HFC Solutions Update - Cisco · 2000 First HD video system & HFC IP Convergence 2000 – 2005 2000...

Cisco Confidential 1© 2010 Cisco and/or its affiliates. All rights reserved.

HFC SolutionsUpdateBernhard Stascheit, Product Manager


DigitalVideo & 2-Way

Services1995 –20001995 –2000 First HD video system & HFC

IPConvergence

2000 –20052000 –2005

2005 –Present2005 –Present

Triple Play and the

Bandwidth Crunch

DOCSIS, voice, HD DVR & BW optimization

Next 5YearsNext 5Years

Medianet Deliver the Connected Life at Home via full suite of next-gen set tops, IP gateways, & intelligent network devices

First video-optimized networks & routing platforms

© 2010 Cisco and/or its affiliates. All rights reserved. Cisco Confidential 3

Overthe Top

WirelineOperator

CableOperator

MobileOperator

ExperienceProvider

IP enables Any Service delivery over Any Network


0

2

4

6

8

10

12

14

16

18

2009 2010 2011 2012 2013 2014

Exab

ytes/m

oTh

ousa

nds

3.5EB/mo

Western Europe IP Traffic GrowthIP traffic will increase 4.6 fold from 2009–2014

36% CAGR 2009–2014

16.216.2EB/mo

© 2010 Cisco Systems, Inc. All rights reserved. 4Source: Cisco Visual Networking Index (VNI) Global Forecast, 2009–2014


Western Europe IP Traffic Growth Consumer IP traffic outpaces business IP traffic (traffic volume and growth rate)

0

2

4

6

8

10

12

14

16

18

2009 2010 2011 2012 2013 2014

Exab

ytes/m

o

BusinessConsumer

36% CAGR 2009–2014

87%87%

13%13%



Global Consumer Internet Traffic GrowthVideo replaces P2P as top traffic type in 2010

0

5

10

15

20

25

30

35

40

45

2009 2010 2011 2012 2013 2014

Exab

ytes/m

oOnline GamingVideo CallingVoIP Web and DataFile SharingInternet-Video-to-TVInternet Video

36% CAGR 2009–2014

46%46%

10%10%

27%27%

15%15%


* VoIP, Online Gaming, and Video Calling contribute 1% or less in 2014.


Cisco Forecast Update: 2009–2014 Summary / Key Highlights

Source: Cisco Visual Networking Index (VNI) Global Forecast, 2009–2014

Total IP Traffic 63.9 Exabytes per month by 2014� Annual global IP traffic will reach 3/4 of a zettabyte by 2014

Internet 47.2 Exabytes per month by 2014

Managed IP 13.2 Exabytes per month by 2014

� Internet video will surpass P2P as top traffic type by end of 2010

�Web-based video conferencing will grow 180-fold from 2009-2014


• The infrastructure supports required bandwidth TODAY• Established technologies support migration to an all IP Network• VDOC enables use of IPTV services and technology• Analog TV offer available


Competitive HFC Zone

200

Logical HP/Node500 400 300

108

~

80

HFC data rate assumptions:•DOCSIS 3.0•4 bonded CH 256QAM DS •4 bonded CH 64QAM US•35% penetration, 50% usage, 10% simultaneous

Mbps

per s

ub

GPON DS

GPON US

Legend:(8) 256Q DS D3.0 CHs (4) 256Q DS D3.0 CHs(4) 64Q US D3.0 CHs

MaxD3.0 DS

MaxD3.0 US

200 100

D-PON


Source: JP Morgan, Solon


SDVUnlimited Long Tail Content IP Video /

IPTVLeveraging VBR

To Pack in More Video

BandwidthOptimization

BandwidthExpansion

Pick A Destination

Node Split Narrowcasting to

Smaller Service Group

Creating AmpleBandwidth For HD

1 GHzUpgrade

Expansion in Cable Enabling FTTH AccessDPON

Packing 50% More Efficiency MPEG4

H.264Analog Reclamation

Road to 200 HD ChnlsMigrationTo Digital

Evolving Cable Plant Bandwidth StrategiesHoning the Cable’s Edge in a Hypercompetitive Edge


