Packet optical transformation ofc2017
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The document discusses advancements in optical interoperability in open networks, emphasizing the importance of integration, programmability, and automation in packet-optical systems. It highlights Juniper's participation in industry initiatives to promote interoperability among various vendors and systems while reducing complexity. The background of Domenico Di Mola, a key figure in optical engineering and development at Juniper, is also provided, detailing his extensive experience and contributions to the field.
Packet optical transformation ofc2017
- 1. Juniper Confidential ADVANCING OPTICAL INTEROPERABILITY IN OPEN NETWORK Domenico Di Mola, VP of Eng. Juniper CDO-Packet Optical Platform NG PACKET-OPTICAL NETWORK OPEN, PROGRAMMABLE AND AUTOMATED 2017
- 2. Juniper Confidential PACKET OPTICAL INTEGRATION Transformational Agent EfficiencyInteroperability Simplicity IP/Eth Optical OPEN PROGRAMMABLE AUTOMATED
- 3. Juniper Confidential BEHIND MEGATRENDS THERE ARE …… Industry Initiatives TERASTREAM Open ROADM TIP Controlled SW NEs Open HW architecture Interoperability Multivendor IP-routing & Optical integration Coherent LH interoperability SDN , NetConf/Yang Multivendor Zero touch, simple, effective operation Integrated Packet-Optical Open line system No locks-in solution Multi-layer-simulation Network disaggregation, software control Open ecosystem, developer communities
- 4. Juniper Confidential TIP (TELECOM INFRA PROJECT) Unleashing Open Optical Line System NetConf/YANG (IETF,OIF) SDN EMS PLANNER API (Rest/RestConf) ACCESS BACKHAUL CORE & MANAGEMENT System Integration Unbundled Solution Media-friendly Sol. High-frequency Autonomic Access Open Optical Packet Transport Core Network Optimization Green Field Telecom Networks Physical Simulation Environment
- 5. Juniper Confidential STANDARDIZATION The Need for Simplification Common-API Common Models Common Interfaces Network requirements compliancy Open Line System & Transponder Plug & Play sub-system Interoperability and Multivendor SW programmable Simulation and Planning (PSE) Multi Layer Planning and Optimization Dynamic scenarios (Live Network) Planning as Network Service
- 6. Juniper Confidential Born in 1966 in Italy, Domenico Di Mola received his PhD in Electronic Engineering and post-doc in Quantum Electronic from Polytechnic of Turin (Italy). He started his career in Italtel (Telecom Italia-Siemens) participating to first design of GoS (Glass on Silicon) Arrayed Waveguide Grating (AWG) De/Mux, today one the most widely deployed product in DWDM line system. In 1995, he has pioneered development and deployment of first Tunable Add and Drop architecture and published on major optoelectronics journal like JLT, JSTQE and Photonic Letters. In his professional life he has worked in various engineering and management roles for some of largest optoelectronic organizations, like Agilent Technologies (now AVAGO), JDSU (now Lumentum) and Oplink (now Molex), where he participated and led development of first 10G, 40G and 100G optical modules and transceivers (XFP, SFP, QSFP, CFP). In 2008, taking leadership of Common R&D in Alcatel-Lucent Optical Networking Division, he led the development of the first 100G Coherent QPSK DWDM transponder, designing the first integrated 100G Coherent DSP-ASIC based on fully integrated CMOS technology. In 2013, he joined Juniper to lead the strategic planning for Packet-Optical platform that defined Juniper strategic acquisitions in Optical domains. Currently he is VP of Engineering of Packet-Optical platform which include assets from these acquisitions. He has been key note speaker at ECIO, ECOC and OFC and holds several fundamental patents in technologies, component and systems for DWDM Networks.