– 200 Mbps aggregate throughput– Up to 16 SUs per sector

• Guaranteed SLA and capacity per SU• Small and constant latency

Service ProviderPremises

Service ProviderNetwork

BS BS

SU

BS

SU

SUSU

SU

SU

SU

14

• Circuit Validation (RFC-2544, Y.1564, MAC/IP Swap loopbacks)• OAM helps detect and isolate faults and take corrective action• Benefit: Proactive testing improves response times• Benefit: Hardware OAM tools reduces OPEX (less truck rolls) • Benefit: Fault propagation, EVC redundancy, ring redundancy,..

OPEX Reducing Tools• Circuit Validation• Fault detection• Fault Analysis• Fault correction

Service Validation and Assurance

Essential Components for Carrier EthernetFor Accelerated Service Delivery and Maximized Profitability

15

EVCReal Time

Best Effort

UNI

PSNEVC 1

EVC 2

Branch A

Headquarters Real Time

Priority Data

Best Effort

UNI

PE

EVC

Branch B

Real Time

Priority Data

Best Effort

Priority Data

Real Time

Priority Data

Best Effort

IP DSLAM

Traffic Generation and loopback per RFC-2544

Integrated RFC-2544 Generator

• Create a “birth certificate” at service turn-up• Provide customer with report before service starts• Confirm troubleshooting has succeeded• Automatic periodic testing for: Preventive maintenance & capacity planning

PE

16

• Measure latency, jitter, packet loss and availability• Identify network degradation and congestion points• Benefit: Defend SLA with accurate Hardware based OAM• Benefit: Efficiently manage bandwidth growth

Monitoring & Mgmt.•Hardware based OAM •Statistics collection•SLA threshold alerts•SLA Exception reports •PM Portal

Service Monitoring

Essential Components for Carrier EthernetFor Accelerated Service Delivery and Maximized Profitability

17

Service Monitoring -Customized Web Portals with Reports/Dashboards

18

Accelerating Premium Carrier Ethernet ServicesKey Questions

1. How can you accelerate your Premium Carrier Class services?2. How do you minimize TCO/CAPEX without compromising on

Features/Quality?3. How do you reduce your on-going operations costs (TCO/OPEX)?

The Key is to Select the Right Carrier Ethernet Platform

19

Developing Premium Carrier Ethernet ServicesConclusions

1. How can you accelerate your Premium Carrier Class service?Implement Traffic Management tools and SLA Guarantees accurately and

consistently, irrespective of access networks

2. How do you minimize TCO/CAPEX?Reduce inventory expenses and TTM by deploying modular DemarcInsist on scalable H/W OAM and powerful TM tools, but at no extra cost!

3. How can you reduce your on-going operations costs (TCO/OPEX)?Minimize installation costs with automation and integrated turn-up testingSlash support costs with proactive fault detection and correctionManage network growth with efficient provisioning and PM tools

20

Thank You For Your Attention

www.rad.com