寬頻發展趨勢 “Building Metro Networks” Offering Ethernet Services 中興大學九十一年度 區網中心研討會 Extreme Networks 極進網路台灣分公司 錢旭光. 陳瑞建
Agenda § Extreme Way § Broadband Network Trends § Metro Area Network § How to build an MAN § MAN Technologies § Q&A 2
The Extreme Way Delivering the Most Effective Applications Infrastructure
The Extreme Way: A Networking Success Story We founded Extreme Networks in 1996 because networks were slow, expensive and complex – and nobody was doing anything about it We built some of the largest networks in the world: Compaq, Microsoft and Shell revolution by making networks that are simpler, faster and less expensive. We led the silicon switching 4
An International Company From Day One More than 50% of revenues come from outside the US Offices in over 25 countries 24/7 customer support based on three continents
Outstanding Financial Performance One of the fastest Silicon Valley history growing companies in 6
Financial Performance: Business Mix 7
Financial Performance: Market Share Q 1 Calendar Year 2002 – January - March 2002 Worldwide Layer 3 Total Port Share (10/1000 Ethernet) Avaya 2. 1% 3 Com 3. 7% Alcatel 4. 9% Riverstone 5. 3% Others 8. 3% Extreme 27. 4% Worldwide Layer 3 Fast Ethernet Port Share Avaya 2. 2% Alcatel 3. 9% Others 9. 6% Extreme 31. 3% Alcatel 5. 2% Riverstone 5. 4% Foundry 9. 2% Cisco 18. 4% Enterasys 12. 7% Riverstone 3. 9% Avaya 1. 7% Others 7. 2% Extreme 15. 3% Enterasys 5. 7% Foundry 7. 1% Nortel 7. 9% Nortel 8. 0% Worldwide Layer 3 Gigabit Ethernet Port Share Foundry 10. 0% Cisco 13. 4% Enterasys 15. 0% Cisco 31. 5% Nortel 9. 0% 3 Com 15. 6% 8
Financial Performance: Market Share Calendar Year 2001 Worldwide Layer 3 Total Port Share (10/1000 Ethernet) 3 Com 1. 0% Avaya 1. 8% Others 7. 5% Extreme 27. 0% Riverstone 5. 5% Alcatel 6. 1% Worldwide Layer 3 Fast Ethernet Port Share Avaya 1. 6% Others 7. 9% Riverstone 5. 2% Alcatel 6. 1% Extreme 28. 1% Enterasys 18. 8% Foundry 10. 4% Nortel 12. 1% Others 10. 4% 3 Com 3. 9% Riverstone 5. 3% Extreme 23. 0% Alcatel 6. 5% Cisco 8. 7% Cisco 9. 8% Worldwide Layer 3 Gigabit Ethernet Port Share Foundry 10. 2% Nortel 11. 8% Enterasys 20. 1% Nortel 15. 1% Cisco 9. 1% Foundry 12. 1% Enterasys 13. 0% 9
The Value Of The Extreme Way 10
The Value Of The Extreme Way 11
The Value Of The Extreme Way 12
The Extreme Product Family Summit 13
It’s Going To Be One Big Networked World… 14
The Extreme Future We believe Extreme’s Ethernet Everywhere vision is the future of global networking Our ultimate goal is to be an integral part of the world’s communications system Extreme is creating a future of easily deployed, highly scalable, intelligently managed, ubiquitous applications infrastructure 15
Broadband Network Trend
Broadband Network Trends § 80% of traffic is data and doubling every 12 months § Broadband networks must evolve from voice to data optimized § Demand for more speed, lower price, better service § Plenty of alternatives technologies and players § 10 G, x. DSL, Wireless and IXCs, ILECs, NAPs, CLECs § Metro fiber and 10 G/WDM removes the bandwidth barrier § Glut will drive prices down, CLECs must reduce costs § IP and Ethernet each eclipsing rivals in Metro Network t MAN erne Eth 17
What’s a Metro Area Network (MAN) § High-capacity fiber backbone covering metro area § § § Typically runs on SONET ring or dual ring Usually multiple interconnected rings Utilizes fiber owned or leased by Service Provider § Cost breakdown different from long haul networks § § Long haul: 70% fiber, 30% equipment Metro area: 30% fiber, 70% equipment * § Backbone equipment is very strategic investment for Metro Area Network service providers * Source: Banc Robertson Stevens 1999 18
