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Allied Telesyn New Products and Solutions for Enterprise and NSP Market

Allied Telesyn New 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

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Allied Telesyn New Products and Solutions for Enterprise and NSP Market

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  1. Allied TelesynNew Products and Solutions for Enterprise and NSP Market Vladimir Bošković August 2005

  2. 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!

  3. Corporate Scenario

  4. Example : Campus Network – Delivering High Speed Application-Aware Network Engineering Department Science Department Halls of Residence AT-9812T Power User SwitchBlade 4004 10/100 Rapier48i 10/100/1000 SwitchBlade 4008 SwitchBlade 4004 SwitchBlade 4004 SwitchBlade 4008 Data Centre SwitchBlade 4008 AT-EX1001 AT-EX1001 E-learning video server • Gigabit Extenders utilise existing MultiMode Fibre Database server E-mail server • Wire-speed L2/3 switching • Bandwidth Control • Multicast management

  5. Layer 1 – The Cable Type • 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)

  6. Layer 1 Types of Copper Cable * e stands for enhanced – has better crosstalk ** Cat 6 is expensive, large cross section & large bend radius

  7. Corporate HQ Ethernet ADSL over 2 wires Gate of the factory Phone ADSL MODEM/ROUTER DSL in Enterprise Market Hotel solution Connection to the gates in factories ADSL or Ethernet Over Fiber Direct to iMG for ADSL Single Home or Ethernet Switch/ iMAP DSLAM In MTU Applications

  8. HealthCheck (Periodic) Primary Secondary Workstations Blocks Data VLANs Workstations Master Domain #1 Workstations Transit Domain #1 Transit Domain #1 Workstations Transit Domain #1 High resiliency for VoIP DATA and Video PSTN Internet

  9. NSP Scenarion

  10. Services Servers Content Content Communcation Control IP Core Network Mobile Data Telephony Television Access Access Access Access Access Access Clients Transport, Switching & Access Networks Broadband Network Architecture Today Single-Service networks Future Multi-Service networks Evolution The whole is greater than the sum of individual parts!

  11. Internet PSTN Router VoIP Gateway Middleware Mngt Customer Service OSS & Billing Video Processing Equipment NMS MultiLayer Switching MAN Node Transport/Core Network Video On-Demand Application Server Middleware Access Sub-ring MultiService Access Platforms Residential Gateways Copper in Access Fiber in Access Resilient Fiber Ring 1 or 10 Gigabit Ethernet

  12. Triple Play Services for Consumers

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

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

  15. 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

  16. Customers who believe in our vision Enterprise and Government Organisations Operators and Providers

  17. Questions

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