100G Coherent Transceiver Technologies for DWDM Metro Applications: Key Requirements and Design Trends

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1 100G Coherent Transceiver Technologies for DWDM Metro Applications: Key Requirements and Design Trends Benny Mikkelsen ECOC, 2012 Market Focus Optical Networks Advances

2 Outline 100G Metro Market What do we learn from 10G What do we learn from initial Coherent Deployments Metro Requirements and Key Challenges 100G Coherent Transceivers for Metro Applications ASIC and DSP Optical Integration Form-Factor Design Trends Summary Acacia Proprietary and Confidential. 2

3 What do we learn from 10G Metro market takes-off ~2 years after Long-Haul Metro market is 2-3 times Long-Haul market 10G Transceivers started out as inhouse development but transitioned to outsourcing, i.e., modules (>90% today) Almost no difference between Long- Haul and Metro Transceivers today Pluggable Transceivers are ultimate solution 10G G In-house Market share Module Market Share Acacia Proprietary and Confidential. 3

4 Units (K) What do we learn from initial deployments of 100G Coherent Transceivers Primarily used in Long-Haul Adds capacity on brown-field and green-field Provides the ultimate reach and equalization Very spectral efficient PM-QPSK Fast setup and provisioning Fast protection switching Adds Intelligent performance statistics Provides lower total cost of ownership Started out as in-house development OIF compliant modules are available 5 x7, <80W, MDIO and 168 pin interface Metro not efficiently supported by current solutions Too big, too power hungry, and too expensive 100G DWDM Transceivers Acacia Proprietary and Confidential. 4

5 100G Transceiver Module Landscape 80W 50W OIF, 5 x7 Coherent PM-QPSK Single-wavelength 32W 28W 24W 100GBASE-LR4?? CFP Non-Coherent Multi-wavelength 100GBASE-ER4 4, ODB Metro 10km 40km 80km 500km 1000km >2000km Acacia Proprietary and Confidential. 5

6 Metro Requirements for 100G Metro covers a broad range of distances Metro-Regional: km Metro-Core: km Metro-Access: km Optical characteristics Many ROADMs and many shorter spans Fiber type often unknown Typical specs: ~16dB OSNR, 12ps PMD, CD up to 1000km Single-wavelength 100G Coherent Transceiver very desirable Density is very important Form factor options: CFP/32W, 4 x5 MSA/40W,. Key metrics Cost, Size & Power, Optical Performance CFP Acacia Proprietary and Confidential. 6

7 Power Key Technologies and Challenges for 100G Coherent Metro Transceiver Possible modulation formats PM-BPSK, PM-QPSK, PM-16QAM PM-QPSK is good compromise between performance and power Key Transceiver Technologies ASIC, DSP, Photonic Integration, Packaging Transceiver Power Consumption determines Form-factor Heat dissipation is the real challenge 16QAM QPSK BPSK Reach Acacia Proprietary and Confidential. 7

8 ASIC/DSP Power consumption of 100G Coherent Transceiver is primarily determined by ASIC/DSP Power of ADC, DAC and DSP scales with baud rate Power depends on specs (PMD, CD, OSNR) Metro specific specs are important DSP tool box: # of bits, sampling rate,. Power of ADC, DAC, Serdes almost equal to DSP Power of ASIC depends on additional features SD-FEC, OTN functionalities, number of modes Latest CMOS node is important (40nm 28nm) 20-30% power savings with new node size Acacia Proprietary and Confidential. 8

9 Photonic Integration Optics and associated driver electronics have large impact on size and cost of Transceiver Photonic integration important for size and cost reduction InP as integration platform Integration of laser and modulators Integration of 90deg hybrid and detectors High yield is challenging Silicon as integration platform Integration of PBS, 90deg hybrid and detectors Integration of PBS and modulators Integration of laser difficult Lowest cost with concurrent DSP and Optical design Imperfections in optical components can be mitigated by DSP CMOS wafer contain 1000 s of low cost integrated chips Acacia Proprietary and Confidential. 9

10 Form Factor Options for 100G DWDM Coherent Metro Transceiver Similar to 10G, Pluggable Transceiver is the ultimate solution 100G DWDM Coherent Metro Transceiver in CFP Possible to fit ASIC/DSP and Optics Likely to be available within 1-2 years Attractive for metro transport Routers have high face plate density requirements CFP2 and CFP4 attractive Difficult to fit both ASIC/DSP and Optics Optics in CFP2/4, ASIC/DSP on host card Challenging high speed analogue interface Host CFP2/4 Acacia Proprietary and Confidential. 10

11 Technology and Design Trends for 100G DWDM Coherent Metro Transceivers Programmable Performance and Features Power Savings CD and PMD range FEC performance Modulation format Spectral efficiency and reach Higher than 100G data rate Client Interfaces 10G/28G Serdes, OTL4.10/4.4, CAUI OTN and Ethernet wrapping Miniaturization of Optics Acacia Proprietary and Confidential. 11

12 Summary 100G Coherent transceivers very successful in Long-Haul today 100G Metro market expected to emerge in 1-2 years Metro market is 2-3 times Long-Haul Today s 100G DWDM transceivers do not meet Cost, Size and Power target for Metro 100G DWDM Coherent Transceiver in CFP form factor is attractive near term solution Purpose built Metro ASIC/DSP combined with Highly Integrated Optics is likely to meet Cost and Density target for DWDM Metro Applications Acacia Proprietary and Confidential. 12

13 Thank you! Acacia Proprietary and Confidential. 13

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