Typical MAN Architecture Off Net T 1 Central Office T 3 • SONET/SDH core • Multi-protocol • High reliability • Bandwidth guarantees • Predictable latency • Very expensive • Hard to change • Voice optimized • Inefficient for data Other Metro Regions Qwest n Gigabit Local ring On Net Sub Gb Local ring Multi-Gigabit Metro Ring SONET Level 3 Public Peering 19
Who Are The Metro Players § Metro Service Providers § Typically Regional CLECs (Tier 2) and ILECs § Sell retail bandwidth and services to Enterprises § Sell wholesale bandwidth and services to CLECs and ISPs § IXCs, NAPs, Next Generation Carriers § Offering wholesale long haul transport between regions § Municipalities, Utilities § Offering wholesale dark fiber leasing to CLECs and ILECs 20
Metro Provider Business Strategy § Metro bandwidth at unprecedented price points § Disruptive price point for high-bandwidth customers § Faster deployment and flexible control of bandwidth § Within same metro and long distance between metros § Large / medium Enterprises and Tier 3 CLEC/ISPs § Inter-connecting enterprise LANs and SP POPs § Providing wholesales and retail Internet access 21
Metro Provider Network Strategy § IP centric network and product strategy § IP/Ethernet hand-off to customers § Via switch at customer premises or co-lo facility § Own as much of the backbone as possible § Purchase or long term lease of metro dark fiber § Own backbone equipment, customer located equipment (CLE) § Lease wholesale bandwidth for long haul 22
Ethernet Metro Market Drivers § Enterprise Networks Outsourcing Data Services § § IT shifting network build-out to Metro providers High bandwidth applications (storage, Backup, . . ) across the Metro, double traffic every 1~2 years § Existing Metro technologies (TDM) are NOT data optimized § § Legacy networks are built for voice Difficult to scale to support high bandwidth services § Better Economics for delivering high bandwidth services § § Delivering “just in time” bandwidth Faster return on investment 23
The Metro Today L 2/L 3 Switches Ethernet Aggregation BGP, IP Services ATM Switches Qo. S/Traffic Engineering SONET ADMs Data IP Routers TDM Pipes Transport WDM More Bandwidth Fiber 24
The Shortcomings of SONET/SDH § SONET is TDM based - optimized for voice not data § Complex and expensive, designed for multi-protocol § Uses point to point circuits - difficult to provision § Meticulous management of available channels § Long-lead times to enable, change, or upgrade § No granularity - bandwidth comes in big increments § Burn a whole 45 Mbps channel to deliver 10 Mbps § Can multiplex customers onto full channel but costs § Requires ATM and adds more routing complexity 25
The Metro Is Evolving Data + Transport Ethernet IP Switch Routers WDM/Optical Bypass SONET Lite/WDM Ethernet Aggregation, BGP, IP Services, Qo. S, MPLS, IP TDM More Bandwidth Packet Pipes, Some Data Handling, More Bandwidth Transport + Data Fiber 26
IP/Ethernet Technical Advantage § Ethernet now extends from MAN to building § § § Over any MAN/WAN and in-building media (fiber, copper, air) Ethernet or IP from Gigabit MAN to customer point No longer necessary to have a multi-protocol backbone § IP/Ethernet service model is easy to configure § VLANs enable point and multi-point connections § § Ideal for interconnecting COs, POPs, branch offices (TLS) IP routing enables efficient Internet traffic hand-off § Ideal for VPNs, content distribution, hosting services Bandwidth by the slice and policy-based Qo. S 27
