Huawei_MA5600T

(1)

Huawei Technologies Co., Ltd.

We hear you.

Marketing Department Of Access Network

Feb.2006

Build An Intelligent

FTTx

Access Network

(2)

Agenda

BB-AN development trend

Huawei IP BB-AN Products

(3)

WWW.HUAWEI.COM

Multi-service Development:

From HSIA to 3-play today and full-play later

Driven by intense competition, incumbents show considerable interests

in offering bundled multi-service, which is an important way to attract

Native TDM voice Basic Internet access

Native TDM voice Higher speeds

First bundle of VoIP voice, braodband access and content

VoIP service Home Networking Triple-play with IPTV/VoD Home Entertainment Optional Content Packages Home Services Bundles Quad-play with IPTV/VoD/mobile

Today

Future

Yesterday

(4)

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Services and Bandwidth Required

03

Services

Bandwidth required

Data download

2 Mbps

VoIP, videotelephony and

videoconference

1 Mbps

Music on demand, multimedia

2 Mbps

On-line Gaming

1 Mbps

SD Digital TV

3 Mbps

HD Digital TV

10 Mbps

Additional TV channels (i.e. 2

HD DTV)

20 Mbps

•High

•Bandwidth

•Vs

•Services

•Minimum

•Maximum

(5)

WWW.HUAWEI.COM WWW.HUAWEI.COM

<1Mbps

3M

8M

25M

~100M

ADSL/ADSL2+

Copper Based

VDSL2 / ADSL2+

Copper Based

PON/P2P

Fiber Based

time

bandwidth

Shortening copper distance can enhance xDSL bandwidth (FTTN strategy)

Fiber is an alternative way to increase access bandwidth, while keeping a

long reach between CO and users

Consider bandwidth, reach distance and cost, choose the best access

Internet

Video conference

Remote control

Access technology Service need

VoD

SDTV

Video conf

Game

Live TV

VoD

HDTV

<3km

<2km

<1km

>5km

reach distance

(6)

WWW.HUAWEI.COM

FTTx, Perfect Solution of BB Access Network

CO DSLAM

ADSL2+ VDSL2 GPON GE remote DSLAM Splitter

Centre

office

Cabinet

Home

Curb

Ethernet

FTTN

_FTTH

GPON ONT IP DSLAM/OLT FTTCab GPON MDU

Building

ADSL2+ VDSL2

FTTx: Including CO-based DSLAM/OLT, FTTN and FTTH application

scenarios

Brown

Field

Green

Field

WiMAX

POTS ISDN POTS ISDN

(7)

FTTx Investment Forecast

0 5,000

10,000

15,000

20,000

25,000

非洲

21

60

136

189

368

537

696 931 1,151 1,279

亚太

1,419 2,133 3,165 4,784 6,245 8,804 9,810 10,80 11,46 12,04

欧洲

1,069 1,580 2,048 2,855 3,231 3,615 3,943 4,055 4,117 4,239

中南美

160

306

440

704

810

906

992 1189 1367 1529

北美

1,034 1,518 1,954 2,420 2,768 3,078 3,353 3,604 3,825 3,725

2004 2005 2006 2007 2008 2009 2010 2011 2012 2013

M USD

3,702 5,597 7,744 10,952 13,422 16,940 18,794 20,588 21,928 22,817

world

AF

AP

EU

NA

M&SA

(8)

WWW.HUAWEI.COM

Integrated access platform for FTTx

Home Network

Integrated access platform reduce FTTx equipment types, space, wiring,

and even training of engineers,

dramatically reduce CAPEX and OPEX

ADSL

Data Centre

Fibre ADSL SDSL Fibre Bluetooth/ WiFi/Ethernet Fibre

Packet Switched Core (DWDM & MPLS VPN)

Customers

Access Layer

Aggregation Layer

Core

Optical & MPLS

Wireless Residential & SME Individual & business Customers Fiber Copper VoIP Application Multimedia Applications Streaming Video Application on Demand

…...

