ethernet solutions & positioning - pit 2012 cpe portfolio fsp 150cc-xg210 (10ge cpe) •...

ADVA 소개

© 2012 ADVA Optical Networking. All rights reserved. Confidential.22

Company Introduction


“Our mission is to be the trusted partner for innovative Optical+Ethernet transport solutions

that ADVANCE next-generation networks fordata, storage, voice and video services.”

ADVA Optical Networking

Your trusted partner for speed and innovation

Our History• 17 years of innovation(1994)

Our Markets• Operator, enterprise, government, research & education

Our Quality Commitment• ISO 9001/TL 9000 and ISO 14001

Our Leadership• #1 in Ethernet Access Devices• #2 in Metro DWDM (Europe)


Focus on Growth Challenges

Cloud Computing drives

ENTERPRISENETWORKS

Three solid growth trends drive expanding opportunities and sustainable demand

“IPTV Service Revenue will grow from US$17.5

billion to US$46 billion in 2014.”

Multimedia Research Group, Inc. June 2010

Web 2.0 and Videodrive

CARRIER INFRASTRUCTURE

Mobile Broadband drives

ETHERNET ACCESS

“Global mobile data bandwidth usage

increased 68% in H1 2010 alone.”

Allott Communications,

September 2010

“The industry is poised for strong growth through 2014,

when worldwide cloud services revenue is projected

to reach $148.8 billion.”Gartner, June 2010


Our Global Presence

Richardson Atlanta Munich Meiningen Berlin Singapore Shenzhen

Headquarter

Office

Representative


Customer-Optimized Sales Model

e.g.

CUSTOMER

Vertical segmentsTurnkey solutionsRegional focus

SizeRelationshipsGeographic presence

Operational excellence with a three-pronged distribution model allows ADVA Optical Networking to flexibly address customer needs

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Our Product Family and Solutions

Ethernet Access Metro

Optical Access

Enterprise

Core


Operators R & E

Our Broad Customer Base

Global success with Optical+Ethernet solutions

Enterprises

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Application & Solution Overview


I. Cloud Computing- Data Center Connectivity

Enterprise

Networks

Scalab

leop

tical intercon

nects

All Protocols

Lowest Latency

Highest performance

Optical connectivity for highest capacity and lowest latency

Scalable capacity

Built-in encryption

Direct switch/router interworking (qualification)

Limited use of optical technologies

High latency due to non-transparent connectivity

Limited security

Standard Data Centers Mega Data Centers

High Availabilityand Security

Xdt

99.999

Mixed Technologies

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I. Cloud Computing What should enterprise customers care about…?

• Highest availability• Low latency• Proven interoperability• Environmental Protection• Secure design and transport• Simplicity and Ease of Use• Future proof system


I. Cloud Computing Ultra-Low Latency Optical Networks

New York

Reduce your latency between trading hubs to a minimum

Chicago

Inline Amplification

Regeneration

Dispersion Compensation

Color Conversion


I. Cloud Computing Optical Transmission with Encryption

Modular approach, can be added per-channel on an as-needed basis


I. Cloud Computing 100G Metro in the Public

• See on YouTube• http://www.youtube.com/watch?v=IIt8W8P_0ls


Leading feature set

I. Cloud Computing FSP 3000 - Unique selling points

Lowest Power consumption More than 50% lower power consumption compared to competitors

The scalable opticaltransport solution

Lowest Latency transport Latency optimized transponder cards for synchronous enterprise applications

Lowest TCO Most cost effective system in the market Simple and straight forward system architecture allows for fast and easy

setup and maintenance

Lowest Space requirement 50% higher rack space efficiency

Support of all enterprise protocols and I/Fs:ESCON, FICON,1/2/4/8/10G FCGbE, 10GE, IB (SDR, DDR, QDR), 40G, 100G

Qualifications for all major enterprise apps (e.g. IBM GDPS(PSIFB)) Optical line monitoring (OLM, OTDR, OSA) Encryption Sophisticated optical layer: ROADMs, EDFAs, RAMAN, DWDM 120λ

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II. Mobile Broadband Demand - Mobile backhaul

CarrierEthernet Access

Intellig

ent Eth

ernet A

ccess

Fiber infrastructure

Synchronization

TDM support

Mobile Broadband

Fiber-based Ethernet backhaul for differentiated mobile services

Higher capacity

Lower cost per bandwidth

Flexible and rapid upgrade path

Inflexible scaling options

High bandwidth cost

No service differentiation

TDM/ATM-Based Network Packet-Based Network

Service assurance

TDMoE

99.999

Copper and microwavePDH



II. Mobile Broadband Demand FSP 150 Ethernet Access System

• Premium applications• Cell Tower Backhaul• High-Frequency Trading• Business services

• Key Features• Carrier-grade operational design• FPGA architecture for high

performance and flexibility• TDM-like historical PM data

• Benefits• Eliminate truck rolls• Accurate and scalable OAM• Multi-service Ethernet transport