IP/Ethernet Business Advantage § IP / Ethernet economics means faster profitability § 80 -90% saving over SONET total cost of ownership * § IP / Ethernet gives Carrier the competitive edge § § § Better pricing and faster deployment More responsive with less expertise Simpler for you and customer to manage § Allows rapid, cost-effective service provisioning * Sources: Dataquest 12/99, Yankee 12. /00 28
Ethernet Scalability Advantage Ethernet Radio Dial Provisioning 1. 5 Mbps 10 Mbps SONET/SDH Jagged Provisioning 45 Mbps 100 Mbps 1 Gbps OC 3 STM-1 (155 Mbps) OC 12 STM-4 (622 Mbps) 10 Gbps OC 48 STM-16 (2. 4 Gbps) OC 192 STM-64 (9. 6 Gbps) “Ethernet is 1/5 to 1/10 the cost of packet over sonet” Dataquest, 12/99 “Leasing of dark fiber within a metro area yields a 96% saving versus leasing a T 3 service from an ILEC” Yankee 12/00 29
Cost of T 3 equivalent bandwidth Ethernet Economic Advantage Architecture Options Source: MCI Worldcom, Yipes, Dell ‘Oro, Yankee Group, Extreme Networks, Juniper Networks 30
Ethernet Economic Advantage Equipment $/Mbps BW mgmt & Provisioning Annual Maint Upgrades BW on Demand IP/ATM/SONET $8 -40 k $5 k $750 -$3750 Hard IP/SONET $6 -35 k $750 -$3750 Hard IP/Ethernet $1 -3 k $150 -450 Easy 8: 1 - 13: 1 5: 1 – 8: 1 Easy Gig. E Advantage Source: Yipes, Dell ‘Oro, Yankee Group, Extreme Networks, Juniper Networks Assumes a regional network with five hubs and 10 rings 31
Comparative Bandwidth Pricing ASP Per Gigabit of Bandwidth $45, 000 $40, 000 $35, 000 OC-3 $30, 000 OC-12 $25, 000 OC-48 $20, 000 OC-192 $15, 000 10 GE $10, 000 $5, 000 $0 2001 2002 2003 2004 Source: Dell’Oro, 2000 32
Disruptive Pricing Example § Double the bandwidth, half the price SONET/ATM § Traditional Telco price structure § § T 1 1. 5 Mbps~ $1, 000/month T 3 45 Mbps ~ $10, 000/month $ § Optical Ethernet price structure § § 3 Mbps 100 Mbps IP/Ethernet Megabits ~ $900/month ~ $4, 000/month “Customers can buy as little or as much bandwidth as they want. It's a fantastic proposition. The potential market is huge” -- Forrester Research 33
Market Size for Gb. E MAN Total Market: $25. 7 B § § Source: U. S. Bancorp Piper Jaffray and RHK, Inc. Gb. E is a new, price-disruptive technology With enhanced Carrier-grade features (APS, Qo. S, Billing), Gb. E can have a huge upside in the market! 34
Ethernet MAN Market Segments Retail Services Large/Medium Enterprises § § § Wholesale Services Regional ISPs, Tier 3 CLECs Transparent LAN services (TLS) ATM/FR/IP managed services High speed Internet access Voice trunks between offices Communities of interest (Extranet) Differentiated IP Services • Trunks between COs and POPs • POP/Data Center co-location • Aggregation of MTUs for BLECs • Content distribution services • Upstream Internet access • Region to region Interconnect Revenue split between Retail and Wholesale varies, depending on Metro provider’s main business focus 35
Retail MAN Services § Business Internet Access § Still the largest revenue generating service § Transparent LAN Services § § § ‘Point to Point’ and ‘Point to Multipoint’ Connectivity Within the Metro Across long-haul networks § Multimedia Services § § VPN - Managed Firewall Voice - Tie-line replacement via TDMo. IP Storage - Disaster Recovery Video - Residential and Commercial 36
When to Use Ethernet MAN Services § Today (2001) § Bandwidth, Bandwidth LAN to LAN Connectivity, Internet Access § Where there is coverage § § Tomorrow (2004) High bandwidth WAN access § Converged multiple voice/video services § Source: Mark Fabbi @ Gartner 37