Fiber Node100-1000 HP

Secondary Hub10k – 20k HP

C oax

1310 nm1550 nm

MasterHE

Primary Hub50k – 100k HP

1550 nmSONET RingOr RPR

HFCHFC

Access Networks


• Single Largest Transmission Vendor in the World– Continued Focus in R&D with over $25M annual investment– In House manufacturing: Juarez, Chicago, Shanghai

• Complete End-to-End HFC Provider– Digital Transport, Analog Optics, Nodes, RF Electronics, Taps & Passives,

RFoG/D-PON, FTTx• Technology Development Leader

– First in Industry to use GaAs Technology– First Optoelectronics Vendor to achieve NEBS compliance– First to achieve 1GHz capability– Only optical vendor with Optical Linearization Technology

• Largest Support Team in the World– Dedicated Sales and Marketing Team– Dedicated Architecture Analysis & Development Team– Dedicated Services Organization– Customer Program Management– Customer Focused Engineering Support

Transport & Access Networks


• True End-2-End supplierWe own all our products!

• Offer more than just one product lineHave multiple product lines per technology segmentCustomer can select from a variety of products in each sectionFiber OpticsOptical NodesRF Amplfifiers

Access Portfolio Overview



IPTVLeveraging VBR



BandwidthExpansion

Pick A Destination




1 GHzUpgrade







Prisma II� Our full feature flagship � Full product breadth � High Performance

Prisma II XD� Full features� 1310nm Tx, 1550nm Narrowcast Tx,Dual Return Rx � High Performance

Lumin� Limited features� 1310nm Tx, and Return Rx� High Performance� Best Price

6 RU

3 RU

3 RU

Optical Transport Product Portfolio


Temperature Hardened/ Ruggedized Chassis (0-50C) (0-50C)

Full line of Optical Modules 1310 Tx, 1550 QAM Tx, HDRxR, HDRxF 1310 Tx, RxR

NEBS Compliant for Telco’s No NoExtensive Network Mgt. System Lumin UtilityExcellent Optical PerformanceMulti-wave Capability NoIndustry Leading DensityIndustry Leading Price

Prisma II™ Prisma II™ XD Lumin

Optical Platform Features Comparison


1GHz

Cisco Node ComparisonPerformance versus ASP

Performance

ASP

GainStar•Node & Mini-Node•Node: 2 active Ports•Mini-Node: 1 active Port•Both: 1RX, 1TX•Optical AGC on RX•Std output capability•FP, DFB, CWDM

Compact A90100 & A90200• Fiber Deep & Trunk Node•EGC Technology•1 or 2 active Ports•A90100: 1RX, 1TX•A90200 : 2 RXs, 2TXs• A90200 can be configured from 1x1 to 2x2 node•Optical AGC on RX•High output capability•FP, DFB, CWDM Tx

Limited Functionality

Maximum Flexibility

GS7000 –1GHz•4-6 Ports•4Rx, 4Tx•4x Fwd Scalable•4x Rev Scalable•Redundant Rx, Tx, P-S•FP, DFB, CWDM and DWDM TXs

1GHz

GainMaker •2 Rxs (Red), 1 Tx•1 Rx, 2 Tx (Rev Seg)•2,3 and 4 Ports•FP, DFB, CWDM and DWDM Tx (Rev Seg only)•HO version avail.•Can Upgrade amp

1GHz1GHz

Can be converted to GS7000 Opto Hub!


