Like almost everything else in electronics, radios are becoming processors with software that communicate via a small amount of RF I/O circuitry. Surely, then, the rise of software-defined radio (SDR) ...

The announced delays in the rollout of third-generation (3G) wireless communication infrastructure and services, and the increased need to update the existing wireless infrastructure with General ...

With the advent of software defined radio platforms in military aerospace and now more recently in some consumer radio and electronics segments, the usefulness of Field programmable logic (FPGAs) as ...

Every passing year sees radio transceivers get nearer to the ideal software-defined radio (SDR). The "ideal" will occur when the antenna is connected directly to a DSP baseband processor, which ...

A tech enthusiast named Blinry took a week-long dive into the world of software defined radio (SDR), discovering the ...

Texas Instruments is offering multicore digital signal processors (DSPs) based on its TMS320C66x processor. The main target is processing intensive applications such as software defined radio, radar, ...

TORONTO, May 13, 2021 /CNW/ - Per Vices Corporation, an industry leader in COTS Software Defined Radio solutions, announced the release of an upgraded version of their high performance Software ...

Dallas, Texas — The TMS320C6418 digital signal processor (DSP) is optimized for telecom and software-defined radio applications. Features include 512 Kbytes of L2 memory, a Viterbi coprocessor (VCP), ...

Software defined radio has become a staple of the RF tinkerer, but it’s likely that very few of us have ever taken their software defined toolchain outside the bounds of radio. It’s an area explored ...

The announced delays in the rollout of third-generation (3G) wireless communication infrastructure and services, and the increased need to update the existing wireless infrastructure with General ...