New Ethernet MAN Service Timeline Voice Transportation BW on Demand Tiered Services LAN-LAN 2001 Internet Access 2002 ASP Bundling Comprehensive NSP Storage Services 2003 VPN Aggregation 2004 2005 Voice Gateways Source: Mark Fabbi @ Gartner 38
Service/Deployment Details § VLANs § One v. MAN per TLS service § § Customer’s traffic is Tagged or Un-Tagged and then v. MANs One physical port per service SLAs § Topology § L 2 for TLS § L 3 for internet Access § Fixed Bandwidth § Min. /max. bandwidth with Ingress Rate Shaping § Fixed rate billing § Starts at a min. of 10 Mbps § Other § § § § Availability 99. 95% Packet Latency < 50 ms (within Metro) Packet Loss 0. 01% MTTR 1 - 4 Hours Lin Aggregation for additional bandwidth Support for. 1 p exists but not yet used Scripted CLI for management and SNMP/Syslog monitored with Micromuse Netcool 39
MAN provider example - Yipes § Yipes Service offering § § § Providing service to 300 business customers High speed Internet access Regional Virtual Campus § § Provide Yipes MAN, Yipes Wall services Connects across the MAN at LAN speeds § Uses Extreme v. MAN function § What Extreme Sold § § 21 MANs around the US 80 Black. Diamonds, 300 Alpines, 350 Summit 48 i’s 40
Greater China Extreme MAN § § Shanxi Telecom MAN China Mobile deals § § § Shandong Weifang TV & Broadcasting CATV Chung Hwa Telecom 中華電信 § § § Xin. Jiang Mobile MAN Sichuan Mobile MAN China Mobile Hunan FTTB - Fiber to the building Around the island, total more than 50 COs in CHT Koo‘s Broadband Telecom 和網寬頻 § First MAN customer in Taiwan, started operation Aug. 01' 42
Koos Broadband Telecom Network Diagram 43
Chung Hwa Telecom FTTB North Region 北四 1 G 1 G rin g 東四 石牌一 1 G ring 1 G 東五 1 G g 汐止 1 G ring 東二 rin 1 G ring 劍潭 內一 1 G ring 網管 作 站 GESWc 石牌二 Hinet Backbone 江翠 1 G ring 南一 BB-RAS 1 G ring GESWr Hinet Giga. POP 設備 積穗 板一 南二 ng 1 G ri ng 44
Extreme’s Value Proposition Extending Ethernet Everywhere to the first mile § Simplified IP/Ethernet service model over metro fiber, and Telco access network over T 1/E 1, T 3 WAN links § Subscriber-level provisioning and management endto-end across a common system architecture § Simpler, quicker, more cost-effective service deployment 45
How to build a MAN Ethernet MAN Technology
Extreme Uniqueness for MAN Networks § Wire-speed Switching and Routing § Layer 1 thru’ Layer 4 packet classification § Service Level Agreements (SLA) § Bidirectional rate shaping § v. MAN § Transparent LAN Services § Billing and Provisioning § $ § EAPS § Resilient Rings § Network Login § Authenticating Users 47
Bandwidth by the Slice B I D I R E C T I O N A L Min 15 Mb/s Subnet X Max 30 Mb/s Diff. Serv Min 5 Mb/s Vo. IP GUARANTEED! § Committed Information Rate (CIR) like services § Bi-directional rate shaping enables bandwidth slicing § Control traffic on egress, police traffic on ingress 48
Layer Independent Qo. S § End-to-End Policy-Based Qo. S § Mapping from PB Qo. S and/or 802. 1 p to IETF Diff Serv and/or MPLS Labels Packets IN =Policy Qo. S Profile (configured queue) Classification Qp 1 - Best Effort Traffic • Ordered Hierarchy • Layer 1, 2, 3, 4, . 1 p, IP Diff. Serv packet info Packet Layer 4 Layer 3 Layer 2 Layer 1 Low Priority 5% Min/100% Max Packets Out Higher Priority Layer 1 Layer 4 0% Min/100% Max Qp. X - Essential Traffic Packet 49