Node Feature GainStarNode &Mini-Node

CompactA90100 &A90200

GainMaker&

GM RS

GS7000

Bandpass 1GHz 1GHz 1GHz 1GHz

# Active Output Ports

1 or 2 1 or 2 2 or 3 4 or 6

RF Output Level Up to 48dBmVUp to 46dBmV

Up to 57dBmV 47 – 55/57dBmV 47-55dBmV

Redundancy A90200: RX and TX Rx on standard GMTX on Rev Seg GM

Rx/ Tx/ P-S

Segmentation No A90200:2x Fwd2x Rev

Rev Seg GM:2x Rev

4 X Fwd4 X Rev

Recc Homes Passed

Node <300Mini-Node <150

A90100 < 250A90200 < 500

<300 <2500

Dual AC Inputs No No No Yes

Rev TX Options FP, DFB, CWDM FP, DFB, CWDM FP, DFB, CWDMDWDM on Rev Seg

FP, DFB, CWDM, DWDM

An Optical Node Option for almost every Architectural Need


1GHz

Cisco Amplifier ComparisonPerformance versus ASP

Performance

ASP

GainStar•Amplifier & LE•Single and dual active design•Very cost effective: to be configured to best match customer’s needs•Node upgrade possible

Compact•For Trunk and Distribution applications•Very compact design•Low power consumption•High RF output level•Single and dual active designs available•Electronic configuration•Minimized # of plug-ins

Limited Functionality

Maximum Flexibility

GainMaker •For Trunk and Distribution applications•Various RF output configurations•Very ruggedized design•Node upgrade possible•Replaceable electronics

1GHz1GHz

Over 2,5Munits shipped


Amplifier Feature

GainStarAmp & LE

CompactA9232x0

GainMaker&

GM LEBandpass 1GHz 1GHz 1GHz

# Active Output Ports

1 or 2 1 or 2 1, 2 or 3

RF Output Level Up to 48dBmV Up to 57dBmV Up to 57dBmV

No of RF Ports Up to 4 Up to 2 Up to 3

Separate AC Input Yes Yes No

Reverse path Wink Switches

Optional Build-in Optional

Low Voltage Lock-out

No Optional Yes

AGC option No Yes Yes

An Amplifier Option for almost every Architectural Need



IPTVLeveraging VBR



BandwidthExpansion

Pick A Destination




1 GHzUpgrade







• Is more than just “add a node”

• Where to best add?• How to connect via fiber?

• Answer is dominated by fiber availability• Solution that reuses existing fiber is preferred!!


Chl AP2-HD-MWTX-xx-

P2-HD-MWTX-xx-Chl B

Chl CP2-HD-MWTX-xx-

Chl DP2-HD-MWTX-xx-

SG 1

SG 2

SG 3

SG 4

SG 1

SG 2

SG 3

SG 4

Chl EP2-HD-MWTX-xx-

SG 5

SG 6

Chl FP2-HD-MWTX-xx-

A

BCDEF

1x6O

Ban d

MUX

1x6O

Ban d

DMUX

SG 5

SG 6

A

B

C

D

E

F

• Up to 6 wavelengths carrying differing content can be multiplexed together for transport on a common fiber and de-multiplexed to feed segmented service areas.

Fiber efficiency – Fiber Reclamation!

Single fiber


1310

O-band

1260

1360

nm

1351

1291

1271

1311

1331

O-Band “DWDM”Range Cisco MW

P II std.


Channel A

Features� High density design allowing up to 16 transmitters in a Prisma II XD chassis and up to 26

transmitters in a standard Prisma II Chassis� 4, 6, 8, 10, and 12 dBm output power versions� Six (6) wavelengths are released: Channels A, B, C, D, E, and F� 1 GHz RF passband to increase bandwidth capacity for new service� Both Premium and Standard performance grades are available� Precise optical power levels and pre-selected wavelengths enable superior link

optimization� Dual RF inputs for broadcast video and new media (narrowcast) service tiers and front

panel RF input test point� Blind-mate RF and DC connectors, and user selectable Automatic Gain Control (AGC)� Local Control via Local Craft Interface (LCI), and Local monitoring via Intelligent

Communications Interface Module (ICIM)� Remote monitoring via ROSA/TNCS status monitoring and control element managerGeneral� Multiplexing can only be done with Cisco O-Band passives � Performance is noted for a single transmitter; a multi-wavelength system with

multiple transmitters will have reduced CNR and distortion performance


� Prisma mux/demux modules available in 2, 4, and 6 channel configurations, in LGX, cassette, or raw filter versions

