ELEDIA@UniTN

ELEDIA Turns 20!
ELEDIA Turns 20! It was back in October-November 2000 that the ELEDIA brand began to circulate in an official form…
ELEDIA Artificial Intelligence Research Blog is online!
The ELEDIA Artificial Intelligence Research Blog (E-AIR Blog) has been launched! Check out our latest advancements on Artificial Intelligence as applied…
Dr. R. J. MAILLOUX awarded "Bruno Kessler" Honorary Professor
The ELEDIA Research Center is pleased to announce that Dr. Robert J. MAILLOUX will receive the title of Honorary Professor…

Facilities


SOFTWARE

The members of the ELEDIA@UniTN group develop research activities within several SW laboratories dedicated to

  • Wireless technologies and devices;
  • Software implementation for wireless systems;
  • Antenna design for satellite and terrestrial applications;
  

 

All these laboratories are composed by:

 
  • More than 60 Dual Core PCs (Linux, Windows);
  • 20 PC-based Cluster;
  • 1 Super-PC for Parallel Computing;
  • Data Center for large cluster computing.


HARDWARE

The members of the ELEDIA@UniTN group develop research activities within several HW laboratories dedicated to:

  • Wireless implementations and hardware facilities;
  • Microwave prototype manufacturing;
  • Smart systems for home automation.


Two new laboratories are currently under completion:

 
  • Antenna prototype manufacturing;
  • Electomagnetic Compatibility (EMC): Anechoic Chamber.

An Electomagnetic Compatibility (EMC) laboratory is also located in Genova (Italy) with a Shielded Semi/Anechoic Chamber:

  • Size: 9x6x6 m;
  • Door: 2x2 m;
  • Rotating turn table: 2m;
  • Compliant with NSA (Normalized Site Attenuation) and field uniformity requirements given by EMC European standards.
  

This Anechoic Chamber is equipped with RF and microwave instruments for characterization of electromagnetic devices (antennas, RF/microwave circuits, etc.), by making the following tests:

 
  • Radiated emission;
  • Conducted emission;
  • Radiated power;
  • Flicker emission;
  • Harmonic emission;
  • Immunity to radiated electromagnetic fields;
  • Immunity to conducted radio frequency;
  • Immunity to surge Immunity to burst;
  • Immunity to ESD;
  • Immunity to magnetic fields;
  • Immunity to pulsed magnetic fields;
  • Immunity to voltage dips and short interruption.