High-end wireless and cellular networks rely on light for the distribution of signals. The selective processing of such signals requires long delays: too long to support on a chip using light alone. A ...

The suitability of Intel multi-core processors for embedded digital signal processing (DSP) applications is now being reevaluated. Major advances in power-efficient transistor technology, optimized ...

Two ultrasound receivers can be customized for any given imaging mode, probe, or power requirement. Following recent advancements in its product line that have made electronic components smaller and ...

ADI’s new octal ultrasound receivers reduce system size, complexity, and power consumption for mid- and high-end cart-based ultrasound systems Norwood, MA (04/07/2009) – Ultrasound imaging has evolved ...

Ultrasound is an established way to image biological tissues, traditionally using arrays of electronic transducers to both generate and receive the ultrasonic signals. An all-optical variant of the ...

A device that can perform 3D ultrasound imaging with just one large piezoelectric ultrasound transmitter and receiver has been developed by researchers in the Netherlands. Most ultrasound imagers use ...

Alternatively, data from all transducers can be used while limiting the focal depth, allowing more transmit-receive pulses to ...

IIT-Madras receives ₹5 crore ANRF grant to enhance ultrasonic testing using innovative metamaterials for improved defect ...

image: High-end wireless and cellular networks rely on light for the distribution of signals. The selective processing of such signals requires long delays: too long to support on a chip using light ...

High-end wireless and cellular networks rely on light for the distribution of signals. The selective processing of such signals requires long delays: too long to support on a chip using light alone. A ...