Telecom Infra Project. Open Optical Packet Transport. Openesses, Programmability and Automation driven by SW-integration and Multi-Layer Packet-Optical Integration. Common-API, Open source Packet-Optical Planner

1. Juniper Confidential
TELECOM INFRA PROJECT
OPEN OPTICAL TRANSPORT NETWORK
Sept 2017
Domenico Di Mola, Head of Packet Optical Platform
Juniper Networks

2. Juniper Confidential
This statement of product direction sets forth
Juniper Networks’ current intention and is subject
to change at any time without notice. No
purchases are contingent upon Juniper Networks
delivering any feature or functionality depicted on
this statement.
Legal Statement Regarding Current
Products and Intentions

3. Juniper Confidential
 TRENDS
 TIP-OOPT
 COMMON API
 PHYSICAL SIMULATION ENVIRONMENT
 SUMMARY
Agenda

4. Juniper Confidential
NETWORKING EVOLUTION TRENDS
Interoperability Simplicity
Optical
OPEN PROGRAMMABLE AUTOMATED
IP
ETH
Efficiency
Jvision
CSD
JTI
JOC
Northstar
PSM
Openflow
OpenConfig
Streaming
telemetry
ZTP
TSDN
ONOS

5. 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

6. Juniper Confidential
TIP (TELECOM INFRA PROJECT)
Unleashing Open Packet-Optical
NetConf/YANG (IETF,OIF)
SDN EMS PLANNER
API (Rest/Rest-Conf)
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
OPEN LINE SYSTEM

7. Juniper Confidential
OPEN OPTICAL PACKET-TRANSPORT
Structure, Organization and Mission
OOPT
OPERATOR
COUNCIL
WORKING GROUP
C-API
OLS
O-TXP
PSE
PSE and C-API
Definition of Common Ecosystem for Planning
Tool and C-API Interfaces

8. Juniper Confidential
COMMON-API
The Need for Standards and Common Denominator
TRANSPORT-API TE-TOPOLOGY OPEN-CONFIG OPEN-ROADM
SERVICES
CONTROLLER
INTERFACE
PATH
COMPUTATION
VIRTUAL
NETWORK
DEVICE
COINFIGURATION
MULTIPLE
TECHNOLOGIES
FOCUS ON
TRANSPORT
MORE THAN A
DATA MODEL

9. Juniper Confidential
COMMON-API
A Possible Road Map and TIP Contribution

10. Juniper Confidential
OOPT- PHYSICAL SIMULATION ENVIRONMENT
Open Source Planning and Design Tools
 Need Neutral Transport Design and Planning Tool
 Many Vendor Specific tools exist
 Need to break Closed Systems to Open Systems
 Tools from design shops exist: costly and complex
 Open Source tools to
 Perform service feasibility
 Vendor agnostic
 Extend into What If scenarios
 Extend into advanced protection / restorations

11. Juniper Confidential
THE PROGRAMMABLE NETWORK
Not Just the IP Layer, Transport is also Dynamic
 True Optimizations around data rate and reach
 FlexE – Terminate any data rate in 25G granularity
 Flex-Mod – SW defined modulation schemes, 25G granularity
 Greater level of Complexity
 Multi Layer (ML) Tools and Compute are Required
 True Network Value comes from ML Optimization!!
Increasing Modulation
IncreasingDistance

12. Juniper Confidential
SUMMARY

13. Juniper Confidential

14. Juniper Confidential
PHOTO AND BIOGRAPHY
Born in 1966 in Italy, Domenico Di Mola received his Laurea degree in Electronic Engineering (Turin Italy)
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 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), 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 and He has been key
note speaker at ECIO, ECOC and OFC and holds several fundamental patents in technologies, component
and systems for DWDM Networks.