MSAN/ DSLAM

TDM

IP

MP LS

VoIP

Integrated access

platform

IP/ MPLS Residential & SME

(9)

WWW.HUAWEI.COM WWW.HUAWEI.COM •802.1X authentication •EAP Relay •Radius Client •DHCP Relay •IP/MAC/PVC binding •L3 forwarding

Intelligent FTTx Access Network: L2/L3 Hybrid Function

STB SIP Phone

Aggregation

RADIUS Server DHCP Server

IP/MPLS

BRAS/PE

EAP over RADIUS RFC3579

DSLAM / OLT

Enterprise

PC DHCP Unicast

HSI over PPPOE Leased Line over VLAN or Stack VLAN

EAPOL ( 802.1X) DHCP Broadcast

IPOE IPOE

Access network act as L2 network. PPPoE for high speed Internet, BRAS

terminate PPP sessions.

(10)

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Intelligent FTTx Access Network: Flexible Service Mapping

IP/MPLS

DSLAM / OLT Enterprise PC

V interface

U interface

Service Mapping

Traffic classification

Logical pipe and QoS mapping, including VLAN TAG, QoS mapping, MAC

address learning

V -interface c b a Some 802.3 Phy Ethernet IPoE 802.1AD Ethernet Ethernet PPPoE 802.1AD

Some 802.3 Phy Some 802.3 Phy 802.1AD U -interface IP d c b a PPPoE IP DSL ATM Ethernet RFC 2684 DSL ATM IP RFC 2684 DSL ATM Ethernet RFC 2684 DSL ATM PPP RFC 2364 PPP IP e DSL Ethernet IP PPP f DSL Ethernet PPPoE g DSL Ethernet IP H … GPON GEM Ethernet

(11)

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Intelligent FTTx Access Network: Powerful Multicasting

IGMP support: IGMP proxy/IGMP snooping; IGMP v1/v2, later v3

Network-based conditional access: the right for multicast service, the right for

the specific channel, the number of simultaneous channel, preview function

PC IPTV service Platform

IP Core

Metro

Ethernet

Multicast to End users IGMP Proxy

Fast channel zapping Controllable multicast

Multicast to End users IGMP Proxy

Fast channel zapping Controllable multicast

DSLAM / OLT

BNG

IGMP Proxy

IGMP IGMP PIM

Multicast Source

IP Multicast

Multicast over Ethernet

Multicast to End-user

Each TV Channel carried by 1 multicast group Each TV Channel carried by 1 multicast group

(12)

Agenda

BB-AN development trend

Huawei IP BB-AN Products

(13)

WWW.HUAWEI.COM

Evolution of Huawei Access Products

ATM DSLAM IP DSLAM(GE)

(ETSI) DLC/ NG-DLC MSAN UA5000 (ETSI)

FTTx

With DSL, DLC, GPON & WiMAX

TDM-PON BPON EPON

1998 1999 2000 2001 2002 2003 2004 2005 MA5101 MA5102 HONET-OLT/ONU 2006 MA5100

MA5103 MA5600_MA5603

MA5605

OFA5920 OFA5921

UA5000 DSLAM: MA5600-T

GPON: OFA5920G

Unified Super Broadband

Access Platform

(14)

POTS

ISDN

xDSL

WiMAX

xPON

TDM

ATM

Ethernet

• As experience and existing

terminals, access network

should support traditional

services and terminals

• As improvement of technologies

(such as FTTP, WiMAX, etc.),

access network should support

updated services and terminals

• To guarantee seamless

evolution, the access network

equipment should flexible and

future proofing, just like a “Swiss

Knife”

• One platform for all access will

reduce both CAPEX and OPEX

observably

…

One Platform for copper,

fibre

and

wireless broadband access

(15)

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• SCU: IP switch matrix and control slot

• PVM: TDM switch matrix slot

• LIU: service slot

• GIU: uplink and cascading slot

• PRTA: Power Input, Ring Generation Module;