#1ADVA16%

Vendor #212%

#39%

#47%

Others56%

Infonetics Research 4/2011


II. Mobile Broadband Demand We focus on carrier-class operation

• Turn-up and test• Low-touch provisioning + CLI / GUI / SNMP configuration• Validate installation with RFC-2544 test and export acceptance report

• Performance Monitoring• Service Assurance stats, e.g. loss, latency and jitter• Threshold crossing alarms for all PM attributes

• Troubleshooting without truck rolls• Loopback and throughput/latency test suite• Dying Gasp alert and cable integrity check

• EMS/NMS/OSS integration• Inventory, alarming, monthly SLA reports…

Ethernet/IPWAN

Business customer LAN

Servicedemarcation

Primary Objectives

Reduce truck rolls

Accurate and scalable PM


FSP3000 can measure quality of the transport with 5TCE card

Switch/routers and QOS largely determine application latency

FSP150 used to mimic end-devices, adjacent to data

In-line would add another store-and-forward hop

L2 and L3 service assurance (frame loss, delay and jitter)

Collect conformance data and alarm on violations

II. Mobile Broadband Demand Low-Latency Hybrid Network Monitoring

Packet application Optical transport Packet application

FSP150CC

router

dataFSP150CC

clientrouterspeed of light

Forwarding / Queuing


Mapping Sync distribution topology / status

Clock AccuracyFrequency and phase accuracy

Clock AnalysisClock performance monitoring

PTP Network AnalysisPTP path monitoring / testing

Injection Check locking of slaves to masters

Clock Accuracy

Mapping Clock Analysis

PTP Network AnalysisInjection

Frequency

step/Wander

II. Mobile Broadband Demand Synchronization SLA Suite


E2E OAM/PM + EoPDH, 10GE , CES , Ring = Ubiquitous Ethernet

II. Mobile Broadband Demand ADVA 2012 CPE portfolio

FSP 150CC-XG210 (10GE CPE)• Redundant 10GE uplinks• Two client modules for 8xGE or 10GE• I-Temp hardened & Sync-E/1588v2

FSP 150CC-GE206V (Expandable GigE)• 6x GE client interface (+8 more option)• 2x personality modules, e.g. PWE• I-Temp hardened & Sync-E/1588v2

FSP 150CC-GE201 (GigE CPE)• 1x 10/100/1000/SFP client interface• Fanless and I-Temp hardened• Sync-E/1588v2 option

FSP 150CC-GE112/GE114/GE114S• 4 or 6 GigE with SFP/Cu combo• Small scale CPE, half-width• I-Temp hardened, AC/-48VDC/+24VDC

FSP 150CC-T1804/T3204• 8x DS1/E1 or 2x DS3/E3 uplink• 4x Ethernet (2 GigE with SFP combo)• LCAS or future MLPPP uplink protection• I-Temp hardened, AC/-48VDC


II. Mobile Broadband Demand FSP 150EG-X Edge Gateway Switch

• Traffic Features• 140Gbps bi-directional service bandwidth• IEEE 802.1Q, IEEE 802.1ad • IEEE 802.1ah/Qay hardware ready • MPLS-TP hardware ready

• Traffic Interfaces• 100/1000 Mbps and 10Gbps line cards• PWE Headend line card• SONET/SDH line cards

• Service Features• OAM: EFM, CFM (802.1ag) and PM (Y.1731)• Ethernet protection mechanisms: IEEE 802.3ad

LAG w/ and w/o LACP, G.8031 & G/8032• MEF 6 & 10.1:E-Line, E-LAN & E-Tree

• Timing Features• Synchronous Ethernet & SSM• IEEE 1588v2 Transparent and Boundary Clock• External Timing Interfaces


Au

tomated

end

-to-end

service man

agem

ent

III. Web 2.0 and Video- Agile Core Network

Control Plane

ROADM+

100G+

Flexible and efficient

Easy to operate

Converged technologies

Static

Purpose-built

Separated layer

Traditional optical networks

Agile optical core networks

Automated packet and optical transportA scalable NGN foundation with flexibility and simplified operation

DWDM

Carrier Infrastructure

New Applications



III. Web 2.0 and Video Unrestricted Wavelength Connectivity Add-On to Standard ROADM Configurations

Efficiency and simplicity by superior revolutionary ROADM technology

vROADM

TX

Directionless

ROADM

TX TX

Contentionless

ROADM

TX

Fixed Dir-/Colorless

ROADM

TX

CSM CSM WSS a/d

• … is a fully non-blocking switch array

• … is designed to be used together with coherent channel card interfaces

• … will be based upon flexible-band (LCoS) technology

Contentionless add/drop …

Thank you제품 문의 : 이기우이사 (010-4369-3429)

[email protected]

ethernet solutions & positioning - pit 2012 cpe portfolio fsp 150cc-xg210 (10ge cpe) •...

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