Choice of L 2 and L 3 Service Models § Ethernet switching in the WAN § § Layer 2 model (Virtual Campus) Ethernet encapsulation over WAN § § BCP/MLPPP VLAN aggregation Ethernet Switching Ethernet Everywhere § Traditional IP routing in the WAN § § Layer 3 model (Internet Access) IP encapsulation over WAN § § § IP Routing IPCP/MLPPP IP routed subnets For mixed vendor environments § e. g. Interoperable with Cisco IOS 50
The need for ‘Rate Shaping’ § Multiple customers per building/location § Bandwidth requirement differs per customer § Need to offer unique ‘tiered services’ § § Bi-directional rate shaping at the edge Application/flow based bandwidth allocation Ethernet Access/MAN Ring Customer #1 50 Mbps Customer #2 30 Mbps Customer #3 45 Mbps Customer #4 50 Mbps Customer #5 100 Mbps 51
L 2 Ethernet VPNs C 1 C 2 Internet ISP A ISP B Transparent LAN Services VMAN L 2 leased lines Point-to-multipoint VPNs ISP Metro-POP C 2 C 1 52
v. MANs: Virtual Private Metropolitan Area Networks Data Link. 1 Q Tag Header VLAN ID = 10 Customer Date (48 -1500 Bytes) Data Link. 1 Q Tag Header VLAN ID = 10 Data Link Header . 1 Q Tag VLAN ID = 10 Customer Date (48 -1500 Bytes) Data Link Header Data Link. 1 Q Tag Header VLAN ID = 30 v. MAN Tag Domain = 50 v. MAN Tag Domain = 60 . 1 Q Tag VLAN ID = 30 Customer Date (48 -1500 Bytes) Data Link. 1 Q Tag Header VLAN ID = 30 Customer Date (48 -1500 Bytes) 53
EAPS across Multiple Rings § § EAPS is transparent to the number of rings deployed Each ring has its own EAPS domain(s) § § § An EAPS domain is applied only on a single ring A node can oversee multiple domains on different rings In the figure § § Node P is Master for Ring 2 Node Q is Master for Ring 3 Nodes R and T are both Masters (of different domains) on Ring 0 Node T is also Master of domain on Ring 1 500 VLANs & 40 ms failover 54
Network Login § Admits user to network based on username and password § Prevents pre-authentication DOS attacks 55
Network Login in action • • • Switch detects connection on the switch port Client issues DHCP request, switch responds Switch responds with Login web page Switch performs a request to RADIUS server If user is validated, switch unblocks port and assigns VLAN Network DHCP • DHCP lease timer was set very low initially by Network Login switch. Client will re-request DHCP and because client is on appropriate VLAN, client gets the “real” information 56
Network Login in action • • • Switch detects connection on the switch port Client issues DHCP request, switch responds Switch responds with Login web page Switch performs a request to RADIUS server If user is validated, switch unblocks port and assigns VLAN Otherwise, Access is denied Network RADIUS 57
MAN Topologies
End-to-End Ethernet in the Metro WAN POP WAN Core WAN DWDM OC-12 c or OC-48 c Po. S with PPP/BCP Summit Switch Existing WAN router Ethernet over Fiber OC-3 c or OC-12 c ATM with RFC 1483/2684 Gb. E WAN Edge OC-3 c or OC-12 c Po. S with PPP/BCP T 1, DS 3/T 3, E 1 or E 3 Summit Switch Gb. E Ethernet over CAT 3 or 5 Ethernet Metro Access Ring Ethernet Metro Core Ring Point-to-Point Gb. E 10 G/ c. WDM Metro POP Point-to-Point Gb. E 4 Channel c. WDM Ethernet Metro Access Ring Gb. E Ring-in/Ring-out 59
Scalable WAN Connectivity to POP § § All MAN and WAN connections treated as Ethernet or IP Consistent Qo. S and bandwidth provisioning on-Net and off-Net Gb. E Metro POP Central Office Fast Ethernet T 3 s, Fast Ethernet or Gb. E T 3 T 1 N x T 1 60
