Desarrollo de redes a alta velocidad.100 Gb Ethernet! Mario M. Ueno Director Regional Sur EMEA mueno@force10networks.com

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1 Desarrollo de redes a alta velocidad.100 Gb Ethernet! Mario M. Ueno Director Regional Sur EMEA mueno@force10networks.com

2 Resumen de Compañía Aportación Tecnológica Prestaciones/Confiabilidad Alta Densidad de puertas ethernet (1260 x 1G en un chasis) Ademas de 10/100/1000/10G.Para 100 Giga! PRIMERA en lanzar al mercado 10 G line rate. Segun Dell Oro, MAYOR CRECIMIENTO en puertas de 10G #2 en ventas de número de puertas de 10 G España, como despliegue de Sur de Europa Preside el comité de estudio de alta velocidad del IEEE (HSSG) 2

PRIMERA en lanzar al mercado 10 G line rate.

3 Valor de la Densidad de puertos Eliminar interconexiones innecesarias OP-EX 4 x 10 GbE uplinks Power 19,920 W BTU / hr 12,812 BTU / hr 67,960 CAP-EX 9 75% reducción de inversión > $1 millón en ahorro de costes 9 Uno, frente a CINCO 9 28 placas de red menos 3 OP-EX Power 3,760 W 270 line-rate nodes 4 x 10 GbE uplinks 48 x 10 GbE Interconnects line-rate nodes OP-EX 9 81% menor de potencia 9 81% menor de refrigeración 9 80% menos de espacio

CINCO 9 28 placas de red menos 3 OP-EX Power 3,760 W 270 line-rate nodes 4 x 10 GbE uplinks 48 x 10 GbE

4 Declaración del IEEE-SA Standards Board Operations Manual, Enero 2005 Lecturas, simposios, seminarios o cursos de divulgación que hagan referencia a informaciones sobre estándares del IEEE deberan de aclararse que deben ser interpretadas como opinión personal del individuo que las presenta y no declaraciones formales del IEEE. 4

sobre estándares del IEEE deberan de aclararse que deben ser interpretadas como

5 La industria observa. Network World June 14, Controversy threatens 100G standards work Some in IEEE study group press inclusion of 40G A debate within the IEEE threatens to stall work on a 100Gbps Ethernet standard and the very existence of the working group defining it. The comments for this article were taken from the HSSG Reflector! HSSG Reflector has 600 people at this time 5

IEEE threatens to stall work on a 100Gbps Ethernet standard and the very existence of the working group defining

6 Razones citadas para 100 G Eth LAG (Agregación de enlaces) frente acceso único Utilizacion de servidores de menor coste a 1 G MIgracion de servidores de 1G a 10 G Demenda de puertas 10G Blade Servers Planes de virtualización Mi core necesita soportar mas de 10 G My carrier no esta ofreciendome servicios a 10 G Video On Demand / High Definition Multicast Traffic Financial Applications Broadband Access and Content Consumption 6

virtualización Mi core necesita soportar mas de 10 G My carrier no esta ofreciendome servicios a 10 G Video

7 Participation HSSG System Vendors ADVA Alcatel-Lucent Brocade Cisco Cray Dell Ericsson Extreme Networks Force10 Networks Fujitsu HP ProCurve Huawei IBM Infinera Juniper Opvista Nokia-Siemens Sun Foundry Networks 7

Force10 Networks Fujitsu HP ProCurve Huawei IBM

8 HSSG Participation- Component Vendors AMCC Broadcom Cortina Systems Fulcrum Intel LSI Texas Instruments Vitesse Xilinx Apogee APIC Avago Cyoptics Excelight Finisar JDSU (Picolight) Kotura OCP OpNext Amphenol Corning Gore Hitachi Meritec Molex OFS Panduit Systimax Tyco 8

Avago Cyoptics Excelight Finisar JDSU (Picolight) Kotura OCP OpNext

9 HSSG Participation: The End-User Community Personas de las siguientes compañías han expresado su apoyo a 100Gb Ethernet en HSSG: Amazon AMS-IX AOL CBS Cox Communications Comcast Deutsche Telekom, T-Com Deutsche Telekom, T-Systems EDS Equinix Google Japan Internet Exchange Co. Ltd. LBNL Level3 Communication Microsoft / MSN NERSC Netflix NTT America NYSE Group Softbank BB Sprint Time Warner Cable Verizon Yahoo! KPN 9

Deutsche Telekom, T-Systems EDS Equinix Google Japan Internet Exchange Co. Ltd.

