Distributed processing at the edge: Mercury talks RF at the 2022 International Microwave Symposium
In an increasingly competitive electronic environment, advanced radar electronic warfare and communication systems are pushing the limits of what is possible. Tune in to hear how Mercury is taking higher signal frequencies, higher signal bandwidths, lowered latencies in the processing tasks, and smaller form factors to the edge. #IMS What is distributed processing in #RF? Processing higher signal frequencies, higher signal bandwidths and lowered latencies close to the data source using smaller and lighter form factors. How is Mercury utilizing technology to solving next-generation defense needs? The latest chip, board and system technologies are used to optimize and streamline development while delivering the processing power that’s essential to real-time decision making. These products can handle higher signal frequencies, higher signal bandwidths and lower processing latencies while delivering smaller form factors, lighter weight, and moving the tasks to the edge. What are some products Mercury has for RF processing? • The RF SiP, which combines eight 64-gigasample per second aided downconverters and the Versal AI FPGA all in a single multichip module in a ball grid array package. • The RFSoC module, which combines eight channels of five-gigasample per second, 14-bit A/D and D/A, all in a very small form factor. • #MMIC devices, which are chip-scale RF devices that could be used for amplifiers, tuners, and up converters, down converters in very small packages. WHO WE ARE •About Us: https://www.mrcy.com/company •Our Capabilities: https://www.mrcy.com/capabilities •Our Products: https://www.mrcy.com/products ADDITIONAL RESOURCES •White papers, webinars, articles and more: https://www.mrcy.com/resourcehub FOLLOW US ON SOCIAL MEDIA •LinkedIn: https://www.linkedin.com/company/mercury-systems •Twitter: https://twitter.com/mrcy/
