The unique capabilities offered by photonics for processing ultrawide-bandwidth, high-frequency microwave signals make it a promising alternative for wideband microwave signal processing.

With nothing more complex than a germanium point-contact diode and an oscilloscope, you can quickly, easily, and cheaply resolve microwave signals, as we are shown with a 2.4GHz wireless mouse.

In a new Nature study, Columbia Engineering researchers have built a photonic chip that is able to produce high-quality, ultra-low-noise microwave signals using only a single laser. The compact ...

Microwave photonics is the vibrant and somewhat niche field that marries the high-frequency and analog nature of radio signals with the low-power requirements and better processing capabilities of ...

The researchers have shown that the setup can amply the signal by a factor of up to 1,000. It could be used to receive data from spacecraft but also from microwave-emitting sources such as pulsars ...

Developed by ESA, the tiny signal amplifier is aimed at making the future radar-observing and telecommunications space ...

A team of researchers has built an exciting new device to dramatically amplify microwave signals. It seems like a science fiction MacGuffin: it uses a purple diamond in a quartz tube exposed to an ...

Smaller than a strawberry seed, this tiny signal amplifier was produced by the European Space Agency to fill a missing link ...

Fairview Microwave has released a line of TCOM cable assemblies. They are designed to provide outstanding RF performance with options tailored for either low-loss or low-PIM configurations, depending ...

A groundbreaking tiny chip, smaller than a strawberry seed, may soon revolutionize space communications. Developed by the ...