WAN Aggregation to Gb. E MAN § Groom up hundreds of T 1/E 1 lines through T 3 s at POP § Support any mix of T 1/E 1, T 3, and Gigabit Ethernet Metro POP Local ISP Multi-Tenant Commercial Building Office LAN Fiber CPE Phone Cable Fast Ethernet Central Office Cat 5 N x T 1 T 3 Business Park Gigabit Ethernet MAN Alpine 3808 with N x T 3 Gb. E and T 3 configuration LAN Alpine 3804 with T 3 configuration Gb. E Alpine 3804 with T 1 and VDSL configuration T 1 Router 61
Ethernet Access: FTTH/FTTC/FTTB w § § Riser-independence: – CAT 3, 2, 1 VDSL – CAT 3, 5 100 TX – Fiber 100 FX Ethernet Everywhere IAD 800 m 100 m 2, 200 m Performance Everywhere CPE Fiber Phone Cable L 3 Ethernet Switch CAT 5 MAN / WAN L 3 Ethernet Switch 62
Converged IP Telephony in the WAN • TDMo. IP: A quick way to show ROI • Devices that convert ALL voice and SS 7 signaling into Ethernet packets • • Unique UDP socket numbers Two ports but two applications on the same VLAN • Get dedicated b/w via Policy based Qo. S E 1/T 1 E 1/ T 1 Vo. IP GW PSTN local Head Office PBX PSTN Long Distance 10/100 LAN Branch Office E 1/T 1 E 1/ T 1 Vo. IP GW PBX 10/100 WAN E 1/T 1, n*E 1/T 1, E 3/T 3, Gb. E LAN • Vo. IP: Slowly but surely • • Uses protocols like H. 323 and/or SIP (Session Initiation Protocol) Once again need L 3/L 4 packet classification capability for toll quality experience 63
SONET and WDM Where Needed § 10 Gig Ethernet using WDMi § § § WDMi Module in the Black. Diamond 6808 or 6818 switch § § 1 fiber Single-mode fiber pair 4 channels over one fiber Mates with Black Diamond SONET – OC 3, OC 12 § § 1 fiber A cool way of doing WDM Black Diamond – available 5 Gig Ethernet using WDMi § § § 8 full-duplex Gigabit channels For Black Diamond Ethernet or IP over SONET OC 3 available now OC 12, OC-48, OC-192 Gigabit Ethernet SONET/ SDH Metro POPs 64
Metro Access: Ethernet/WDM Tall Building (Fiber + CAT 5) ISP Metro-POP Gb. E Backhaul WDM/Ethernet MAN Ring CPE Gb. E Metro DWDM 32, 64 , 128…. Lambdas ‘Net Metro DWDM SONET ADM Po. S OC-3 or OC-12 OC-48 (Future) Metro DWDM Office Park (VDSL, CAT 5) SONET ADM Po. S OC-3 or OC-12 CPE 65
Service Provider Po. Ps WAN DWDM WAN Core OC-12 c Po. S with PPP/BCP Peering/Border Layer OC-3 c ATM with RFC 1483/2684 Aggregation Layer Gb. E Distribution Layer 66
IDC Design With Revenue On Mind Metro/Transit Network Peering/Border Layer C o l o c a t I o n Load Balancing Firewalls Caching Aggregation Layer Distribution Layer Single Co-Lo Cage M S P Internet SSL Acceleration Caches Load Balancing Firewalls Load Balancing Switch ‘NEW’ Way Servers ‘OLD’ Way 67
Summit-Px 1 Specifications § Performance § § No CPU processing in any data path Gigabit line rate 250 K Connections/sec Layer 7 can be enabled without performance penalty § Capacity § § 64 K Virtual IP Addresses (VIPs) 64 K Real Servers 1. 9 Million Active Sessions 1 Million “URL Switching” pattern rules 68
MPLS Metro L 2/L 3 Transparent LAN Services Delivery Architecture Access Ring MPo. P Giga. Po. P MPLS Tunnel “martini-draft” Access Ring Highly-scalable Metro Core (MPLS Switched / IP Routed) MPLS Tunnel (Differentiated Service Classes & Restoration via RSVP-TE) IP Networks (Internet) & Content Providers 69
MPLS Metro Network Services Model Software Redundant Port CE EAPS CE Metro Access CE PE PE Metro Core PE CE Metro Core P PE P WAN P Link Aggregation IP Networks P MPLS Domain PE Metro Core PE CE CE Enterprise Network Metro Core PE CE CE: Customer Edge PE: Provider Edge P: Provider 70
