News :

It may soon be possible to view cells, bacteria, and viruses without a lens by using a simple webcam CMOS image sensor and LED lights. While this may sound like something concocted by a mad scientist, it is in fact a practical idea that Leti and UCLA researchers have been working on for the past […] >>

Rohde & Schwarz, a German manufacturer of radiofrequency (RF) test equipment, has teamed up with Leti to develop technology to improve its systems. The goal is to find a way to characterize the RF blocks (like amplifiers, oscillators, and frequency mixers) used in tablets and smartphones under real-world conditions. Existing characterization tools take into account […] >>

Grenoble-based engineers from CEA-List have more than doubled the speed of a matrix multiplication program using a new dynamic compilation method. This method, designed specifically for multi-core processors, works by optimizing the execution of the most calculation-intensive sections of code. It offers an attractive alternative to static compilation, which optimizes the overall code using conservative […] >>

For the third year in a row, Grenoble Institute of Technology-Phelma students will take part in iGEM, the global synthetic biology competition held by MIT. The Grenoble team will consist of ten university students: four from Phelma; three from UJF; two from Mines de Saint-Étienne; and one student from the US (Louisiana) doing an internship […] >>

Locating an object to within just a few centimeters sounds easy—except when you are over 3.6 km away. But that’s what French start-up BeSpoon was able to do using impulse radio ultra-wideband (IR-UWB) technology developed by Leti. This range of 3,641 meters sets a world record based on emergency situation UWB regulations; the range based […] >>