1. The mmW5G workshop at WCNC
Organised by

2. Project Overview
Co-funded by Horizon 2020, part of 5G PPP Portfolio
Project coordination: Samsung
Technical management: Ericsson
Project runtime: July 2015 – July 2017
19 partners:
Vendors: Samsung, Ericsson, (Alcatel-Lucent), Huawei, Intel, Nokia
Operators: Orange, Telefonica
Research institutions: CEA-LETI, Fraunhofer HHI, IMDEA Networks
Universities: Aalto University, University of Bristol, Chalmers University of Technology, TU Dresden
SME: Qamcom
Test equipment manufacturers: Keysight Technologies, R&S
Advisory Board: ETSI, ANFR, BNetZa, OFCOM, PTS, FICORA, BMW, U. Illemenau, SONY mobile
The main objective is to deliver key concepts and components for mobile radio access technology (RAT) in the GHz range
Spectrum, Use Cases, KPI requirements
Multiple channel measurements and channel modelling
Architecture components and integration
Air interface for access and mm-wave waveform design
Multi-node and Multi-antenna Transceiver design

3. Channel Measurements and Modelling
5G channel model available to public as open source.
Compatibility with 3GPP-3D model (calibrated).
Check D2.2 for final channel models, meas. Results.
Map based modelling
Modelled ground reflection
BS1
LOS link

4. Multi-antenna and Multi-node design
Multi-element antenna performance (incl. Transmitarray) studied and modelled. These allow directional channel responses with channel model.
Hybrid BF analysed in detail for access and relay. Hybrid FSO/mm-wave studied for multi-node solutions.
Hardware impairments – the PN model code shared as open source.
Look out for D5.2 for the final solutions, impairment models.
PSD of carrier phase noise in “low” mode

5. Mm-wave RAN architecture and waveforms
Evaluated 10 waveform candidates against 11 KPIs. Analysis based on both Simulation or analytical approaches.
Look out for D4.2 for final comparisons.