Select a standard product
Match a documented configuration to your interfaces, performance targets and operating environment.
Start with a standard module or board, then extend the work to custom hardware, signal-processing algorithms and integration as your application requires. Define the scope around your interfaces, performance targets and verification needs.
Match a documented configuration to your interfaces, performance targets and operating environment.
Refine connectors, channel configuration, capacity, board format or firmware around your integration needs.
Define architecture, development milestones, acceptance conditions and the agreed engineering handoff.
Development spans FPGA, SoC, RFSoC, DSP and other platforms, from device selection and board design to algorithms and system integration. The devices below are representative examples, not the limits of our development scope. Other families, customer-specified devices and existing platforms can also be evaluated.
Logic development, parallel signal processing and board adaptation, with device selection driven by the application.
REPRESENTATIVE DEVICE EXAMPLESEmbedded processing, programmable logic and hardware/firmware integration around the selected architecture.
REPRESENTATIVE DEVICE EXAMPLESDevice selection, board development and algorithm implementation for RF acquisition and real-time signal-processing projects.
Series and devices are evaluated against bandwidth, channels, interfaces, processing resources and integration requirements.
Signal-processing algorithms, multicore implementation and performance optimization, with the platform selected for the workload.
REPRESENTATIVE DEVICE EXAMPLESHave a target device or reference platform? Share your performance, interface, cost and delivery requirements to define a feasible development approach.
Discuss your platform requirements ↗Sampling rate, resolution, channels, processing and storage.
Connectors, pinouts, electrical interfaces and data protocols.
Board outline, mounting, power and thermal integration.
FPGA logic, embedded control and system data flow.
Algorithm development, optimization and FPGA/DSP implementation, with application-specific verification.
Discuss architecture, signal-chain integration and joint verification when requirements extend beyond a single board.
Share application, interfaces and constraints.
Agree configuration, scope and test conditions.
Implement and verify the agreed functions.
Receive hardware and the agreed integration documents.
Share your interfaces, performance targets and integration constraints. Let’s find a configuration that fits.
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