Allied TelesynNew Products and Solutions for

Enterprise and NSP Market

Vladimir Bošković

August 2005

Agenda

New devices fro enterprise and NSP Convertion 85xx 86xx 88xx 8948 9424 9924 and 9924s AR44xs AR750s iMAP family, including 9100 iMG new products ADSL routers new products LX3800 CWDM Multi-protocol Device Development on 10GE current and nearest future products

Questions are welcome all the time!

Corporate Scenario

Example : Campus Network – Delivering High Speed Application-Aware

Network

SwitchBlade 4004 10/100

10/100/1000

SwitchBlade 4004

SwitchBlade 4008

SwitchBlade 4004SwitchBlade 4008

AT-9812T

Rapier48i

Power User

SwitchBlade4008

Data Centre

Halls of ResidenceScience DepartmentEngineering Department

E-learning video serverDatabase server

E-mail server

AT-EX1001AT-EX1001

• Wire-speed L2/3 switching• Bandwidth Control• Multicast management

• Gigabit Extenders utilise existing MultiMode Fibre

Thick Ethernet (Yellow Co-ax - obsolete)

Thin Ethernet (Black Co-ax - obsolete)

Unshielded Twisted Pair (Cat 5 / Cat 5e / Cat 6)

Fibre (Multi Mode / Single Mode)

Layer 1 – The Cable Type

Layer 1 Types of Copper Cable

 Spectral

BandwidthChannel Length LAN Applications

Cat 1 Voice Cabling

Cat 2 4MHz 4Mb Token Ring (4 x UTP’s)

Cat 3 16MHz 100m10Mb Ethernet, 4Mb Token Ring

Cat 4 20MHz 100m10Mb Ethernet, 16Mb Token Ring

Cat 5 100MHz 100m 1000Mb Ethernet

Cat 5e * 100MHz 100m 1000Mb Ethernet

Cat 6 ** 250MHz 100m 1000Mb Ethernet

Cat 7 600MHz 100m None available at this time* e stands for enhanced – has better crosstalk** Cat 6 is expensive, large cross section & large bend radius

DSL in Enterprise MarketHotel solution

Direct to iMG for ADSL Single Homeor Ethernet Switch/

iMAP DSLAMIn MTU Applications

ADSL or

EthernetOver Fiber

Gate of the factory

Ethernet

ADSL MODEM/ROUTER

ADSL over 2 wires

Phone

CorporateHQ

Connection to the gates in factories

High resiliency for VoIP DATA and Video

Master Domain #1

Transit Domain #1

Transit Domain #1

Transit Domain #1

Primary

Secondary

HealthCheck(Periodic)

Blocks Data VLANs

Workstations

Workstations

Workstations

Workstations

Internet

PSTN

NSP Scenarion

IP Core NetworkIP Core Network

FutureMulti-Service networks

Tel

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ion

Tel

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ion

AccessAccess Access

Clients

AccessAccessAccessAccess AccessAccess

Servers

Communcation Control

Content Content

EvolutionEvolution

Tel

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Mo

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Mo

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Dat

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Services

Transport, Switching & Access Networks

TodaySingle-Service networks

Broadband Network Architecture

The whole is greater than the sum of individual parts!

MultiService Access Platforms

Transport/Core Network

MiddlewareMngt

VideoOn-Demand

Router

Internet PSTN

VoIP Gateway

NMSCustomerServiceOSS &

Billing

MiddlewareApplicationServer

MultiLayerSwitching

VideoProcessingEquipment

Copper in AccessFiber in AccessResilient Fiber Ring1 or 10 Gigabit Ethernet

MAN Node

Access Sub-ring

Residential Gateways

Triple Play Services for Consumers

10Mb - Ethernet - Original Ethernet speed, still commonplace IEEE 802.3

– 10Base5 – Thick Ethernet (Co-ax) - obsolete– 10Base2 – Thin Ethernet (Co-ax) - obsolete– 10BaseFL – 10Mb over MM Fibre using 850nm drivers– 10BaseT – 10Mb over two unshielded twisted pairs

100Mb - Fast Ethernet - 10/100 Current workstation standard IEEE 802.3u

– 100BaseT4 – 100Mb over four unshielded twisted pairs - obsolete– 100BaseTX – 100Mb over two unshielded twisted pairs– 100BaseFX – 100Mb over Multi Mode fibre using 1310nm drivers– 100BaseSX – 100Mb over Multi Mode fibre using 850nm drivers

1Gb - Gigabit Ethernet – Server standard – Network Backbone standard

– 1000BaseT – 1000Mb over four unshielded twisted pair IEEE 802.3z– 1000BaseTX – 1000Mb over two unshielded twisted pair – (requires Cat6, no product avail)– 1000BaseSX – 1000Mb over Multi Mode fibre– 1000BaseLX – 1000Mb over Single Mode fibre

10Gb - 10 Gig Ethernet – IEEE P802.ae – Large Network Backbone standard

– 10GBaseSR – 10 Gig over MM using 850nm (28 meters max)– 10GBaseLX4 – 10 Gig over MM using 4 way mux (300 metres max)– 10GBaseLR – 10 Gig over SM using 1310nm (10Km) – 10GBaseER – 10 Gig over SM using 1550nm (40Km)– 10GBaseZR – 10 Gig over SM using 1550nm (80Km)– 10GBaseCX4 – 10 Gig over copper 15 metres

Ethernet Standards Family(Speed defined at Layer 2 of OSI Seven Layer Model)

Ethernet Fibre Distance Limitations

  Stated Optical Distance using Distance using Distance using

Standard Distance Frequency 62.5/125 50/125 9/125

10FL MM 2Km 850nm 2Km 2Km  --

10FL SM * 15Km 1310nm   --  -- 15Km

100SX MM 300m 850nm 300m 300m  --

100FX MM 2Km 1310nm 2Km 2Km  --

100FX SM (15Km) * 15Km 1310nm  --  -- 15Km

100FX SM (40Km) * 40Km 1310nm  --  -- 40Km

100FX SM (75Km) * 75Km 1310nm  --  -- 75Km

100FX SM (100Km) * 100Km 1550nm  --  -- 100Km

1000SX MM 500m 850nm 220m 500m  --

1000LX SM (10Km) 10Km 1310nm 550m 550m 10Km

1000LX SM (20Km) * 20Km 1310nm  --  -- 20Km

1000LX SM (50Km) * 50Km 1550nm  --  -- 50Km

1000LX SM (70Km) * 70Km 1550nm  --  -- 70Km

* Standards based signalling but with Single mode optics. Excessive attenuation will reduce the distance. Requires mode conditioning patch cords

Common Characteristics

Fiber Ethernet 10/100/1000 and 10GE IP protocol DSL technologies usable in enterprise environment as

well Redundancy and resiliency Same applications – IP Data, IP Telephony, IP TV, Security

etc. Differences between LAN and WAN are narrowing Differences between Enterprise and NSP are narrowing

Operators and Providers

Enterprise and Government Organisations

Customers who believe in our vision

Questions