EAST project received CATRENE Award for Driving 5G Innovation
- Awarded for driving innovation in smaller and more energy efficient 5G small cell and massive MIMO systems of the future
- Award winning concepts enable switching 5G transmitters across bands without creating unwanted signals in other bands
- Reduces power consumption for 5G to enable cost savings for network operators
NXP Semiconductors N.V. today announced that NXP and its partners of the EAST consortium (smart everything, everywhere access to content through small cells technologies) including Eindhoven University of Technology, TNO, Delft University of Technology, Nokia, Besi, Anteverta, and Bruco, has recently received the CATRENE innovation award.
The EAST project was selected for developing highly integrated and energy-efficient cost-effective technologies to support the rollout of 5G mobile communication networks.
"The EAST consortium has developed innovative concepts for switching 5G transmitters across bands without creating unwanted signals in other bands, saving cost on filter components that would have been needed in today's concepts," said Mark Tomesen, senior director of R&D and innovation at NXP. "On the receiver side, a highly efficient antenna concept has been developed that allows switching between 5G bands with stronger resulting signals. Also, on the receiver side this eliminates the need for expensive filter and switching concepts."
The EAST project was executed over a period of 3.5 years in the CATRENE program, which is a EUREKA Cluster managed by AENEAS Industry Association. EAST solves the increase of power consumption with more efficient concepts. Improvements in power consumption decrease the environmental footprint of 5G and drive cost savings for network operators deploying 5G. For more information about the EAST Project see: http://www.catrene.org/web/downloads/profiles_catrene/catrene-project-profile-EAST.pdf
The award was presented at European Forum for Electronic and Components and Systems (EFECS) in Lisbon, Portugal, 21 November 2018.