• CITA: Test I/F, Monitor Serial I/F

• Neighbored LIU slots(1/2), PRTA slots and GIU slots support master/slave

• For IP matrix, total 16 service slots

• For TDM matrix, total l14 service slots

10 S C U 17 18 16 15 14 13 12 11 9 S C U 8 P V M / L I U 2 3 4 5 6 7 0 1 L I U P V M / L I U PRTA PRTA CITA G I U G I U 9U FAN 19 1U L I U L I U L I U L I U L I U L I U L I U L I U L I U L I U L I U L I U L I U

(16)

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MA5600-T Logical Architecture

Line Card

TDM Switch Matrix

IP Switch Matrix

4*GE/slot

16 slots

3 * (4*16M) TDM

8GE/210GE

Uplink & cascading

14 slots

Pots/ISDN 1*8M TDM Line Card

4*GE/slot

10GE/slot

upgradeable

1*8M TDM 1*8M TDM 1*8M TDM

Narrowband service

broadband service

Uplink & cascading

(17)

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High flexible architecture

• T-grade switch backplane, fulfill future ultra bandwidth

requirement( without TDM bus)

– Bus bandwidth * slot number * master/slave * bi-direction = 12.5Gbps*(16 service

slots +2 GIU slots2 buses)2*2=1000Gbps= 1 Tbps

• Series switch capability to fulfill various application

– 24GE switch capability for normal broadband application

– 72GE switch capability for fibre broadband application

– 200GE switch capability for ultra broadband application

• Flexible upgrade switch capability

– Only need to upgrade IP switch matrix, reduce CAPEX

• Service board compatible while different switch capability

– DSL board compatible with 1GE/2GE/4*GE backplane bus

– Ultra board like GPON compatible with 1GE/2GE/4*GE/10GE

• One platform to fulfill copper, fibre and wireless access

(18)

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MA5600-T Features

MA5600-T

•20 cards modular system •21” ETSI rack mounting

•DC or AC powering redundancy •Control card redundancy •24/72/200G switching capacity

Line interface cards

16x cards •32x ADSL,ADSL2,ADSL2+ •16x SHDSL •24x VDSL2 •16x 10/100BFx •2/4x GPON •32x POTS •16x ISDN •8x E1

Control & Swtiching Cards

Delicated BB and NB control card

1xbasic; 2xfor redundancy •24/72/200G BB switching capacity •8kx 8k NB switching capacity Uplink Cards 4x GTX uplink: •100/1000 BaseT 4x SFP uplink: •1000 BaseSX / LX 1x XFP uplink: •10G Base-R

MA5606-T

•bord based – Pizza box 2U •19” ETSI rack mounting •24G switching capacity

Line interface cards

2x cards

Same kind of card like MA5600-T

Control Cards

•24GbE switching capacity

2x SFP uplink:

•1000 BaseSX/ LX

or

1x GPON uplink:

(19)

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Comprehensive Software Platform

DOPRA

Interface Adapter

TDM

Voice

Packet

Voice

ATM

VRP

BRAS

IP

¾

More than Seven years development —

More than Seven years development

—IAS Integrated Access Software Platform

IAS Integrated Access Software Platform

9Multi-services

• Integrated TDM voice, Packet voice,

ATM services, BRAS, IP services.

9Plenty of access technologies

• PSTN, xDSL, Leased Line, Ethernet,

FTTx, etc.

9Integrated general platform in

Huawei

• Integrated DOPRA and VRP enable

products to utilize new features

quickly.

VRP: Versatile Routing Platform

DOPRA: Distributed Object-oriented Programmable Realtime Architecture

9Module design for series products

• Scrutinizing, modularizing design make it easy to reassemble the system to

construct ATM-DSLAM, IP-DSLAM, MSAN, etc.