� Single channel Optical Add-Drop Mux (OADM) available for greater design flexibility

� Prisma mux/demux modules support analog and digital forward path transmission applications, and reverse path transmission applications such as baseband digital reverse (bdr™) or CWDM to significantly increase bidirectional throughput

� Prisma mux/demux pairs optimized for the lowest combined insertion loss across all wavelengths

� Module for both mux and demux applications� LGX-compatible modules easily snap in to a wide variety of

enclosures and cabinets� Industry-standard SC/APC adapters ensure connector

compatibility; minimize back reflection and insertion losses; simplify moves, adds & changes; and reduce connector maintenance requirements

� These passives are exclusive to the wavelengths used in the Prisma II HD Multi Wavelength transmitter product line. These are the only passives that can be used in our Multi-wavelength system solution.

LGX

Cassette

Raw Filter


Multi-wavelength: Bi-Directional GbE Systems ExampleExample

λA in Port A RF

Port D RFPort C RFPort B RFλB in

λC inλD in

1310

53 53

1550

1470

15101490

1530

15901570

1610

ITU 25ITU 26

ITU 41ITU 40

…

1310

1550

1470

15101490

1530

15901570

1610

ITU 25ITU 26

ITU 41ITU 40

…

Up to 25 kmO

ban

d

– Compatible with new fiber types– Full 4 x 4 segmentation - single fiber and CWDM– 1590 and 1610 nm bdr, each with 2 returns – 4x4

� Ready to expand into the FUTURE– DWDM overlay wavelengths fit into existing

MUX/DMUX– Up to 20 wavelengths carrying GbE traffic– Non-service interrupting addition of wavelengths/traffic


• No changes to the transmitter required• No Wavelength locking of the lasers required• No “conditioning” of the RF signals required

Best System Performance + Simplest Process

� Operates with ANY fiber in a single CWDM CH� Operates the same as familiar 1310 transmitters� Operates with readily available optical passives

Plug & Play

Ease of Setup



IPTVLeveraging VBR



BandwidthExpansion

Pick A Destination




1 GHzUpgrade







1:32 PON

1:32 PON 20km OSP ArchitectureTx & Rx OpticsCMTS Sub ONT CPE

Cisco’s Prisma D-PON System

� The Prisma D-PON products provide a Passive Optical Network (PON) specifically designed for RF and DOCSIS-based service providers

� The architecture provides the benefits of a PON while maintaining the existing HFC back-office, service provisioning and video transport systems

� An Industry standard PON architecture capable of supporting DOCSIS 3.0 upstream channel bonding and DOCSIS Set-top Gateways (DSG)


1:32 PON

Prisma D-PON (Greenfield)

NodeNode

Existing HFC (Brownfield majority of plant)CMTS

• Target Customer: D-PON target market is any Greenfield network build by a service provider using a DOCSIS control plane

• Main Argument: D-PON solution allows for incremental upgrades towards an FTTH architecture while leveraging the existing back office infrastructure


Prisma II Headend Actives

• Optical Reverse Receiver• Dual receiver• Optical Input -17 ~ -23 dBm• RF out nominal 20dBmV/ch

� Optical DS Transmitter• 50 ~ 1002 MHz• 21 dBmV required input level• 8 dBm output power

� EDFA• 1x1, 1x2, 1x4 and 1x8• 0 dBm min input power• 21,5 dBm max output power


• Bandwidth demands keep increasing on a steady rate of about 36% year over year

• HFC networks need to adjust in order to support this growth• With introduction of DOCSIS 3.0 HFC is in a very good position compared to competition

• A set of solutions exists to increase the BW for DOCSIS 3.0 in the HFC plant

• Cisco is the one-stop-shop for all possible solutions

Thank you.

© 2010 Cisco and/or its affiliates. All rights reserved. Cisco ConfidentialPresentation_ID 36

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HFC Solutions Update - Cisco · 2000 First HD video system & HFC IP Convergence 2000 – 2005 2000...

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