Digital Signal Processing Boards and Direct RF Solutions
Mercury Mixed Signal
Mercury Mixed Signal processing boards help engineers move signal acquisition, conversion, FPGA processing, and high-speed data movement closer to the tactical edge using open architectures, optimized SWaP, RFSoC, Versal, Agilex, OpenVPX, SOSA aligned, PCIe, and small form factor solutions.
Boards and Subsystems for the Modern Signal Chain
Mercury Mixed Signal solutions combine high-speed A/D and D/A conversion, FPGA processing, clocking, synchronization, rugged board architectures, and open standards to support radar, electronic warfare, SIGINT, communications, test, and edge processing applications.
Direct RF Conversion
Digitize wider portions of spectrum closer to the antenna with high-speed converters, integrated FPGA resources, and reduced analog complexity.
FPGA Processing
Leverage AMD UltraScale+, RFSoC, Versal, and Intel Agilex technology for demanding real-time signal processing workloads.
Open Architecture Deployment
Support for 3U OpenVPX, SOSA aligned OpenVPX, PCIe, small form factor modules, development platforms, and custom carrier approaches.
Featured Mixed Signal Technology Areas
The Mercury Mixed Signal booth is centered around high-performance FPGA processing, integrated data conversion, timing, and development hardware used to shorten design cycles.
FPGA Processor Boards
Rugged COTS FPGA boards for high-performance processing, sensor data movement, and mission-critical embedded applications.
FPGA, A/D and D/A Boards
Direct RF and mixed-signal boards that combine high-speed ADCs, DACs, FPGA logic, memory, and high-throughput interfaces.
Clock / Synthesizer Boards
Clock generation and distribution resources for coherent, high-fidelity signal processing and multichannel synchronization.
RFSoC and Versal RF
Solutions based on AMD Zynq UltraScale+ RFSoC and Versal RF architectures for compact multichannel conversion and processing.
Agilex Direct RF
Intel Agilex 9 Direct RF solutions with high sample-rate converters for edge DSP, wideband acquisition, and waveform generation.
Development Platforms
OpenVPX enclosures, power supplies, accessories, BSPs, FDKs, and evaluation resources to speed development and integration.
Data Sheets and Resources
Use these links to help engineers quickly find the correct Mercury Mixed Signal capability area or product family for their program.
- Mercury Mixed Signal Overview Digital signal processing boards and mixed signal technology landing page
- FPGA Processing and Digitization A/D, D/A, FPGA, RFSoC, Agilex, and direct RF board families
- Quartz RFSoC Family RFSoC SOM, 3U OpenVPX, SOSA aligned, PCIe, and SFF options
- DRF2270 FPGA SOM Solutions 8-channel 64 GSPS A/D and D/A Agilex 9 system on module
- Model 5553 3U VPX RFSoC Board SOSA aligned 8-channel A/D and D/A OpenVPX board
- DRF3182 Direct RF 3U OpenVPX Board Ku-band direct RF digitization for EW, radar, and ELINT
Ask the Mercury Mixed Signal Assistant
Use this embedded assistant to quickly explore Mercury Mixed Signal products, RFSoC and direct RF options, FPGA processing boards, OpenVPX platforms, and related resources.
Example Questions:
Does Mercury Mixed Signal offer a Versal RF Solution?
What Mercury RFSoC or direct RF board options should I consider for a compact EW or SIGINT receiver architecture?
Which Mercury Mixed Signal products support 3U OpenVPX or SOSA-aligned system designs?
Why Bring Mercury Into a Design Review?
Mercury is a strong fit when the signal chain needs to move from traditional analog IF architectures toward direct RF conversion, embedded FPGA processing, high-speed data movement, rugged packaging, and open-standards deployment.
- Wideband RF acquisition and waveform generation
- Low-latency A/D to D/A signal processing paths
- Multichannel synchronization and coherent clocking
- OpenVPX, SOSA aligned, PCIe, and small form factor needs
- Radar, electronic warfare, ELINT, SIGINT, and communications applications
- Early architecture support for SWaP, thermal, and interface tradeoffs
Contact MHz Marketing for Mercury Mixed Signal Support
Use MHz Marketing as the local technical sales contact for Mercury Mixed Signal digital signal processing boards, RFSoC, direct RF, FPGA processing, OpenVPX, SOSA aligned, PCIe, and small form factor discussions.