5G-XHaul Dynamic Reconfigurable Optical-Wireless Backhaul / Fronthaul for 5G Small Cells and Cloud-RANs
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1 5G-XHaul Dynamic Reconfigurable Optical-Wireless Backhaul / Fronthaul for 5G Small Cells and Cloud-RANs Presenter: Konstantinos Filis, Ph.D. R&D Senior Engineer 2/11/2016
2 5G-Xhaul Partners, Funding and Duration 2 12 PARTNERS IHP Innovations for High Performance Microelectronics Germany i2cat Foundation - Spain Telefonica I+D - Spain University of Thessaly - Greece University of Bristol - UK Blu Wireless Technology - UK TES Electronic Solutions - Germany COSMOTE Greece TU Dresden Germany Airrays - Germany Huawei Technologies Düsseldorf GmbH - Germany ADVA Optical Networking - Germany FUNDING: 7.3M (H2020) DURATION: 36 MONTHS (7/15 6/18) H2020 5G-PPP Grant Agreement No
3 5G-XHaul Aim and Key Concepts 3 5G-XHaul aims at a converged optical and wireless network solution, relying on flexible infrastructure able to support Backhaul (BH) & Fronthaul (FH) networks required to cope with future challenges imposed by 5G Radio Access Networks (RANs). Key concepts: Programmable optical/wireless network elements, enabling tight control of transport network. Software Defined Network (SDN) architecture (control plane decoupled from individual transport network elements & logically centralized to achieve a holistic network view). Cognitive control plane, able to measure/forecast spatio-temporal demand variations and configure transport network elements accordingly.
4 5G-XHaul Architecture 4 Optical Technologies Time-Shared Optical Network (TSON) Wavelength Division Multiplexing- Passive Optical Networks (WDM-PON) INFOCOM 2016 SESAME Workshop 2 November 2016 Wireless Technologies Point-to-Multipoint (P2MP) mmwave (60 GHz) Sub-6 GHz connectivity for users, backhaul and fronthaul
5 Deployment Overview: Data Plane 5 Dense layer of small cells (complemented by macro cells) located m apart Macro cell sites 500m apart Small cells: wirelessly backhauled to macro cell sites (mm-wave + sub 6 GHz) or directly connected to central office node through WDM-PON Remote Radio Heads (RRHs) connected to BaseBand Unit (BBU) pools via high bandwidth transport links (FH) stringent delay & synchronization requirements TSON to demonstrate advanced BH capabilities (dynamic connectivity with fine bandwidth granularity) supports sub-wavelegth switching, flexible frame lengths (64ns-25.6µs), variable bit rates (30 Mbps-6 Gbps)
6 Deployment Overview: Control Plane 6 Network slicing to support heterogeneous networks (2G/3G/4G, Wi-Fi, etc.). SDN to manage control plane, individually, by a logically centralized controller. Network Function Virtualisation (NFV) to execute network functions on commodity hardware.
7 Technical Innovations: Converged Architectures 7 Define functional and physical transport architectures addressing the 5G design principles Define analytical frameworks to evaluate proposed architectures in terms of: Network costs: including network and compute resources Benefits of resource pooling (FH/BH, vbbus) Benefits of flexible functional splits Pareto Front* of different converged architectures *Pareto Front: The set of optimal outcomes in a Pareto optimization procedure - an area of multiple criteria decision making
8 Technical Innovations: Wireless 8 mmwave (60GHz) Front End design Antenna & BFIC mmwave Base Band design: MIMO/Beam alignment and tracking/p2mp Channel modelling 5G-XHaul mmwave BFIC Synchronization in wireless backhaul: IEEE 1588v2 5G-XHaul mmwave nodes Functional splits for 5G-RANs: Impact on transport requirements Specific development for Massive MIMO Self-backhauling: Joint access and backhaul Massive MIMO array supporting 5G-XHaul functional split
9 Cross-connect DEMUX MUX Cyclic AWG Technical Innovations: Optical 9 Time Shared Optical Networks (TSON) Elastic BW allocation (time slices) Extensions for elastic grid Native mapping of Ethernet and CPRI Synchronization TSON FPGA implementation Optical joint FH/BH enabled by flexible WDM-PON Gbps/λ, Km Switch off ONUs for energy saving Color-less ONUs (out-of-band mgmt) Flexible assignment BBU-RRH OLT OLT RN ONU 1 BBU BBU... Tx Array n L C ONU n L C T-LD L C T-LD Rx Ethernet switch... Rx Array n Rx 5G-XHaul WDM-PON architecture
10 Technical Innovations: Control Plane 10 Unified control for heterogeneous transport network SDN control plane scalability TENANT1.SLICE1 5G-XHaul Transport Slice Dynamic Flow Rules / Flow caching vdp2@dc2 DP3@DC6 Virtualization/Slicing VNF2@DC2 vdp1@dc1 VNF5@DC7 VNF3@DC3 VNF4@DC4 VNF1@DC1 Spatially aware control plane: Virtual datapath VNF/PNF Exploit data available from RANs to improve control/management in the transport Traffic engineering for joint mmwave/sub6 wireless backhaul
11 Planned Experimentation 11 NITOS, hosted by UTH in Volos, Greece -> Validate control plane
12 Final Demonstrator 12 Bristol is Open (BiO), Bristol, UK -> Validate 5G-XHaul architecture
13 13 Thank You
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