(20)

Agenda

BB-AN development trend

Huawei IP BB-AN Products

(21)

WWW.HUAWEI.COM

Multi-Service Solution with SmartAx MA5600-T

Radius Server

iManager N2000 SLA Server Content authority SP farms Game Server Video Server

control BRAS/PE MA5600-T

Aggregation Network

Copper Fiber Central Office MA5600-T MA5606T Remote Site FE/GE/ GPON

Note:

IP/MPLS

Core Network

Hotel / Internet cafe

Residential SOHO/SME Campus Business

(22)

L2/L3 hybrid networking

STB SIP Phone

Aggregation

DHCP Server

IP/MPLS

Core

MA5600T BRAS/PE Enterprise PC DHCP Unicast

HSI over PPPOE

Leased Line over VLAN or Stack VLAN DHCP Broadcast

IPOE IPOE

BRAS/PE

L3 forwarding

(23)

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L2/L3 hybrid networking (cont’)

¾ L2(Ethernet)

¾Include: L2 Traffic Aggregation, L2 QoS, RSTP, VLAN( QinQ & Stack

VLAN ), DHCP Option 82 in L2 mode, PPPoE immediate relay agent…

¾For HSI and Leased Line service, …..

¾Benefit: Low CAPEX, Low OPEX, Mature, Simple

¾Limitation: Not scalable aggregation network (Mac address number, VLAN

number, Redundancy )

¾ L3(IP)

¾Include: IP Routing, Multicast, DHCP Relay, RIP/OSPF…

¾For VoIP and IPTV service, …..

¾Benefit: Scalable aggregation network, Mature redundancy solution, Reduce

burden on BRAS/PE equipment

¾Limitation: Increased cost and complexity, More difficult to manage

(24)

WWW.HUAWEI.COM WWW.HUAWEI.COM VoIP Video Internet MA5600 ADSL PC STB IAD _DHCP DHCP PPPoE Bridge SAR ADSL L3 routing VoIP Video Internet IP-ATM Adapter VoIP traffic Video traffic Internet traffic Stack Vlan 10:100 BRAS/PE VLAN & 802.1p SCU HGW Smart Vlan₂₀₀ Options:  Multi PVC  Single PVC Transport Options:  Smart VLAN  Stack VLAN  QinQ tunneling L2 Switch

Flexible service mapping

STB IAD

SAR

HGW

VLAN Mapping Options:

 PVC 1 to 1 mapping  PVC N to 1 mapping  Mapping according to EtherType Stack Vlan 10:101 Smart Vlan 201

(25)

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¾

Traffic classification according to ACL

¾

ACL based on L2 info, L3 info, or beginning 80 bytes in packet

¾

Actions according to the classification result:

Rate limit , Mirror, Redirection, Filtering, Remark 802.1p/TOS/DSCP

¾

8 priority queues per GE PORT, 4 per DSL PORT

¾

Scheduling method: PQ/ WRR/ PQ+WRR

Guaranteed QoS For Triple-play

Traffic

Queue0 Queue1 Queue2 QueueN SIP DIP SMA DMA SPort DPort ACL CAR Marking Mirror Filtering Redirection

Ingress

Egress

PQ WRR PQ+WRR

Action

(26)

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High Performance IPTV Solution

SCU XDSL GE ….. XDSL ….. ….. GE Multicast Stream Multicast Multicast Multicast IGMP Report Slave Frame

Ch 1

Ch 2

Ch 3

Ch 4

Ch 1

Ch 2

Ch

1 Ch 2

Ch 3

Ch

2 Ch

4 Ch 1

Ch 2

Ch 4

¾

Efficient multicast control: IGMP PROXY

¾

Fast zapping (less than 1 second)

¾

1000 concurrent multicast channels

¾

Non-block multicast: Distributed replication

Ch 4

Ch

3 Ch

1

(27)

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IP backbone

Port bound

profile “

standard

”

Elaborate multicast control

Multicast channel:224.1.2.3 Multicast channel:224.1.2.4

Profile “standard”:

Profile “premium”:

Multicast channel:224.1.2.3 Multicast channel:224.1.2.4 Multicast channel:224.1.2.5

IGMP join request 224.1.2.5 IGMP join 224.1.2.5 IGMP join 224.1.2.5

8

xDSL

Port bound

profile “

premium

”,

permit 224.1.2.5

So interesting, I want to subscribe

MA5600T

xDSL

SCU

Program preview

Program watching statistic

Multicast channel limit per DSL port

Network Based Conditional Access:

channel profile binding for DSL port

(28)

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Summary of multicast features

Feature and Specification

MA5600-T

Max multicast profiles

1k

Max multicast groups (channels)

