Trends in Optical Disaggregation. Presented by :

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1 Trends in Optical Disaggregation Presented by :

2 Today s Presenters Moderator Simon Stanley Analyst at Large Heavy Reading Matthew Mitchell Vice President of Optical Systems Architecture, Infinera Corporation Madhu Krishnaswamy Senior Director, Product Line Management Lumentum

3 Agenda Industry Drivers, Enablers & Activities Optical Systems Disaggregation Opportunities Industry Goals & Priorities Open Line System Vision, Progress & Next Steps Q&A

Drivers & Enablers for Optical Disaggregation Demand growth & shifts: Rapidly growing user traffic Migration to the cloud Result: Increased demand for network flexibility, agility and optimized cost

4 Drivers & Enablers for Optical Disaggregation Demand growth & shifts: Rapidly growing user traffic Migration to the cloud Result: Increased demand for network flexibility, agility and optimized cost Technology enablers: Increasing use of open source and whitebox approaches (especially in data centers) Multi-layer transport SDN automation & optimization Source: Cisco VNI Global IP Traffic Forecast,

5 Enabling Technology: Multi-layer Transport SDN Service Orchestration SD-WAN, vcpe CORD, volt, vepc Transport SDN Control and Applications DC SDN, NFV Open APIs Premises Central Office (CO) Transport Networks Packet Layers 2-3 OTN Layer 1 DWDM Layer 0 Data Center (DC) VNFs

6 Open/Disaggregated Optical Systems Activities Fixed-grid Open Line Systems Separate vendor ( alien ) wavelengths over fixed-grid 50 GHz line systems Evolving for 10 years with limited impact Flexible Grid Open Line Systems No industry consensus definition yet, some early requirements and RFPs Growing interest and support, limited deployment Open ROADM MSA Targeting metro/edge applications Participation from many influential industry members Telecom Infra Project (TIP) Initiatives Voyager white box packet-optical system MSA Proposal for point-to-point open line system Strong industry participation

7 Typical Current Deployment: Integrated Optical System Single Vendor Control, Integration, Support Terminal System 1 Line System Control km 80 km Mux/ Demux Terminal Amp (TA) Line Amp (LA) optional Terminal Amp (TA) Mux/ Demux + ROADMs for optical mesh n n Infinera

8 Industry Goals Enable operators to multi-source critical high value components Automate and optimize L0-L3 operations thru software Innovate faster by decoupling development cycles for line systems and terminal equipment Infinera

9 Opportunities for Optical Disaggregation 1 Terminal equipment disaggregation 3 Open Line System Control/APIs 1 Line System Control km 80 km Mux/ Demux Terminal Amp (TA) Line Amp (LA) optional Terminal Amp (TA) Mux/ Demux 2 Open Line System 4 Disaggregated Line System n 5 Multi-vendor Interop n Infinera

10 Optical Interface Specs Open Mgmt Interfaces Open Line Systems Control & Management (NEM) SDN Controller / Orchestrator Open Mgmt Interfaces Open Mgmt Interfaces Control & Management (NEM) Vendor A Line System Control Vendor A Open Mgmt Interfaces Vendor B Mux/ Demux Terminal Amp (TA) 80 km 80 km Line Amp (LA) optional Terminal Amp (TA) Mux/ Demux Optical Interface Specs Vendor B Vendor C Open Line Systems already exist. Need a common agreement on what that means. Vendor C 2016 Lumentum Operations LLC 10

11 Telecom Infra Project (TIP) SDN Controller / Orchestrator DWDM Interfaces DWDM Interfaces Open Line System Open Packet Optical Transport Working Group The Telecom Infra Project (TIP) is an engineering-focused initiative driven by operators, infrastructure providers, system integrators, and other technology companies that aim to reimagine the traditional approach to building and deploying telecom network infrastructure 2016 Lumentum Operations LLC 11

12 Optical Interface Specs TIP Proposal for Point-to-Point Open Line System Line System Control Netconf Mux/ Demux YANG Terminal Amp 80 km 80 km Line Amp YANG YANG Terminal Amp Mux/ Demux Optical Interface Specs Mux/Demux Terminal Amplifier A D Mux Demux Booster EDFA Preamp OCM VOA VOA Switch Line In Booster Monitor 1611nm OSC In 1511nm OSC In B Line 1 Out B Line 2 Out SFP 1611nm OSC Out 1511nm OSC Out C Line 1 In C Line 2 In Preamp Monitor Node-level optical spec (similar to Open ROADM approach) but tailored for point to point OLS configuration. Specifications proposed for key optical (filter BW, incremental OSNR contribution, channel powers, gain masks, OSC, monitoring points, line protection, etc.) and control parameters. Yang data models proposed for two nodes (Terminal & ILA) 2016 Lumentum Operations LLC 12

Open ROADM MSA Open ROADM defines and specifies these interfaces Targeted at metro/edge applications (100G QPSK, <500km, highly meshed connectivity).

