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mmW Radio:

mmW Radio: Multi band architecture for analog and digital processing of aggregated traffic in mmW backhaul and access points. Multi band architecture for analog and digital processing of aggregated traffic in mmW backhaul and access points. Background. 60 GHz WiHD HTCC module Demonstrator

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mmW Radio:

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  1. mmW Radio: Multi band architecture for analog and digital processing of aggregated traffic in mmW backhaul and access points

  2. Multi band architecture for analog and digital processing of aggregated traffic in mmW backhaul and access points • Background 60 GHz WiHD HTCC module Demonstrator (With ST Microelectronics) 60 GHz WiHD Transceiver + HTCC module + glass antenna and Digital BB (with ST Microelectronics) 60 GHz Si-Interposer 2 antennas module 6,5*6,5mm² 24 GHz radar (with ST Microelectronics) 60 GHz UWB impulse

  3. Multi band architecture for analog and digital processing of aggregated traffic in mmW backhaul and access points • On going collaborative projects • ICT FP7 E3Networks (2013-2015) Energy Efficient E-band transceiver for backhaul of the future networks E-band transceiver design in BICMOS • ICT FP7 Eu-Japan MiWEBA (2013-2015) Millimeter-wave Evolution for Backhaul and Access Organization of small cell heterogeneous network • ICT FP7 MiWaves (2014-2017) Beyond 2020 wireless heterogeneous network with mmw access point and backhauling Antenna module for mmw access point and backhaul

  4. Contact: cedric.dehos@cea.fr Project Idea: Multi band architecture for analog and digital processing of aggregated traffic in mmW backhaul and access pointsEU call: Project Idea short description: Manage 9/10GHz traffic aggregation in future heterogeneous network with mmw access points and backhauling • Short Description: • Multi tone frequency synthesis • Architecture for aggregation of multiple wide bands in mmw • Wideband analog processing, filtering • Wideband (>2GHz) high resolution (8-10bits) ADC/DAC • Multiband signal processing • Strategy of relaying • Potential Applications: • Backhaul & Access Points • Competences needed: • Analog and RF/mmw design • Mixed signal design • Digital Signal Processing

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