1000

Multi-profile mode

Y

User-profile mode

Y

Max profiles per user

128 Preview

Y

Multicast log (watching statistic) / CDR

Y (Based on Syslog)

Multicast forwarding

Gigabit Line rate

Network Based Conditional Access

Y

Multicast channel limit per DSL port

0~1000

IGMP capability

400pps

IGMP Join latency

<40ms

IGMP Leave latency

<40ms

Zapping time

<1s

IGMP Proxy

Y

(29)

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Voice service solution

Aggregation

Network

DSLAM HGW AAA BRAS/PE POTS

NGN

Network

xDSL POTS ONT POTS

1. Support POTS

interface with build-in AG

2. Support H.248/MGCP

1. Support POTS

interface with build-in AG

2. Support H.248/MGCP

GPON

Built-in IAD

supporting

SIP/H.323

Built-in IAD

supporting

SIP/H.323

POTS

Built-in IAD

supporting

SIP/H.323

Built-in IAD

supporting

SIP/H.323

Two mode to support voice service

1. DSLAM + IAD

(30)

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High availability solution

Cascading link

redundancy

• 1+1 uplink

redundancy

• 1:1 load sharing

• Link protection

with RSTP Ring

Main Frame

Subtending Frame

1+1 main control

board hot standby

Avialibility:

99.99941%

S

P

L

S

P

M

S

P

M

S

P

L

GIU ETH ETH ETH ETH

S

C

U

PR TA GIU ETH ETH ETH ETH

S

C

U

D

S

L

D

S

L

PR TA CI TA PR TA PR TA CI

Splitter Frame

GIU ETH ETH ETH ETH

S

C

U

S

C

U

D

S

L

D

S

L

PR TA CI TA GIU ETH ETH ETH ETH

S

C

U

S

C

U

D

S

L

D

S

L

PR TA CI TA

N+1 service port

hot standby

Link protection

switchover

independent from

main control board

(31)

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Overview of Resilience Solution

• Backhaul or Subtending Internetworking level

– RSTP for link protection

– Optical signal detection for link backup protection(1+1)

– Link Aggregation (comply with 802.3ad) for load sharing (1:1

future)

• Device Level

– Control and Fabric Module Standby Backup (1+1)

– Backhaul and subtending interface protection independent with

Control and Fabric module

– ADSL port protection (N+1,1+1, Splitter board is necessary)

– DC Power redundancy (1+1)

(32)

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ATM DSLAM

ATM

GE

Existing ATM Network OSS

IP/MPLS CORE

NMS

TL1

2 1. Existing ATM DSLAM migrate with ATM interface on MA5600

2. Existing CPE migrate with PPPoA/IPoA auto conversion

3. Existing ATM/TDM leased line migrate with MPLS on MA5600

ATM to IP Network Migration Solution

ATM (STM-1, E3, IMA E1)

ATM

BRAS

1

MA5600 VPN

3

Leased Line MPLS

(33)

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Auto conversion between PPPoA and PPPoE

1 2 1 IP DSLAM RTU BRAS LCP Request in PPPoA

CPE and BRAS implement PPP layer link setup, negotiation & maintenance and data transmission over the PPP session

PPPoE PADI+LINEID PPPoE PADO PPPoE PADR+LINEID PPPoE PADS IP Core Network VPN PVC GE PPPoA Access IP DSLAM support

translation between PPPoA and PPPoE and packets are sent to external BRAS

BRAS

Internet

Dynamic PPPoE setup/ teardown

Dynamic MAC address pools

Encapsulation auto detection

Support PPPoE Intermediate Agent

2

(34)

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GE

MPLS Metro

Network

Leased Line Migration with MPLS on MA5600

VPN

Network

MA5600

(MPLS PE) _{(MPLS PE)}MA5600

ATM/FR/X.25

GE

IP/MPLS

Core Network

Only reserve core

ATM/TDM network!

