This third webinar in the series looks into the requirements and solutions for synchronizing multiple channels in larger multi-channels systems. Multi-channel sync is the cornerstone of most phased array radar systems and beamforming techniques used in radio communications. This webinar explores the theory and use of multi-channel synchronization, practical hardware and software solutions for addressing these requirements and demonstrations of multi-channel/board sync using RFSoC processors.
RFSoC technology has revolutionized design strategies for MIL-AERO systems for Radar, SIGINT, EW and Communications, and the new Gen 3 version has opened up even higher performance levels and bandwidths.
RFSoC devices, including the new Gen 3 version, offer a unique solution for solving some of the most demanding RF and signal processing requirements of high-performance Radar, SIGINT, Electronic Countermeasures, and Communications systems. This webinar dives into hardware details and specific advantages, challenges and expedited design paths for using the exceptional capabilities of RFSoC in applications from desk top systems to fully rugged and conduction cooled deployments.
RF System-on-Chip (RFSoC) technology has revolutionized the FPGA chip landscape by including on-chip A/D and D/A functionality and ARM processors in addition to the already expansive FPGA and processing resources available for custom applications. This type of RFSoC FPGA solution delivers a multichannel data conversion and processing solution all on a single chip. RFSoC brings a powerful and unique solution for addressing some of the most demanding requirements of high-bandwidth and high-channel-count systems.
30-minute discussion with Q&A to unleash a powerful and unique RFSoC solution for addressing some of the most demanding requirements of high-bandwidth and high-channel count systems.
Xilinx's RFSoC technology has revolutionized the FPGA chip landscape by including on-chip A/D and D/A functionality and ARM processors in addition to the already expansive FPGA and processing resources available for custom applications.