Medical devices that send small amounts of data wirelessly will be able to run for months or even years on a coin cell battery when they use new Bluetooth Smart™ modules announced today by global technology leader Laird Technologies.
Optenni Ltd. announces a new version of the Optenni Lab matching circuit optimization and antenna analysis software featuring a unique easy-to-use simultaneous multiport matching capability for antennas and other RF applications.
Laird Technologies, a global technology company, announced that its advanced, first-to-market, high-speed wireless antenna system has been deployed at the Singapore Changi Airport, the 15th busiest airport in the world.
Ethertronics, a technology company enabling innovative antenna and RF system solutions to deliver the best connected experience, today announced that the company has expanded its EtherDAS Indoor USA™ line of distributed antenna systems (DAS) with two new products – EtherDAS1.5™ and EtherDAS S™.
Aeroflex Inc. announced the addition of enhanced VSWR (return loss) and distance to fault to the tracking generator functionality of the Aeroflex 3550 Digital Radio Test System. By utilizing the sweep of the tracking generator, the 3550 can measure and display the VSWR of an antenna or find the location of one or more faults in a cable.
Diamond Antenna & Microwave Corp. and Diamond-Roltran LLC announce the successful upgrade of an old ASR-8 Air Traffic Control rotary joint that adds Mode-S functionality and maintenance-free Roll-Rings®.
NXP Semiconductors N.V. introduced a groundbreaking family of programmable AISG transceivers for wireless base stations and antenna line devices (ALDs) such as tower-mounted amplifiers (TMAs) and remote electric tilt (RET) antennas.
RF Micro Devices Inc., a global leader in the design and manufacture of high-performance radio frequency solutions, announced it has been selected by a leading smartphone manufacturer to supply multiple 3G/4G LTE components into a recently announced fourth-generation flagship smartphone platform.