Cube Optics AG The Road to 100G Metropolitan Networks Cube Op(cs AG Cube Optics: Key Facts and Product Portfolio Now a subsidiary of Facts and Figures n Launched: 2000 n Polymer Optical Bench technology platform, 10 patents n Locations: Mainz (Germany), China n n Ca. 150 employees Engineered components: ultra-compact passive and active optical components and modules for OEMs n 300+ clients, including leading OEMs, telecom/ cable operators, and OTT players n Access and transport network solutions: outside plant suitable subsystems for access and transport capacity upgrades Engineered Components for OEMs Active components Passive components n CWDM / DWDM / WWDM / LAN-WDM n Multi-lambda detectors for T&M n Customized lambda grids n n Ultra-compact, OSP n Couplers, switches, attenuators, etc. n Private labeled line cards, modules and assemblies n Access/Transport Network Solutions for Operators Passive Transport Solutions Active Transport Solutions n n 4x10 Gbps CWDM ROSA & TOSA Passive W/C/DWDM systems for rack mounting, splice enclosures or line cards, highly customizable Active transport solutions for metro core to long haul with optional amplification n n Conversion, Repeaters, Aggregation 4x25 Gbps LAN-WDM ROSA & TOSA Full suit of optical transceivers (SFP, SFP+, XFP, CFP, X2, XENPAK…) n Metro Access Demarcation n PON Solutions n Consulting, Network Planning n Installation, Provisioning n Service and Support Cube Op(cs AG 140.000 PB per Month Metro traffic to grow 3x over next 5 years… 100.000 80.000 23% CAGR 60.000 40.000 Source: Cisco VNI, 2013 120.000 Traffic 2012-‐2017 20.000 0 2012 2013 2014 2015 2016 2017 n Metro-‐only traffic will surpass long-‐haul traffic this year. n Metro-‐only traffic will grow nearly twice as fast as long-‐haul traffic from 2012 to 2017. n If you have a 40-‐channel 10G DWDM system filled at 50% capacity (= 200 Gbps) today, you will need to upgrade that system in the next two years n What are the op7ons? Cube Op(cs AG Options for n*100G transport in metropolitan networks n Add parallel dark fibers and replicate n*10G passive DWDM systems n n Add channels to exis(ng n*10G passive DWDM systems n n Expensive capex (passive mux replacement, new 10G op(cs) Add ac(ve 100G transmission systems n n Expensive opex (fiber RTUs, maintenance, supervision) Very expensive capex and opex Passive 100G architectures are becoming the most cost-‐effec(ve op(on Cube Op(cs AG Optical Transmission Windows O-‐band C-‐band Cube Op(cs AG 100G Passive Metro Network Architectures 100G in O Band 100G in C Band Single Circuit 100G 10G DWDM + 100G overlay 10G DWDM + 100G DWDM overlay 100G DWDM Maximum capacity 100 Gbps 500 Gbps 1.6 Tbps 2.4 Tbps Number of wavelengths 1 41 88 96 Number of transceivers 1 41 (1*100G, 40*10G) 52 (12*100G, 40*10G) 24 (24*100G) Maximum distance 10 kms (no amp) Up to 70 kms (SOA) < 10 kms (no amp) Up to 70 kms (SOA) < 100 kms (EDFA) < 100 kms (EDFA) Typical transceiver CFP 100GBASE-‐LR4 CFP 100GBASE-‐LR4 CFP DWDM (direct detect) CFP DWDM (direct detect) (= 1*100G) (= 1*100G+40*10G) (=12*4*25G+40*10G) (= 24*4*25G) Cube Op(cs AG 100G overlay in O-band (1310nm) Requirements: n 100Gbps Base-‐LR4 transceiver module v n Transports 4x25Gbps with integrated op(cal 4-‐ channel (de)mux v One single mode duplex fiber v SC/PC connectors for SMF fiber pair v Reach < 10km Silicon Op<cal Amplifier (SOA) v v Extends the reach of 100G BASE-‐LR op(cal transceivers to ca. 70 km SOA current can be varied to adjust the op(cal gain Cube Op(cs AG Overlaying 10G DWDM with 100G (1310nm) n Up to 500 Gbps per fiber pair n Up to 40 DWDM channels at 10G + addi(onal 100G link over passive DWDM n Op(on for 40-‐60 km with SOA for 100G LR4 n n ~ 70% lower cost vs ac(ve 100G plahorm, 80% lower cost vs 100GBase-‐ER4 40x 10 Gbps over DWDM Total 400 Gbps MUX-‐40 +1310nm DWDM +1310nm 500 Gbps MUX-‐40 +1310nm SOA 100G BASE-‐LR4 over 1310nm Further Informa7on: hWp://www.cubeop7cs.com/evolu7on1310 Cube Op(cs AG 100G DWDM over C-band n Requirements 100Gbps DWDM CFP transceiver module • Transports 4x25Gbps • Four single mode duplex fibers • Employs 4 tunable lasers in the 50GHz ITU-‐T channel grid (DWDM) and 4 receivers n Requirements DWDM mul(plexers/demul(plexers • Passive DWDM mux/demux with 50GHz grid over a single mode fiber pair • Up to 24 "differently colored" 100Gbps DWDM CFP transceivers can be transported via a 96 channel MUX • Reach extendable with standard, stand-‐alone EDFAs to >100kms Cube Op(cs AG Overlaying 10G DWDM with 100G (C-Band) 10G SFP 10G SFP …. 10G SFP 100GHz DWDM Mux Odd channels 100GHz Compensa(on 100G CFP 4 in 100GHz 100GHz DWDM Mux 50/100 GHz INT …. Even channels Amplifica(on …. 100GHz 4x25G CFP output Complemen(ng the exis(ng 10Gbps DWDM system with 100Gbps upgrades Cube Op(cs AG Conclusion n 100G is s(ll not making sense for all metro connec(ons, but has become a valid solu(on for fiber-‐constrained areas and na(ve 100G port transport. n 100G Passive Transport has already become a powerful, simpler, and lower-‐cost alterna(ve to tradi(onal ac(ve transmission solu(ons. More informa(on: hop://www.cubeop(cs.com/evolu(on1550 n Cube Op(cs offers simple, robust, end-‐to-‐end transmission solu(ons over dark fiber, from n*100 Mbps to N*100 Gbps Cube Op(cs AG Thank you Thierry SAMAMA +33 6 76 34 64 86 [email protected] n Cube Op(cs AG
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