
Chameleon Semiconductor supplies synthesizable, process-node-independent embedded FPGA soft IP for mission-critical aerospace and defense markets.
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The Chameleon eFPGA addresses aerospace and defense, emerging standards, advanced computing, bug fixes, and post-quantum cryptography—where hardware agility,
Eliminate supply chain attacks with Chameleon's secure-by-design eFPGA flow. NIST-compliant IP protection from source to silicon, with hardware root of trust.
IEEE HOST 2025 showed the Adams Bridge PQC accelerator vulnerable to key extraction. Chameleon eFPGA enables runtime defenses against side-channel attacks.
Chameleon Semiconductor’s eFPGA enables cryptographic agility to prepare for advancements in quantum computing.
UCIe standardizes chiplet die-to-die links, but real interoperability needs flexibility above the PHY. Chameleon eFPGA brings secure, reconfigurable logic.
An intercepted, cloned, or reverse-engineered FPGA bitstream risks exposing intellectual property, making secure, encrypted bitstreams critical.
Chameleon CEO, Geoff Rodgers was recently interviewed by Semi Wiki regarding the company and the unique solution offerings.
Chameleon is the only U.S.-based provider of synthesizable eFPGA soft IP, delivering hardware security and cryptographic agility and flexibility to
Chameleon Semiconductor offers an RTL-based eFPGA solution for secure and flexible chip design.
Chameleon Semiconductor delivers synthesizable, software-defined eFPGA IP cores for aerospace, defense, and security. Secure by design, fab-independent.
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