Our partnership
Mercury and AMD are working together to deliver more processing closer to the edge.
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SHORTEN DESIGN CYCLES AND MINIMIZE RISK; GETTING THE MOST OUT THE ZYNQ ULTRASCALE+ RFSoCs
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20× More FPGA Processing Speeds Using AI Technology
Mercury’s heterogeneous processing model leverages AMD's Versal technology to achieve dramatic performance improvements over previous FPGA implementations. SCFE6931 users can benefit from faster performance and greater efficiency in harsh environments.
Versal Technology in RF System-in-Package
Leveraging the AMD Versal Adaptive SOC, the RFS1140 is a System-in-Package (SiP) brings the latest commercial technology to the aerospace and defense industry through trusted, US-based manufacturing. With integrated power and memory, this RF SiP brings advanced technology to sensor processing at the edge.
Be Data Confident
Securely manage incoming digital I/O streams with the latest in configurable, low-latency signal processing. AMD-powered IOM-400 bridges incoming sensor data streams to PCIe-connected processors without the added latency of buffering via a CPU. Ruggedized and protected with BuiltSECURE technology, Mercury high-speed FPGA-based programmable I/O modules are well-suited to host the incoming sensor data for AI/ML applications.
FEATURED PRODUCTS
RFS1140 Direct RF System-in-Package (SiP)
Direct RF multi-chip module (MCM) with AMD Versal FPGA, high-speed sensor processing, and wideband data converters
SCFE6931 6U OpenVPX FPGA Board with Optical I/O
2 Versal™ ACAPs, 48GB DDR4
Model 5585 and Model 5586 3U OpenVPX FPGA Boards
Virtex UltraScale+, 8, 250 MHz A/Ds, 8 DDC channels, 8 GB, Navigator BSP and FDKs
VCP-2867 3U OpenVPX Video and Graphics Board with BuiltSAFE
Xilinx Kintex UltraScale FPGA, up to 18x18 video I/O including ARINC 818-2, and DO-254 artifacts
Model 5553 SOSA Aligned 8-Channel A/D & D/A 3U VPX Board
High-performance, SOSA-aligned 3U OpenVPX board based on the Xilinx Zynq UltraScale+ RFSoC
Secure Hardware and IP Solutions
High performance security, cryptography, and signal processing IP cores