TERA6G About
TERA6G is a crossroad from previous H2020 projects to combine key previous know-how enabling us to aim for wireless links with Terabit-per-second data throughput capacity combining the use of carrier frequencies above 100 GHz and massive Multiple-Input/Multiple-Output (mMIMO) multi-antenna techniques.
G.A. ID: 871668
11/2019 to 10/2022
- Hybrid integrated photonics based THz generation and detection
- High-speed photodiode-based mmW/THz transmitter
- 2D transmitter antenna arrays
- Waveguide-integrated photoconductive-based mmW/THz receiver
G.A. ID: 871464
11/2019 to 10/2022
- D-band propagation and channel modelling
- Beamforming and tracking
- Reconfigurable Intelligent Surfaces and beamforming
- Blockage and misalignment in D band BF
- Baseband processing
G.A. ID: 761794
06/2017 to 03/2020
- 300GHz regime propagation and channel modelling
- Pencil Beamforming algorithms and impairments
- Pencil beamforming MAC and multiple access schemes
- BF codebook design
G.A. ID: 871668
09/2020 to 02/2023
- 5G Core with network slice manager
- 3GPP Service based architecture with 5GLAN and TSN modules
- SDN controller integrated to network slice manager
TERA6G FIGURES
Call identifier: HORIZON-JU-SNS-2022-STREAM-B-01-02
Grant Agreement No.: 101096949
Timeline: 1 January 2023 – 30 June 2026
Overall budget: € 6,114,000
EC contribution: € 5,892,962