PWE3 Service with signalling X.25 ATM ATM X.25 Service without signalling

Conform to PWE3 Standard

Static LSP or dynamic LSP with MPLS LDP

LSP backup and switchover

(35)

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TDM Emulation Solution Based on TDMoIP

ETH/IP/MPLS

Gateway

IP DSLAM

GPON/G.SHDSL

Modem E1 E1 GPON/VDSL/Ethernet UDP/IP G.SHDSL E1 TDMoIP UDP/IP E1 TDMoIP E1 TDMoIP Modem E1

1 Terminate TDMoIP

and extract E1 and

connect it to TDM

network

1 Terminate G.SHDSL/GPON

and extract E1

2 Directly connect E1 to TDM

network or encapsulate E1

over IP and connect to IP net

PBX PBX

TDM

E1

(36)

ETH/IP/MPLS

RNC

Gateway

IP DSLAM

G.SHDSL

Modem 3GNodeB E1/IMA

SDH

E1/IMA ATM STM-1 3G NodeB E1/IMA

3G NodeB Solution Based on ATM PWE3

MPLS Ethernet ATM Cell G.SHDSL IMA E1

PWE3 Pseudo wire_{MPLS tunnel}

MPLS Ethernet

ATM Cell PWE3

1 Terminate E1 IMA & SHDSL IMA

and extract ATM cells

2 Encapsulate ATM cells by PWE3

3 Provide clock insertion and clock

distribution via NTR or E1

1 Terminate PWE3

and extract ATM cells

2 Support ATM

STM-1 interface and mux &

de-mux functions

External

Clocking

(37)

ETH/IP/MPLS

IP DSLAM

Gateway

G.SHDSL

Modem 3GNodeB E1/IMA 3G NodeB E1/IMA

3G NodeB Solution Based on TDMoIP

VDSL/Ethernet ATM Cell IMA E1 ATM Cell IMA E1 ATM Cell IMA E1 Modem RNC ATM STM-1

1 Terminate TDMoIP

and extract ATM cells

2 Support ATM STM-1

interface and mux &

de-mux functions

1 Terminate G.SHDSL and

extract E1

2 Encapsulate E1 over IP

3 Provide clock insertion and

(38)

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Emulation Service Solution Comparison

Advantage

Disadvantage

Conform to IETF standard

OAM and PS based on MPLS

QoS based on MPLS

Static configuration or dynamic

based on MPLS LDP

Support by main vendors

TDMoIP

Multi-service support for ATM/PBX

Decrease the complexity of IP

DSLAM

Less vendors support

Compatibility problem

OAM and PS has no standard

No signal support

ATM PWE3

Metro network need to support

MPLS

(39)

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Clock Solution – ITU G.pactiming Clock Mode

Packet Switch Network

IWF

TDM

_TDM

TDM

Mode 4 :Common Service Clock

Mode 1 :Common Network Clock

Mode 2 :Difference Clock-SRTS

Mode 3 :Adaptive Clock-ACM

Timing Stamp

Normal Packet

IP DSLAM

Gateway

Network Clock

Service Clock

Application Example

Mode 1 : SDH Network

Mode 2 : ATM CES Service

Mode 3 : TDMoIP ACM

(40)

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Emulation Service Clock Recovery comparison

Common

Network Clock

SRTS

ACM

Common

Service Clock

Quality of Clock

Clock quality depends

on the IP network

performance, including

PDV, packet loss ratio,

etc.

Easy to deploy

Mature

application

Less requirement

for IWF

Independent of

Network QoS

Comments

Based on the

network physical

layer infrastructure

The same as mode 1

Based on the

clock network

infrastructure

requirement

(41)

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ONT Types (Home)

• Network Interfaces

• GPON interface: 2.5Gbps/1.25Gbps • 3 or 2 wavelength on a single fiber • 64 ONTs supported per PON

• System Configuration • PON Interface

• 2 POTS ports (RJ-11)

• 4 10/100Base-T ports(RJ-45)

• 1 RF CATV port (75 ohm F coaxial) (optional) • Unified HCMS (Huawei CPE Management System) • Protocols

• ITU-T G.984.1, G.984.2, G.984.3, G.984.4, G.983.3 • MGCP, SIP, MoIP, FoIP (T.38 Fax Relay)

