16min read (2086 words)
Next-Gen radar and Electronic warfare need high-performance RF processing at the edge. These applications require high rates of data conversion and powerful processing that can keep up with those data rates. Heterogeneous integration (HI) of SiP technology connects chiplets on a tiny piece of silicon to enable quick digital processing near the antenna, overcoming latency bottlenecks. This white paper discusses RF system design bottlenecks and how Mercury's new Direct RF SiP technology solves this problem.
Read this white paper to learn:
- RF system design bottlenecks for power radar spoofing, AESA radar, and cognitive radar
Obtacles in integrating components for RF edge processing - Semiconductor tampering and cybersecurity vulnerabilities and the need for a trusted and secure supply chain
- Why heterogeneous integration (HI) of SiP technology is needed
- How Mercury's SiP with AMD Versal™ AI Core series adaptive SoC functions,
- How RFS1140 direct RF SiP enables AI-based cognitive radar and cognitive EW applications.
