Open5G Lab Ecosystem of opensource platforms for open wireless innovation

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Open5G Lab Ecosystem of opensource platforms for open wireless innovation Presented by Navid Nikaein

Open5G Lab
Ecosystem of opensource
platforms for open wireless
innovation
Navid Nikaein
Communication System, Eurecom
ITU Workshop, 11th July 2017

A bit about Eurecom
• A private non-profit research and teaching institute
– Location: Sophia Antipolis Technopole, French Riviera
– Main areas: Communications Systems, Digital Security, Data Science,
Embedded Systems
– Affiliations: Telecom ParisTech/SUDParis/Bretagne, TUM, POLITO, Aalto
Helsinki, NTNU Trondheim, Chalmers, CTU Prague.
– Industrial members: Orange, Monaco Telecom, BMW, SAP,
STMicroelectronics, Symantec, IABG.
• 150 permanent employees, 126 scientists (25 professors, 26 engineers,
75 PhD. students)
• Combination of applied and fundamental research
2

Open5G Lab
• Ecosystem of open-source platforms and usecases for fast and open
wireless innovations
– Common R&D and prototyping framework for proof-of-concept designs
• Experimentally-driven network systems research
• Bring idea into life through experimentation and prototyping
• Forum of discussions from business innovation to communication
network
• Technology transfer and collaboration with industry and academia
• Liaison with standardization bodies and 5G European/International
initiative
3

Open5G Lab
• OpenAirInterface : SW/HW platforms
– 4G/5G RAN : subset of LTE Rel 10 and 14 (NB-IOT), 5G NR Access layer (2018)
• UE, eNB, RRU, DU, and CU
– 4G CN : subset of rel 10
• MME, x-GW (C and D-plane separation, OVS ), HSS
• Mosaic-5G : Software platforms
– FlexRAN and FlexCN: A Flexible & Programmable SD-RAN and SD-CN Platforms
– LL-MEC: A Low Latency SDN-based MEC Platform
– JoX: Juju-based service orchestration core
– Net Store: Network control application distribution Repository
• Open5G Living Lab: Realistic testbed
– Flexible small-to-medium scale experimentations
– Controlled/lab (TRL4)
– Uncontrolled/realistic (TRL-6-7)
– End-to-end
– Remotely accessible testbed
– Indoor and outdoor, TDD and FDD,
6
Indoor RRS (32 elements)
Outdoor RRS (64 elements)
1GbE
2x20GbE
4x20GbE

Demo Today:
Experience Live Software-defined RAN slicing
7

Contact Information
• OpenAirInterface :
– contact@openairinterface.org
• Mosaic-5G
– mosaic-5g@lists.eurecom.fr
9

Climate Change is an extraordinary challenge for the development of our socioeconomic environment. The compilation of comprehensive knowledge about our physical environment is a key importance for implementing of mitigation strategies. Long- term terrestrial observatories are supporting the systematic monitoring of environmental parameters. They are responsible for data collection, data analysis and subsequently for decision support. Not only the complex structure and the large volume of data streams but also the necessary integration of existing monitoring infrastructures for such observatories imply special technological challenges for today’s scientific data and information management. Recent developments of Information and Communication Technology provide important conceptual and technological input for the proper design and implementation of underlying monitoring and data infrastructures. To avoid constantly recurring system developments for such infrastructures, a general and integrated approach for a reference architecture concept is needed.

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Open5G Lab Ecosystem of opensource platforms for open wireless innovation

1. Open5G Lab Ecosystem of opensource platforms for open wireless innovation Navid Nikaein Communication System, Eurecom ITU Workshop, 11th July 2017

2. A bit about Eurecom • A private non-profit research and teaching institute – Location: Sophia Antipolis Technopole, French Riviera – Main areas: Communications Systems, Digital Security, Data Science, Embedded Systems – Affiliations: Telecom ParisTech/SUDParis/Bretagne, TUM, POLITO, Aalto Helsinki, NTNU Trondheim, Chalmers, CTU Prague. – Industrial members: Orange, Monaco Telecom, BMW, SAP, STMicroelectronics, Symantec, IABG. • 150 permanent employees, 126 scientists (25 professors, 26 engineers, 75 PhD. students) • Combination of applied and fundamental research 2

3. Open5G Lab • Ecosystem of open-source platforms and usecases for fast and open wireless innovations – Common R&D and prototyping framework for proof-of-concept designs • Experimentally-driven network systems research • Bring idea into life through experimentation and prototyping • Forum of discussions from business innovation to communication network • Technology transfer and collaboration with industry and academia • Liaison with standardization bodies and 5G European/International initiative 3

4. Open5G Lab@Eurecom 4

5. Open5G Lab Platforms 5

6. Open5G Lab • OpenAirInterface : SW/HW platforms – 4G/5G RAN : subset of LTE Rel 10 and 14 (NB-IOT), 5G NR Access layer (2018) • UE, eNB, RRU, DU, and CU – 4G CN : subset of rel 10 • MME, x-GW (C and D-plane separation, OVS ), HSS • Mosaic-5G : Software platforms – FlexRAN and FlexCN: A Flexible & Programmable SD-RAN and SD-CN Platforms – LL-MEC: A Low Latency SDN-based MEC Platform – JoX: Juju-based service orchestration core – Net Store: Network control application distribution Repository • Open5G Living Lab: Realistic testbed – Flexible small-to-medium scale experimentations – Controlled/lab (TRL4) – Uncontrolled/realistic (TRL-6-7) – End-to-end – Remotely accessible testbed – Indoor and outdoor, TDD and FDD, 6 Indoor RRS (32 elements) Outdoor RRS (64 elements) 1GbE 2x20GbE 4x20GbE

7. Demo Today: Experience Live Software-defined RAN slicing 7

8. Conclusion 8

9. Contact Information • OpenAirInterface : – contact@openairinterface.org • Mosaic-5G – mosaic-5g@lists.eurecom.fr 9

Open5G Lab Ecosystem of opensource platforms for open wireless innovation

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