Published December 31, 2018
| Version v1
Project deliverable
Open
D1.1 Design of infrastructure architecture and subsystems
Creators
- Dan Warren1
- Ahmed Elmokashfi2
- Andrea F. Cattoni3
- Andres J. Gonzalez4
- Artur Hecker5
- Carlos Parada6
- Christos Politis7
- Christos Tranoris8
- Costas Kalogiros9
- Diego R. Lopez10
- Dimitrios Kritharidis11
- Duncan Silvey12
- Foivos Michelinakis2
- George Darzanos9
- George Stamoulis9
- Håkon Lønsethagen4
- Ishan Vaishnavi5
- Joao Rodrigues12
- Jorge Carapinha6
- Jose Ordonez-Lucena10
- Joseph Eichinger5
- Kashif Mahmood4
- Konstantinos Chartsias11
- Konstantinos Katsaros11
- Konstantinos Liolis7
- Konstantinos Stamatis11
- Mohammed Gharba5
- Osama Abboud5
- Pablo Serrano13
- Pål Grønsund4
- Panagiotis Papaioannou8
- Puneet Gupta14
- Ramin Khalili5
- Riccardo Trvisonno5
- Robert Lagerholm14
- Shane Jackson12
- Tom-Kristian Berg12
- Vasileios Theodorou11
- Victor Marques6
- Wint Yi Poe5
- 1. Samsung
- 2. Simula
- 3. Keysight
- 4. Telenor
- 5. Huawei
- 6. Altice Labs
- 7. SES
- 8. University of Patras
- 9. Athens University
- 10. Telefonica
- 11. Intracom Telecom
- 12. Nokia
- 13. Universidad Carlos III de Madrid
- 14. Ericsson
Description
To allow 5G-VINNI Facility Sites to implement their networks with some degree of consistency, and with the potential for inter-operability and interconnection between Facility Sites, a common architecture for 5G-VINNI is defined. This draws heavily on pre-existing work from Standards, as well as from previous 5G-PPP projects. This document is produced ahead of implementation, and so is to some extent a description of the expectations for implementing a standards compliant facility. Future versions will reflect this as a starting point, but also include lessons learned during implementation.
Files
D1.1-Design of infrastructure architecture and subsystems v1.pdf
Files
(3.9 MB)
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