5G-PICTURE / 5G Programmable Infrastructure Converging disaggregated neTwork and compUte REsources 5G-PICTURE will design and develop an integrated, scalable and open 5G infrastructure which supports operational and end-user services for both ICT and “vertical" industries. Rely on a converged fronthaul and backhaul solution, integrating advanced wireless access and novel optical network domains Fronthaul adopting flexible functional splits o Transport network and Compute Resources o Processing parallelisation o Full GPP with commodity hardware and Hybrid Solutions Dis-Aggregated RAN (DA-RAN): Disaggregation of HW and SW components across the optical, wireless and compute/storage domains o Disaggregation of Network and Compute Resources o Mixing and matching of resources to efficiently support services Current C-RAN implementations are not truly open and rely on closed systems and vendor-specific implementations 5G-PICTURE addresses these inefficiencies adopting the concepts of softwarisation and HW programmability able to support optimal mix of compute, storage and network resources allocated and managed on demand any ICT and Vertical Industry service under a common shared open infrastructure Converged fronthaul and backhaul services in Bristol is Open (BIO) 5G-smart city testbed at Bristol (BIO) to experimentally validate the DA-RAN concept supporting BH and FH services A variety of network functions will be orchestrated to form BH and FH service chains Validation of the capabilities of the 5G-PICTURE solution to support a variety of ICT and vertical services Rail Use Case Demonstration Railway testbed deployed across three lines of the FGC network in Barcelona High-density scenario – massive MIMO with beam tracking Efficient coordination of RUs allowing the creation of super cells reducing the frequency of handovers Stadium use case Live mobile streaming application in a large venue Media services supporting large venues with increased density and static-to-low mobility - stadium testbed supporting large venues Find additional information via: http://www.5g-picture-project.eu/ https://twitter.com/5G_PICTURE Bristol is Open kindly offers housing and connectivity to 5G-PICTURE for experimentation https://www.bristolisopen.com The partners of the 5G-PICTURE Project: Mega DCs Internet Metro Core Metro Regional DCs Mid-DCs Micro- DCs Wireless Access Macro-cells Controller Resources NFVI VIM Controller Resources NFVI Controller Resources NFVI Controller Resources NFVI VIM VIM VIM VNF VNF SSD RAM GPP SPP PNF PNF VNF SSD RAM GPP SPP PNF PNF VNF VNF VNF Frontlhaul VNF 1ms <1Mbps 1Mbps >1Gbps Autonomous trains Augmented reality Tactile Internet Video Analytics 10ms 100ms 1000ms Monitoring Sensor Railway (Voice – TETRA) Railway (CBTC-DATA) Online gaming 10Mbps 100Mbps Remote Control Video Streaming Mobile Cloud Common Platform CCTV Specific Purpose CBTC TETRA Fronthaul Radio Common Platform (Integrated FH/BH/ Compute) 5G-PICTURE D-RAN C-RAN Video Call Data Delay Throughput City mmWave Central Οffice (Telecom) RU RU RU RU Mobile Network Operator #1 Mobile Network Operator #2 Super-Cell vEPC vMME vBBU Railway vEPC, vMME, vBBU Multi-technology Transport Optical Edge mmWave Optical Edge Optical Edge Optical Edge s VM VNF PNF Stadium Metro Metro Mid-DCs Wireless Frontlhaul VNF VNF SSD RAM GPP SPP PNF PNF VNF SSD RAM GPP SPP PNF PNF VNF VNF Backhaul vBBU vBBU Frontlhaul 5G-PICTURE Scope and Approach 5G-PICTURE Impact 5G-PICTURE Demonstrations