• QoS

• 8 T-CONT queues

• Local Traffic Mgt. (Physical Ports/L2 based Flow Classification, Queue Mgt.,

Scheduling)

• Tagging/Marking, 802.1q/802.1p based • Multicasting video supported

• Operating Environment • Temperature (indoor): 0°C to 40°C • Temperature (outdoor): -40°C to 46°C • Humidity: 5% to 95% • Power Supply • 100V to 240V AC input, 12V DC output • Network Interfaces • GPON interface: 2.5Gbps/1.25Gbps • 3 or 2 wavelength on a single fiber • 64 ONTs supported per PON

• System Configuration

• PON Interface

• 2 POTS ports (RJ-11)

• 4 10/100Base-T ports(RJ-45)

• 1 RF CATV port (75 ohm F coaxial) (optional) • Unified HCMS (Huawei CPE Management System)

• Protocols

• ITU-T G.984.1, G.984.2, G.984.3, G.984.4, G.983.3 • MGCP, SIP, MoIP, FoIP (T.38 Fax Relay)

• QoS

• Local Traffic Mgt. (Physical Ports/L2 based Flow Classification, Queue Mgt.,

Scheduling)

• Tagging/Marking, 802.1q/802.1p based • Multicasting video supported

• Operating Environment • Temperature (indoor): 0°C to 40°C • Temperature (outdoor): -40°C to 46°C • Humidity: 5% to 95% • Power Supply • 100V to 240V AC input, 12V DC output

• Lifeline: Up to 8 hours battery backup, 1 hours for talk

Home ONT

(42)

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ONT Types (Business)

• System Configuration • PON Interface • 4 E1

• 3 10/100Base-T ports(RJ-45), 1 10/100/1000Base-T(RJ45) • Unified HCMS (Huawei CPE Management System)

• Protocols

• ITU-T G.984.1, G.984.2, G.984.3, G.984.4, G.983.3 • QoS

• Local Traffic Mgt. (Physical Ports/L2/L3/L4 based Flow Classification, Queue Mgt.,

Scheduling)

• Tagging/Marking, 802.1q/802.1p/ToS based • Multicasting video supported

• Lifeline: Up to 8 hours battery backup, 1 hours for talk • Commercially sealed lithium battery (Dismountable)/UPS

• System Configuration

• PON Interface • 4 E1

• 3 10/100Base-T ports(RJ-45), 1 10/100/1000Base-T(RJ45) • Unified HCMS (Huawei CPE Management System)

• Protocols

• ITU-T G.984.1, G.984.2, G.984.3, G.984.4, G.983.3

• QoS

• Local Traffic Mgt. (Physical Ports/L2/L3/L4 based Flow Classification, Queue Mgt.,

Scheduling)

• Tagging/Marking, 802.1q/802.1p/ToS based • Multicasting video supported

• Lifeline: Up to 8 hours battery backup, 1 hours for talk • Commercially sealed lithium battery (Dismountable)/UPS

Business

(43)

WWW.HUAWEI.COM WWW.HUAWEI.COM OLT Eth S w it ch PON ONT PON Eth S w it ch VoIP POTS GE PON Eth S w it ch RGW A/D Line signal Codec EC Jitter Buffer TOS SIP Ethernet Switch 802.1Q, 802.1P

Analogue voice service in GPON

Ethernet Switch 802.1Q, 802.1P

RGW

ONT with built-in RGW

¾2 solutions : ONT with built-in RGW, ONT with standalone external RGW

¾ONT with built-in RGW: 2 POTS available, SIP-based VOIP function is realized in ONT

¾ONT with external RGW : the ONU provides FE to connect RGW, and RGW can provide more

analogue line interfaces.

