Researchers revealed that the new low-power antenna is a type of millimeter-wave gradient index (GRIN) lens antenna. Although GRIN lenses have existed for over a century, the idea of developing a ...

Communication satellites and flying antenna platforms can contribute ... However, as large parts of the millimeter wave (mmW) frequency spectrum must be reallocated for this purpose, more powerful ...

Imaging radar processors are key to the perception systems that will enable a variety of current and future automotive ...

A team from MIT Lincoln Laboratory has built and demonstrated the wideband selective propagation radar (WiSPR), a system ...

Millimeter wave applications include communications ... the narrower the beam and the smaller the antennas. Radio astronomy using millimeter waves dates back to the 1960s, and military deployment ...

A team from MIT Lincoln Laboratory has built and demonstrated the wideband selective propagation radar (WiSPR), a system capable of seeing out various distances at millimeter-wave (mmWave or MMW) ...

The camera has two transmitting antennas and four receiving antennas. This is the first unit to be capable of MIMO transmission in the high-frequency like millimeter-wave band.

The NSI-MI Technologies measurement system is ideal for measuring millimetre wave antennas packaged on chip from 10GHz to 110GHz. The NSI 2000 software allows for radiated results to be processed and ...

Millimeter-wave band: radio waves at frequencies higher ... and reliability by using multiple transmitting and receiving antennas and transmission paths. The channel spacing is 125 MHz.