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1、,Photonic Integration and theDigital Optical Network,Electronics Before the Integrated Circuit,Components are costly,failure-prone,bulky,andpower-hungryResulting systems inherit the same problemsInfinera Confidential and Proprietary|2,Discrete electronic components.,Enable pre-IC computing systems,T
2、he Integration Revolution,Fundamental improvements in cost,space,power,reliabilityA virtuous cycle as advances enable new applicationsincluding a transition from analog to digitalMoores Law improvements for 45 years and runningInfinera Confidential and Proprietary|3,INTEGRATED electronics.,Results i
3、n pervasive computing,Conventional Optical Telecom Today,Components are costly,failure-prone,bulky,andpower-hungryResulting systems inherit the same problemsInfinera Confidential and Proprietary|4,Discrete photonic components.,Conventional DWDM systems,Infinera Confidential and Proprietary|5,100 Gb/
4、s Transmit,100Gb/s Transmit100Gb/s Receive,Infineras Photonic Integrated Circuit Innovation,5mm,DIRECT BENEFITS:,cost,reliability,Size,power,STRATEGIC BENEFITS:,Low-cost OEO conversion allows a digital networkparadigm,Result:Lower CapEx,lower OpEx,more flexibleoptical network,Infinera Confidential a
5、nd Proprietary|6,Infinera DTN:First PIC-based Optical Platform,Photonic integrated circuits mean,Scale 10 x faster than competitionDigital ease-of-use:75%+fewer,man-hours to plan,engineer,deploy2-4x more ports per rack inchHigher reliability with 97%fewerfiber couplings,Maximum network flexibility,D
6、igitally configure your systems forforecast tolerance to capacity needed,service mix,traffic matrix,Conventional DWDM,Digital Optical Network,each lambda requires planning,engineering,installation,fiber,cleaning,power balancing,PICs mean each line card adds,10 lambdas for faster,easier scale,Convent
7、ional DWDMeach lambda requires planning,engineering,installation,fibercleaning,power balancing=DWDM terminal=ROADM or WSS,Digital Optical NetworkPICs mean each line card adds10 lambdas for faster,easier scaleInfinera DTNswitched WDMsystemInfinera Confidential and Proprietary|7,DWDM Versus a Digital
8、Optical Network:Scaling the Network,Conventional DWDM,Digital Optical Network,third party systems required for,built-in digital switching makes,capacity delivery simple and flexible,Conventional DWDMthird party systems required forswitching in complex networks=DWDM terminal=ROADM or WSS,Digital Opti
9、cal Networkbuilt-in digital switching makescapacity delivery simple and flexibleInfinera DTNswitched WDMsystemInfinera Confidential and Proprietary|8,DWDM Versus a Digital Optical Network:Integrated Switching,Conventional DWDM,Digital Optical Network,intervention from planning and,operations staff,G
10、MPLS autoprovisions and,reroutes around network failure,GMPLS,Conventional DWDM,Digital Optical Network,“dumb pipes”mean manualintervention from planning andoperations staff=DWDM terminal=ROADM or WSS,GMPLS autoprovisions andreroutes around network failureInfinera DTNswitched WDMsystemInfinera Confi
11、dential and Proprietary|9,DWDM Versus a Digital Optical Network:Software-based Network Intelligence,Infinera Confidential and Proprietary|10,Drivers of Infinera Market Adoption,Steepest possible cost-per-bit curves,Moores Law for photonics,Ease of Use,Speed,The optical layer finally goes digital,Net
12、work Flexibility,Forecast tolerance to required capacity,traffic matrix,and service types,ingg,ssin,cemoryesory,rooc,PMePrMem,&,h,idtth,dwwid,annd,BBa,e,ragge,toora,SSt,Cost per bit,Steepest Possible Cost Curves:New Cost Points Enable New Apps,?TimeInfinera Confidential and Proprietary|11,50%every 5