10 El Ecosistema Ethernet Acceso banda ancha Proveedores de contenido Broadband Access Networks Internet Backbone Networks Internet Backbone Networks Enterprise Networks Data Centers y Enterprise 10 Internet exchange and Interconnection Points Content Networks Research Networks Govierno, Educación e investigación IEEE HSSG Call-For-Interest, 7/2006

Centers y Enterprise 10 Internet exchange and Interconnection Points Content Networks

11 Ancho de banda y proyecciones Consumer Broadband Access Comcast: 4x10 GbE LAG today, 3X BW increase in 3 to 5 years LLNL: 4x10 GbE LAG Backbone Level 3:Internet 8x10 GbE LAG today, and 500x10 GbE ports Networks Content BW growth 15x in 5 years today, 10x speed Networks (~70%/year) requirement in 5 years on deployed ports Broadband Access Networks Cox: 10 GbE today, BW growth 50-75% per year for next 3 5 years 11 Internet Backbone Networks ResearchESnet: 10 GbE today, Networks10 Gbps on 20+ links Internet Exchanges: Up to 5 years from now; 58x10 GbE LAG today, 10 locations will BW growth 50-75% per year require more than 40 and for next 3 5 years Research, Education Gbps Cisco: 10GbE today, Enterprise 40+ GbE (100 GbE Networks preferred) in 5 years Corporate Data Centers Enterprise Yahoo!: 4x10 GbE LAG today, Content BW doubling in <12 months Providers and Government Facilities IEEE HSSG Call-For-Interest, 7/2006

for next 3 5 years 11 Internet Backbone Networks ResearchESnet: 10 GbE today, Networks10 Gbps on 20+ links Internet Exchanges: Up to 5 years from now; 58x10 GbE LAG today, 10 locations will BW growth

12 Today s Realities for Yahoo! 12 ** Adam Bechtel, Yahoo!, bechtel_01_0307

13 Development Paths For Data Center Interconnects WAN L3 Routers ISP1 Today Tomorrow The Future Gb Gb n x 100 Gb n x 10 GbE n x 100 GbE n x 100 GbE 100 GbE n x 100 GbE ISP2 Firewall/VPN L2 Aggregation Switches (100 GbE) Load Balancers 10 GbE L2 Access Switches Computing Servers GbE 10 GbE Switches, Back-end Network Storage, Backup 13 Core Networking 40 GbE

ISP2 Firewall/VPN L2 Aggregation Switches (100 GbE) Load Balancers 10 GbE L2 Access Switches

14 Perspectives on Servers / NICs 100 GE 10 GE 10 GE 10 GE 10 GE HOST HOST HOST HOST From a Data Center Perspective** The Cluster is the server Network aggregation layers are the new NICs (pathways to the server) From a Server Perspective - The NIC is the interface to the server Lack of 100G in the Infrastructure is depressing sale of 10G ports at the server level * 14 * Ed Reynolds, Troy Sprenger, sprenger_01_0307 ** Donn Lee, Google, lee_01_0307

From a Server Perspective - The NIC is the interface to the server Lack of 100G in the Infrastructure is

15 Timing of Application Needs 1,000,000 Rate Mb/s 100,000 10,000 Core Networking Doubling 18 mos 100 Gigabit Ethernet 40 Gigabit Ethernet 10 Gigabit Ethernet 1, Server I/O Doubling 24 mos Gigabit Ethernet Date

40 Gigabit Ethernet 10 Gigabit Ethernet 1,000 100 Server I/O

16 HSSG Objectives Support full-duplex operation only Preserve the / Ethernet frame format utilizing the MAC Preserve minimum and maximum FrameSize of current standard Support a BER better than or equal to at the MAC/PLS service interface Provide appropriate support for OTN Support a MAC data rate of 40 Gb/s Provide Physical Layer specifications which support 40 Gb/s operation over: at least 100m on OM3 MMF at least 10m over a copper cable assembly at least 1m over a backplane Support a MAC data rate of 100 Gb/s Provide Physical Layer specifications which support 100 Gb/s operation over: at least 40km on SMF at least 10km on SMF at least 100m on OM3 MMF at least 10m over a copper cable assembly Adopted by HSSG and approved by at July 2007 Plenary 16

which support 40 Gb/s operation over: at least 100m on OM3 MMF at least 10m over a copper cable assembly at least 1m over a backplane Support a MAC data rate of 100 Gb/s Provide Physical Layer