13 Open ROADM MSA Open ROADM defines and specifies these interfaces Targeted at metro/edge applications (100G QPSK, <500km, highly meshed connectivity). Photonic layer (WSS, EDFA) hardware disaggregated from Tx/Rx hardware (lineside and client) SDN Controller replaces vendor-specific control plane and Element Management System SDN Controller agnostic to vendor hardware. Open ROADM project has at its core the drive towards faster pace MSA innovation Specs (Optical, and competition, OSC, Yang as well models) as increased volumes through mass adoption, coupled with optical are layer available flexibility at and software control to overcome all the disadvantages of today's ROADM systems Lumentum Operations LLC 13

14 Synergies between Proposed TIP-OLS & Open ROADM MSA SDN Controller Netconf SDN Controller SDN Controller Netconf B A MW MW Aggregate Monitor Channel Monitor OWB Shelf Processor Mux WSS Demux WSS CH #1 Demux CH #n D C Mux Wr Wr Wr Wr D CH #n CH #1 C Demux WSS Mux WSS YANG Not specified MW MW A B Open ROADM Node YANG Netconf TIP Open Line System (Pt-to-Pt) YANG Node Controller TIP ROADM Node YANG Netconf, Other YANG OSC definition (1511nm, 100Mb -> 1 GE) is aligned ALS shutdown logic is aligned 2016 Lumentum Operations LLC 14

15 Open Line System Interop Activity (1/2) 8QAM 16QAM Validated OSNR, end-to-end connectivity, reach and successful error-free data transmission for seamless performance over metro distances. 19 super-channels 2016 Lumentum Operations LLC 15

16 Open Line System Interop Activity (2/2) Facebook Voyager Lumentum Whitebox 2016 Lumentum Operations LLC 16

17 Moving Toward Flexible Grid Open Line Systems: Lessons Learned Flexible grid open line systems have been an evolving concept with limited adoption Early solutions tended to suffer challenges when using alien terminal line cards Not all Native functions worked properly Challenges around ownership of network performance commitment Many solutions still miss key technical elements for true future proofing Has resulted in OLS primarily using transponders from same vendor Infinera

5Ghz, 35GHz, etc Allows maximum fiber capacity Allows full flexibility in capacity/reach optimization Support for externally

18 Flexible Grid Open Line System Vision: Controls (part 1) Automated amplifier, ROADM WSS & OPM control for native and alien channels Alien channel recognition and power balancing Support for variable channel spacing (Flex) 37.5GHz, 50GHz, 62.5Ghz, 35GHz, etc Allows maximum fiber capacity Allows full flexibility in capacity/reach optimization Support for externally muxed sources Industry currently providing single, dual, and multi-carrier solutions. All need to be supported. Mux Infinera

19 Flexible Grid Open Line System Vision : Controls (part 2) WSS Support for Network to Network ROADM optical interop Support multiple carriers transmitting between elements Extreme case is full OpenROADM concept Vendor B Vendor A Eliminate customized line module features that exclude operation over alien OLS e.g. special carrier tagging Multiple Carriers between ROADMs l WSS Vendor A Vendor B Infinera

20 Challenges and Next Steps Challenge Gaining industry alignment on vision and definition for open line systems Preserving room for differentiation Understanding where to pursue disaggregation with common controls versus integration for optimized performance Network-level integration, service and support for disaggregated elements Next Steps Converge on OLS component requirements Converge on common control architectures, APIs, YANG data models Define approaches that maximize benefits of commonality yet allow for customization and innovation of features Define & clarify trade-offs across markets DCI Metro Long haul Multi-vendor testing & integration Commercial service offerings Infinera

21 Optical Interface Specs Establishing a Blueprint for Open Line Systems Infinera Xceed Multi-Layer SDN Controller APIs Infinera Infinera Netconf Infinera Lumentum Whiteboxes Optical Interface Specs Infinera Infinera Infinera FlexILS Open Line System Infinera 2016 Lumentum Operations LLC 21

22 Optical Interface Specs Enabling an Open Ecosystem Controllers Infinera Open-Source SDN Controller (ONOS, ODL, Others) APIs Line System Control & Management Controllers Infinera Netconf Vendor B Lumentum Whiteboxes Optical Interface Specs Vendor B Vendor C Infinera or 3 rd Party Open Line System Vendor C 2016 Lumentum Operations LLC 22

23 Questions and Answers? Moderator Simon Stanley Analyst at Large Heavy Reading Matthew Mitchell Vice President of Optical Systems Architecture, Infinera Corporation Madhu Krishnaswamy Senior Director, Product Line Management Lumentum

24 Thank you for attending! Upcoming Light Reading Webinars

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