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OmniSwitch 9000

OmniSwitch 9000. PreSales. PreSales Support - Training Presentation (Level 2). Sales Support Training Agenda. Introduction to the OS 9700 Product Overview Technical Features Key Technical Benefits and Differentiators Customer Requirements and Solutions

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OmniSwitch 9000

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  1. OmniSwitch 9000 PreSales PreSales Support - Training Presentation (Level 2)

  2. Sales Support Training Agenda • Introduction to the OS 9700 • Product Overview • Technical Features • Key Technical Benefits and Differentiators Customer Requirements and Solutions • Positioning of Product in the Alcatel Portfolio • Basic Configuration & Bundle Guidelines • Acronyms, Abbreviations, and Contacts

  3. Introduction to the OmniSwitch 9000 • The Enterprise next generation modular Switch/Router • A resilient, affordable & high performance solution • Large Gigabit & 10 Gigabit Ethernet port density • Redundant architecture for converged networks • Native support for IPv4 & IPv6 for network future-proofing • A totally new Architecture • Extensive Multicast support (L2/IPv4/IPv6) • Enhanced network response time • Protection of the control plane from external attacks (DoS)

  4. OmniSwitch 9700Product overview 285 Mpps(L2/L3/L4 forwarding rate) • 10 Slot Chassis • 8 slots for NIs • NIs are common across the OS9000 family • NIs are hot swappable & not slot dependent • 2 slots for OS9700-CMM management modules • Active/Standby redundancy for Control • Active/Active redundancy for Switching Fabric • Backplane architecture • Passive backplane (capable of 960 Gbps) • Physical specs • Rack Mount in 19” and 23” Racks • Dimensions & Weight: (H) 19.25” / 48.9 cm / 11 Rack Units (W) 17.40” / 44.2 cm (D) 14.75” / 37.5 cm (Weight) 132.5 lb (60 kg) fully loaded / 55 lb (25 kg) for chassis alone

  5. OmniSwitch 9800Product overview 570 Mpps(L2/L3/L4 forwarding rate) • 18 Slot Chassis • 16 slots for NIs • NIs are common across the OS9000 family • NIs are hot swappable & not slot dependent • 2 slots for OS9800-CMM management modules • Active/Standby redundancy for Control • Active/Active redundancy for Switching Fabric • Backplane architecture • Passive backplane (capable of 1.92 Tbps) • Physical specs • Rack Mount in 19” and 23” Racks • Dimensions & Weight: (H) 29.75” / 75.6 cm / 17 Rack Units (W) 17.40” / 44.2 cm (D) 14.75” / 37.5 cm (Weight) 188 lb (85 kg) fully loaded / 80 lb (36 kg) for chassis alone

  6. Technical Features of the OS 9000 Benefits & Differentiators • High Density for GigE & 10GigE • High Performance for GigE & 10GigE • High Availability • Complete IP Support • Complete Multicast Solutions • System Architecture

  7. Technical Features: OS9-GNI-U24 192 9700 OS9-GNI-C24 384 9800 OS9-GNI-P24 200 400 16 OS9-XNI-U2 9700 32 9800 50 100 48 9700 OS9-XNI-U6 96 9800 High Density for GigE & 10GigE • Gigabit Ethernet density (SFP & RJ45 connectors) • 10 Gigabit Ethernet density (XFP connectors)

  8. Technical Features: High Performance for GigE & 10GigE • System Architecture features • Wire-rate processing & forwarding : • Each module to provide up to 35.7 Mpps (i.e. aggregated bandwidth of 48 Gbps) • Two module categories: High Performance & High Density • High Performance modules: GNI-C24, GNI-P24, GNI-U24 & XNI-U2 • Performance modules to provide full forwarding rate, simultaneously on all ports • High Density module: XNI-U6 • High density modules to provide the best performance / cost • Each port is capable of line rate operation but aggregated performance limited to the module overall performance (35.7Mpps) • Traffic over-subscription handled with additional smart QoS capabilities (L1-L4)=> High Density QoS can be operating in trusted, untrusted or user-configurable mode

  9. Technical Features: FansRedundancy CMMRedundancy PowerRedundancy High Availability • Physical Redundancy • Absence of any single point of failure • Redundant CMMs (CPU & Fabric) • Redundant PSUs • Redundant Fans (on the back) • Logical Redundancy (AOS) • Distributed Software • Each module to feature a CPU • Most layer-2 & basic layer-3 processes are distributed on the module themselves • => Foundation of the Smart Continuous Switching • Large number of open Standards (IEEE & RFCs) for resilient designs • Link aggregate (IEEE 802.3ad), Spanning Tree (IEEE 802.1D, 802.1w & 802.1s) • VRRP, Routing Protocols for IPv4, IPv6 & IPX • HW based mechanism to secure the control plane • Integrated DoS protection (early discard) & L2 Storm Control