13、0%every1.5 yrs 2 yrs,?,Cost per bit,k,or,A:etw,er,rriran,Cafine,In,Co r ir er,en B-,na,etw,On the steepest cost curve:,Steepest Possible Cost Curves:New Cost Points Enable New Apps,Time,Required costto enable“Killer App”,Canv,tio,l N,ork,On the steepest cost curve:Offer compelling services or conten
14、tbefore competitors,or offer thesame services at lower cost,Time to Market,AdvantageInfinera Confidential and Proprietary|12,OSNR Other,VOA,VOA,GFF,Photonics,Photonics,GFF,OSNROther,E,E,E,E,E,O-E-O,E,E,E,E,E,E,E,E,E,O-E-O,O-E-O,O-E-O,O-E-O,O-E-O,O-E-O,O-E-O,O-E-O,O-E-O,O-E-O,O-E-O,O-E-O,O-E-O,O-E-O,
15、E,Digital Electronics&SoftwareSignal regenerationError correctionSub-add/dropProtectionMultiplexingGrooming&switchingPerformance monitoringInfinera Confidential and Proprietary|13,Ease of UseThe Optical Layer Finally Goes Digital,EDFA,ElectricalOptical,EDFA,DCFROADMPMD,ConventionalDWDM systemarchite
16、cture,Infinera systemarchitecture,1.2.3.4.5.6.,Your Infinera network offers 100Gcapacity with each DLM.Service order comes in.Pre-provisionand test if desired.Order two Tributary Adapter Modules,one for each end point.TAMs arrive within 10 days of order.Install TAMs,activate,and test.Connect to clie
17、nt system,service is up!,Network Flexibility:“Rapid Reaction”Networkand Just-In-TAM,Service Order:10G waveSF-PHLAInfinera Confidential and Proprietary|14,“As a planner,itsimpossible to know whatbandwidth a customer willwant in a years time.”Peter Boland,SVPPlanning and Engineering,FLAG Telecom,Infin
18、era Confidential and Proprietary|15,Market Traction,As of August 2006(21 months post-FCS),9 announced networks,4.3M PIC field hours with zero failures,#1 in deployments of long-haul capacity in 2005 and2006 up to today,A new paradigm in simplicity and flexibility for opticalnetworks,Infinera Confide
19、ntial and Proprietary|16,Customers Touting Infinera as a StrategicAdvantage,10,0008,0006,0004,0002,0000,12,000,InfineraAlcatelCienaFujitsuHuaweiLucentMarconiNECNortelSiemensOther,Rapid Adoption of Digital Optical NetworksQuarterly 10G LH DWDM Wavelengths Deployed Worldwide,3Q04 4Q04 1Q05 2Q05 3Q05 4
20、Q05 1Q06 2Q06Source:DellOro GroupInfinera Confidential and Proprietary|17,Infinera takes#1spot with 20%,Today:#1 with29%share,Fiber Output Power(dBm),Infinera Confidential and Proprietary|18,PIC Futures:1.6 Tbps PIC Demonstration,0-10-20-30-40-50-60-70,1.565,1.550,1.545,1.555 1.560Wavelength(m),CH1C
21、H2CH3CH4,CH6CH7CH8CH9,CH11CH12CH13CH14,CH16CH17CH18CH19,CH21CH22CH23CH24,CH26CH27CH28CH29,CH31CH32CH33CH34,CH36CH37CH38CH39,Single Monolithic Chip40 channel x 40 Gbps,Data Capacity Per Chip(Gb/s),Scaling of InP Device Data Rate in TelecomTransmission Networks,Current IP NetworkCAGR:70-100%,0.1,10010
22、1,100001000,1975,1985,1995,2005,2015,DWDM PICsEML,400 Gb/s,100 Gb/sTunable EMLwith SOA,1.6 Tb/s,DevelopmentDevices,Data rate perdevice hasremained at10Gb/s forpast 10 years,Only Photonic Integration Enables ContinuedCost-Effective Scaling of Network CapacityInfinera Confidential and Proprietary|19,D
23、ata rate has doubledevery 2.2 yearsDML,Infinera Confidential and Proprietary|20,Infinera Summary,Leader in photonic integrated circuits and onlyPIC-based systems manufacturer,PIC direct benefits:Space,power,reliability,costStrategic benefits:OEO conversion and digitaloptical networks,Strong market adoptionSatisfied customer base,A differentiated and(we believe)compelling future,
