Chameleon-Core Digital RF Signal Processor

Chameleon-Core is an advanced, ruggedized signal processing module engineered for next-generation military and aerospace applications. Built on the high-performance Xilinx Kintex KU15P FPGA, this module delivers exceptional digital RF capabilities and unprecedented flexibility in harsh operational environments.

Designed for high-bandwidth, low-latency applications, Chameleon-Core features 24 front-panel rugged Amphenol LEAP 25G transceiver connections (with embedded clock and data recovery units), supporting robust, high-speed optical and copper data links up to 25 Gbps per channel to include ganged 100GBase-SR4 Ethernet connections. Internally, 32 high-speed SERDES lanes are routed to the VPX backplane via P1 and P2 connector locations, enabling seamless system integration and scalable multi-board architectures.

Purpose-built for mission-critical platforms, Chameleon-Core combines the latest in FPGA technology with ruggedized construction, ensuring reliable operation in the most demanding military, aerospace, and defense environments. With extensive digital signal processing resources, flexible connectivity, and robust mechanical design, it is ideal for applications such as software-defined radio, electronic warfare, radar, SIGINT/COMINT, and sensor processing.

• 3U VPX Form Factor: Aligned to VITA 46 25Gbps standards for maximum interoperability and ruggedness. Also with optional MIL-HD2 VITA 91-aligned connectors for double density.
• Xilinx Kintex KU15P FPGA: Delivers high-throughput digital processing with abundant logic and DSP resources.
• 2X Amphenol Rugged LEAP 25G Transceivers: Front-panel I/O for direct high-speed connections to external RF, sensor, or networking equipment. Each transceiver has 12x12 25G multi-mode ports.
• 32x High-Speed SERDES Links: Backplane connectivity via VPX connectors for scalable system integration. 8X of the links are 25G while 24X are 16G capable and are set up for PCI-E connections within the FPGA.
• Rugged Construction: Designed for deployment in harsh military/aerospace environments—shock, vibration, temperature, and EMI hardened. -40-+85C operation with 12V SOSA aligned P0.
• Open Systems Architecture: VPX standard interfaces support rapid integration into both legacy and next-gen platforms. VITA 46, VITA 91.