(44)

WWW.HUAWEI.COM WWW.HUAWEI.COM OLT Eth S w it ch PON ONT PON Eth S w it ch GE IP STB _TV

IPTV Multicast Mechanism in GPON

PON Eth S w

1st Multicast

Copy to line

cards

2nd Multicast

Copy to PONs

3rd Multicast

Copy to Eth ports

IGMP Proxy

IGMP Snooping

All ONT in same PON

share a common IP

video tunnel

OLT:

¾2 levels of multicast copy, save bandwidth of OLT switching fabric

¾IGMP proxy in OLT : reduce the multicast ‘join/leave’ messages to multicast server

ONT:

¾All ONT in same PON share a common multicast traffic tunnel, which make use of PON

topology to decrease bandwidth. Each ONT selects its own programs according to its filter

table

¾IGMP Snooping in ONT: ONT send the multicast stream only to the Ethernet port connected

an IP STB, not to all Ethernet ports.

IP network

Multicast Server

(45)

WWW.HUAWEI.COM

Overlay RF Wavelength for Video Service

CATV

BRAS

PC

¾

ONT: RF interface

Video from CATV

network, 1550nm

overlay wavelength

coupled at OLT

Video from CATV

network, 1550nm

overlay wavelength

coupled at OLT

IP

Internet

ONT

SoftSwitch

ONT TV _PC TV WDM Split WDM Overlay OLT WDM Overlay OLT

(46)

WWW.HUAWEI.COM WWW.HUAWEI.COM Multi services NGN&IMS Ready Universal platform ISDN N*64K <64k G.SHDSL ADSL/ADSL2+ VDSL/VDSL2 FE/GE STM-1/IMA POTS Outdoor/ indoor cabinet series ANSI standard F01D1000 F01D500 F01D200 F01D100 Outdoor Indoor

MA5600-T

Triple-play solution NG-DSLAM IP Core H.248 SoftX

_NG-DSLAM

PSTN/DDN/ATM/IP iManager N2000 Zero-Touch Networking solution

Cost-effective

throughout the whole

work flow: planning,

engineering, service

provision, maintenance.

DSLAM POTS Splitter TV Program 1 TV Program 2 Universal platform WiMAX

(47)

WWW.HUAWEI.COM

Roadmap

Full-GE Architecture 32 ports ADSL2+ board 32 ports Splitter board 16 ports G.SHDSL Board

Max 1000 multicast Video Channels IGMP Proxy

Advanced IP QoS ACL and Security RIP2/OSPF

DHCP option60/82 and DHCP relay 4K VLAN, VLAN STACK, Smart VLAN PPPOE/IPOA access, PPPoE Agent

2007

2006Q3

VDSL2 line card

IGMP V3 proxy, snooping SNMP V3

GPON

SHDSL.bis interface card WiMax interface card VDSL2 bonding

2006Q4

VDSL2 Combo card VDSL2 ＋ ISDN card IPv6 MPLS traffic engineering

Now

(48)

Huawei_MA5600T

We hear you.

We hear you.

We hear you.

Marketing Department Of Access Network

Build An Intelligent

Build An Intelligent

FTTx

FTTx

Access Network

Access Network

Agenda

Agenda

BB-AN development trend

Huawei IP BB-AN Products

Multi-service Development:

From HSIA to 3-play today and full-play later

Driven by intense competition, incumbents show considerable interests

in offering bundled multi-service, which is an important way to attract

Today

Future

Yesterday

Services and Bandwidth Required

03

Services

Bandwidth required

Data download

2 Mbps

VoIP, videotelephony and

videoconference

1 Mbps

Music on demand, multimedia

contents

2 Mbps

On-line Gaming

1 Mbps

SD Digital TV

3 Mbps

HD Digital TV

10 Mbps

Additional TV channels (i.e. 2

HD DTV)

20 Mbps

•High

•Bandwidth

•Vs

•Services

•Minimum

•Maximum

<1Mbps

3M

8M

25M

~100M

ADSL/ADSL2+

Copper Based

VDSL2 / ADSL2+

Copper Based

PON/P2P

Fiber Based

time

bandwidth

Shortening copper distance can enhance xDSL bandwidth (FTTN strategy)

Fiber is an alternative way to increase access bandwidth, while keeping a

long reach between CO and users

Consider bandwidth, reach distance and cost, choose the best access

Internet

Video conference

Remote control

VoD

SDTV

Video conf

Game

Live TV

VoD

HDTV

<3km

<2km

<1km

>5km

_FTTH