BlueSpace: Indoor Ultra-high Broadband Access
This blueSPACE proof of concept aims at providing high data rates for indoor hotspots. The scenario utilises on one hand the ultra-high broadband connectivity offered by the specially designed blueSPACE small cells that operate at 26GHz-18GHz and the massive deployment of such small cells over an area that is supported by the SDM-extended optical fronthaul infrastructure of blueSPACE.
The target is to provide ultra-high capacity connectivity of 1 Gbps for the DL and 500 Mbps for the UL over an indoor office area, while also interconnect many such sites in a business or public sector area of a city to a common pool of BBUs at the CO.
A mixture of services is assumed for the traffic density, mostly related to cloud storage services , desk cloud services and video conferencing. A connection density of 75,000 users/km^2 is considered, reaching up to 15 Tbps/km^2 for the DL and 2 Tbps/km^2 for the UL.
In terms of 5G functionalities, blueSPACE investigates:
- High user density + high bandwidth per user.
- Ultra-high fronthaul capacity.
- Slicing and multi-vendor support.
Location: Eindhoven (Netherlands)
Date: Q2-2020
Partners involved: AIT, EULAMBIA, LioniX, Thales, UPV, UC3M, CTTC, NEXTWORKS, Intracom
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Countries:
Type of Experiment:
Global5G.org has published its White Paper entitled “How Europe can accelerate network densification for the 5G Era”.
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