Case Study
Radio Telescope
Power Your Next-Generation Radio Telescope with iWave Solutions
Modern radio telescopes demand high-speed signal acquisition, precise data processing and reliable computing architectures. iWave delivers RFSoC, MPSoC, Versal and Agilex platforms to support radio astronomy, signal analysis and advanced telescope instrumentation.
Wireless Radios Resources
Case Study
Case Study
MATLAB and Simulink Integration on RFSoC
Solution Highlights ZU47DR / ZU48DR / ZU49DR RFSoC SoM and PCIe Card Balun changes for frequency shift from 3.1GHz–5.8GHz
Case Study
Software Defined Radio (SDR) ZU48DR RFSoC based Framework
Customer Background An advanced communications research organization was developing a flexible SDR platform for multi-band waveform experimentation
Article
Why Multi Tile Synchronization (MTS) is Essential for Radio Telescope Systems
As radio telescopes evolve into large-scale, distributed antenna arrays capturing faint cosmic signals across vast distances, the demand
Article
SmartNIC Integration in Radio Telescope Systems
Introduction to Radio Astronomy Radio astronomy has always pushed the limits of technology. From detecting faint cosmic signals billions
Video
Accelerating Wideband SDR, Radar, and EW with Agilex® 9 Direct RF Series
Watch the recording to learn how Agilex® 9 Direct RF-Series FPGAs from Altera and iWave enable high-performance SDR, Radar, and Electronic Warfare (EW) applications.
Ready to Build Your Next-Generation Radio Telescope?
Find the right FPGA and RF hardware platforms for your signal-processing requirements.