Key Benefits of Extreme MPLS § Provides point-to-point and multipoint VPN capability, improving scalability in Metro networks – and simplifying configuration. § Centralized Network Processor based implementation provides MPLS capability on all blades, and the flexibility to implement GRE and other protocols. § Traffic Engineering and fast failover capabilities provide a more robust network than possible at Layer 2. § Avoids use of Spanning Tree and other Layer 2 loop prevention protocols – which can be difficult to manage in large networks. § Support for Jumbo packets 71
Integrated Ethernet Metro/Access N/W MTU / MDU ISP POP Business Park LAN Phone wire 10 Gb. E Ring Gb. E LAN Bldg POP SONET/SDH Ring Metro POP S Cat 5 Nx T 1/E 1 Gb. E Metro Ring CLEC POP (WDMi - 4/8 ch c. WDM) S L MP POS OC-12 OC-48 Internet Exchange T 3 Ethernet Everywhere Extended into the Metro 10 Gb. E Enterprise LAN Phone wire LAN L MP Gb. E Metro Ring (EAPS - Ring Protection) Fiber CPE Gb. E or POS OC-3 OC-12 OC-48 LAN Enterprise Internet Data Center Switched Ethernet / IP Services 72
Extreme Networks product portfolio
Summit Series § L 2 Switch § § Summit 24 e 2 Summit Gb. X(Repeater) § L 3 Switch § Summit Chipset § § i Chipset § § Summit 24/48 Summit 48 si, 48 i, 1 i, 5 i, 7 i, Alpine, Black. Diamond Others § Summit 24 e 3 § Proxy Switch § Summit Px 1, Px. M 74
Alpine 3808, 3804, 3802 Platforms § Alpine 3808 § § § Alpine 3804 § § § 1 slot for SMMi 8 slots for I/O modules 12 RU height, only 12” deep 64 Gbps non-blocking fabric 1 slot for SMMi 4 slots for I/O modules 6 RU height, only 12” deep 32 Gbps non-blocking fabric Alpine 3802 § § § Integrated SMMi 2 slots for I/O modules 3 slots in extended mode 4 RU height, only 12” deep 16 Gbps non-blocking fabric 75
Alpine 3808, 3804, 3802 Features § High redundancy and reliability Dual load sharing power supplies § Hot swappable I/O modules and fan tray § Dual Extreme. Ware images & configurations § § Specialized interface modules GBICs - 70 Km, WDMi - 35 Km § Ethernet over VDSL § Legacy WAN interfaces § § High density, low profile § § § 12 U (3808), 6 U (3804) or 4 U (3802); 12” deep 32 -port 10/100 BASE-TX, 24 -port 100 BASEFX 4 -port 1000 BASE-SX or LX, 1000 BASE-T 4 -port T 1 WAN, 4 port E 1 WAN, 1 -port T 3 WAN 8 -port Ethernet over VDSL § Performance – 16 -64 Gbps § 12 -48 Million pps 76
The Industry-leading Black. Diamond 6800 Series Switches Black. Diamond 6804 § § § 64 Gbps switching and routing capacity 4 10 Gb. E ports 32 1000 BASE-X ports 336 10/100 BASE-TX ports 16 OC 3/STM-1 Po. S or ATM ports 8 OC 12/STM-4 Po. S ports Black. Diamond 6808 § § § 128 Gbps switching and routing capacity 8 10 Gb. E ports 64 1000 BASE-X ports 672 10/100 BASE-TX ports 32 OC 3/STM-1 Po. S or ATM ports 16 OC 12/STM-4 Po. S ports Black. Diamond 6816 § § § 256 Gbps switching and routing capacity 16 10 Gb. E ports 128 1000 BASE-X ports 1, 440 10/100 BASE-TX ports 64 OC 3/STM-1 Po. S or ATM ports 32 OC 12/STM-4 Po. S ports 77
Factors across the Black. Diamond 6800 Series Black. Diamond 6804 Black. Diamond 6808 Black. Diamond 6816 Switch Fabric 64 Gbps 128 Gbps 256 Gbps I/O Slots 4 8 16 MSM Slots 2 2 4 Redundant PS Yes, hot-swappable Yes, hot swappable Extreme. Ware Yes Yes 10/100 port density 384 768 1536 Gb. E port density 32 64 128 Dimensions (H) 19. 25” (11 RU) (H) 26. 25” (15 RU) (H) 61. 25” (35 RU) (W) 17. 32” (D) 19” (W) 17. 32” (D) 18” (W) 19” (D) 18” 78
Modules for the Black. Diamond 6800 Series § § § § § Management Switch Fabric Modules Fast Ethernet Modules Gigabit Ethernet Modules 10 Gigabit Ethernet Module – LR now, Xenpak future Wavelength Division Multiplexing Module Accounting and Routing Module MPLS Module ATM Module Packet-over-SONET Module 79
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