  10. Technical Features: Complete IP support – IPv4 & IPv6 • IPv4 & IPv6 processed in HW to deliver wire-rate performance • No latency nor throughput impact by enabling IPv6 support • Dual stacks & tunneling capabilities for smoother IPv4 to IPv6 migration • IP stack to feature key routing Protocols • IPv4: RIP v1/v2 – OSPF v2 – BGP v4 • IPv6: RIP ng – OSPF v3 • Powerful classification for traffic filtering and prioritization • Capability to compare up to 352 bits / 128 bytes deep, on the fly

  11. Technical Features: Registration MC Routing IPv6 MLD v1/v2 PIM SM PIM DM IPv4 IGMP v1/v2/v3 PIM SMPIM DM/DVMRP Complete Multicast Solution • Wire-rate Multicast forwarding & replication • Non-IP Multicast (Layer-2) • Native support of Layer-2 Multicast => Packets to be replicated to all ports of the VLAN • High Availability support for clustering deployment=> Packets to be replicated to a pre-defined subset of ports of the VLAN • IP Multicast (Switching & Routing)

  12. Technical Features: System Architecture • Principle of operation for Fabric Load Sharing • Traffic intra-module to be processed & forwarded locally • Traffic inter-module to forwarded through the Virtual Switching Fabric • Each CMM will provide a 24Gbps connection between each module • Full switching capacity reached in dual CMM configuration 35.7Mpps per slot (locally or through the fabric)

  13. Technical Features: System Architecture • Principle of operation for Distributed Processing • Each module to provide a high performance CPU • CMM’s CPU responsible for management & overall coordination • Module’s CPU responsible for most operations • Management bus is a dedicated Gigabit Ethernet bus • Each module’s CPU to have a direct connection with each CMM’s CPU

  14. OA600 Alcatel 7x50 OAW 6000 FG-1000 OS9000 OS8800 OS9000 OS9000 OS6800 Sygate/Funk server OmniVista NMS Sygate / Funk client OS6800 OAW-AP OS6600 OS-LS-6200 OS9000 Alcatel Network Solutions

  15. Basic configuration guidelines • Selection of the Chassis • Based on how many modules are required: 8 or 16 ? • 8 modules => OS9700 • 16 modules => OS9800 • => Requirement may include some available slots for future growth • Selection of the redundancy option • Total (CMM and PSU) or Partial (CMM only or PSU only) ? • CMM Redundancy is highly recommended • Optimal throughput based on both Fabric Modules installed (load sharing) • Selection of the Power • Based on what type of power source is available: AC or DC ?

  16. Basic configuration guidelines • Selection of Modules • Based on interface requirement • GigE copper (RJ45 x 24) => OS9-GNI-C24 • GigE copper w/ PoE (RJ45 x 24) => OS9-GNI-P24 • GigE universal (SFP x 24) => OS9-GNI-U24 • 10GigE universal (performance) (XFP x 2) => OS9-XNI-U2 • 10GigE universal (density) (XFP x 6) => OS9-XNI-U6 • Selection of pluggables for universal modules • Based on media (MMF, SMF, Copper) and distance to achieve • SFP (GigE) SX, LX, LH, CWDM, 100FX, Copper (10/100/1000) • XFP (10GigE) SR, LR • Selection of PoE • If OS9-GNI-P24 are required to deliver PoE, then a PoE Shelf is needed • Each shelf can support up to 4 PSU, w/ each PSU delivering up to 600 W

  17. Pricing guidelines • Selection of the proper bundle • Identify the chassis (OS9700 or OS9800) • Redundancy option (RCB) or Base option (CB) • Redundancy option will provide the complete redundancy, i.e. CMM & PSU • If partial redundancy is desired then select the Base bundle and complete later • Power (AC or DC) • Selection of the modules • Selection of the accessories • Partial Redundant option for non redundant configuration • Pluggable for universal modules • PoE Power Shelf & PoE Power Supplies

  18. Acronyms and abbreviation • OS9000 OmniSwitch 9000 - The next generation switch/router from ESD • AOS Alcatel Operating System • OS9000 will introduce AOS 6.0 • OV OmniVista • The reference NMS software from ESD for managing all data equipments (inc. 3rd party) • PoE Power over Ethernet (IEEE 802.3af) • Capable of delivering up to 15W over Cat 5 cables • Ideal for edge deployment with IP Phones / WLAN • GigE Gigabit Ethernet – 1,000 Mbps • 10GigE 10 Gigabit Ethernet- 10,000 Mbps

  19. www.alcatel.com

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