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Pasternack announced the release of its latest RFID antennas to amplify RFID applications, including inventory control, asset tracking, identification validation and more.
At VLSI Technology Symposium, imec presents a pioneering IEEE 802.15.4z compliant impulse radio (IR) ultra-wideband (UWB) transceiver for high precision ranging.
By using Primo1D’s RFID E-Thread™ embedded into Decathlon garments, the company reached a major milestone to demonstrate that its RFID technology is fully compliant with textile recycling industrial processes, to produce a high-quality recycled textile fiber.
Keysight Technologies, Inc has obtained a FiRa™ Consortium validation for its automated UWB PHY Conformance Test Tool, enabling device makers and chip designers to quickly test the physical layer conformance of their FiRa UWB-based products.
IT systems at Texas-based energy company CenterPoint Energy have been given a boost and are now receiving high accuracy GPS timing signals over fiber-optic links from ViaLite Communications.
Pasternack recently introduced an innovative series of military-standard GPS/GNSS antennas for use in various small form factor and mobile applications.
CAES announced it has been awarded a contract valued at more than $24 million from Northrop Grumman to provide M-Code GPS antennas to support precision guidance kits (PGKs).
RF co-site interference has become a major issue with the proliferation of antennas, particularly in dense urban areas. This paper offers a practical perspective for those using or specifying new RF wireless systems about what RF co-site interference is, where it comes from, and some of the most common techniques and tools that are available in today’s market to solve these RF co-site interference problems.