17 HSSG Summary (1 of 2) 40 Gb/s optimized for server market and computing applications. Blade Servers - 1m backplane inside the chassis communications Rack Servers - 10m Cu cable switching within a rack or row Pedestal Servers - 100m OM3 MMF across a data center 100 Gb/s optimized network aggregation market and core networking applications. Physical Layer Signaling Specifications to be developed for: At least 1m backplane At least 10m cu cable At least 100m OM3 MMF At least 10km SMF At least 40km SMF 40G 100G 17

Pedestal Servers - 100m OM3 MMF across a data center 100 Gb/s optimized network aggregation market and core networking

18 HSSG Summary (2 of 2) Provide appropriate support for OTN 40 GbE transportable over tomorrow s legacy networks 100 GbE transportable over tomorrow s Greenfield networks This effort will produce 1 amendment to the IEEE specification. 40 GbE and 100 GbE will be delivered together End Users calling now for HSSG2 18

Greenfield networks This effort will produce 1 amendment to the IEEE 802.

19 Developing a Standard Ideas From Industry Feasibility and Research Call for Interest Study Group Task Force Working Group Ballot Sponsor Ballot Standards Board Approval Publication Industry Pioneering 1 Year Ad Hoc Efforts CFI July 18, 2006 HSSG is here Q1 08 Q

Sponsor Ballot Standards Board Approval Publication Industry

20 Possible Timeline (Jul PAR) TASK FORCE Formed WG Ballot HSSG Formed PAR Approved TF Review Sponsor Ballot STD!!! J U L S E P N O V J A N M A R M A Y J U L S E P N O V J A N M A R M A Y J U L S E P N O V J A N M A R M A Y J U L S E P N O V J A N M A R M A Y J U L S E P N O V Begin tech selection D 1 D 2 D 3 D 4 PAR Approved Last New Proposal Last Feature Last Technical Change Plenary PAR Approved LMSC Interim 20

N O V J A N M A R M A Y J U L S E P N O V J A N M A R M A Y J U L S E P N O V Begin tech selection D 1 D 2 D 3

21 Access Broadband Access Provider Softbank BB Service Area Japan # Subscribers 5M (Jan 07) Access Types ADSL, ADSL2, ADSL2+, GE-PON Rates: ADSL 8Mb/s to 50 Mb/s GE-PON 100 Mb/s Traffic Projection (to 2010) 30% Annual Growth 10 GbE (2010) 1.5K to 2K Ports 100 GbE (2010) 50 to 100 Ports 21 goergen_01_0307 Data Contributed by Softbank BB Corp.

22 AMS-IX Daily Traffic Internet Exchanges Feb Gb/s Feb Gb/s Feb GbE 10 Queued Requests 8 (2 x10gbe) 2 (3x10GbE) End of 2007 Estimate GbE Ports 22 goergen_01_0307 Provided by Niels Bakker, AMS-IX

23 Anatomia de una solucion de 100G: Temperatura y refrigeracion System is already designed for cooling >400W/slot Front to back filtered airflow for carrier deployments 1+1 cooling redundancy Active health monitoring for fan status reporting 23

24 The Path of Innovation to 100 GbE and Higher Density 1st Generation Line Cards EtherScale E-Series E Tbps Passive Copper Backplane 100 GbE Ready 4th Generation Line Cards 2nd Generation 90-port Line Cards GbE TeraScale E-Series E port 10 GbE Line Cards High Density 10 GbE Very High Density GbE January 2002 E1200 ( Tbps) 28 x 10 GbE 336 x GbE 1st Generation Switch Fabric Module (SFM) Gbps/Slot October 2002 September 2004 E x 10 GbE 672 x 1 GbE April 2005 October 2005 March * E /224 x 10 GbE 672/1260 x GbE E600 28/112 x 10 GbE 336/630 x GbE E600 E600 (900 Mbps) 28 x 10 GbE 14 x 10 GbE E x GbE 196 x GbE 56 x 10 GbE 672/1260 x GbE E x 10 GbE 336/630 x GbE 24 High Density 3rd Generation 100 GbE 2nd Generation Switch Fabric Module (SFM3) 225 Gbps/Slot 200x* 3rd Generation Switch Fabric Module Gbps/Slot E1200 (3.375 Tbps) E600 (1.8 Tbps) 100 GbE Ready * planned

25 IEEE HSSG John D Ambrosia Chair IEEE HSSG jdambrosia@ieee.org To subscribe to the HSSG reflector, send an to: ListServ@ieee.org with the following in the body of the message: subscribe stds hssg <your first name> <your last name> end HSSG web page URL: 25

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