Device heralds big technology changes
A passive microwave device developed at The University of Queensland is expected to bring revolutionary changes for the medical and telecommunications industries.
A passive microwave device developed at The University of Queensland is expected to bring revolutionary changes for the medical and telecommunications industries.
Before James Bond heads out on a mission, he has to stop in Q's laboratory for custom-made gadgets such as an exploding watch. Life wasn't so dashing for the suspected Russian spies arrested this week: They allegedly relied ...
National Semiconductor today introduced the Industry’s fastest 12-bit analog-to-digital converter (ADC). At 3.6 Giga-samples per second (GSPS), the ADC12D1800 is 3.6 times faster than any other available 12-bit device. ...
I maintain that anything helping me to get rid of wires is aces with me. Basically I can't stand wires. I truly believe that anyone who has confronted the rat's nest of wires behind their desk must be in agreement to my cordless ...
ASUS today launches the EeeKeyboard PC -- a fully-functional PC concealed within a svelte and stylish keyboard.
Airline travelers are used to being instructed to turn off computers and cell phones during takeoffs and landings as a precaution against interfering with the plane’s navigational equipment, but outside sources of high-energy ...
(AP) -- The next version of the Bluetooth wireless technology is expected to transfer data 10 times faster than the current incarnation. Gadgets using it could be on the market by early next year.
(PhysOrg.com) -- Multiple high-definition videos and other data-rich services may soon stream through homes, offices, ships and planes via new hybrid optical/ultra-wideband-radio systems developed by European researchers.
(PhysOrg.com) -- Experts believe Personal Networks will run to a thousand devices by 2017, which presents an enormous networking challenge. European researchers are developing some very clever technology to create a Smart ...
(PhysOrg.com) -- Fujitsu Laboratories announced today the development of a high-performance power amplifier based on gallium nitride (GaN) high electron mobility transistors (HEMT), which as a hybrid amplifier - an amplifier ...