DSP Applications
Implement digital signal processing algorithms directly on the FPGA architecture.
OVERVIEW
We transform signal chains into real-time, high-performance hardware. By mapping DSP operations to parallel logic circuits, we run signal processing at bus speed. This allows us to achieve stable and predictable latency that software-based solutions cannot guarantee.
KEY SERVICES
Core DSP Building Blocks
FFT/DFT, integrators, differentiators, and arithmetic operators (multiply, divide) implemented as optimized, reusable RTL blocks.
Signal Generation & Coordinate Math
NCO/DDS for on-chip sine/cosine generation, and CORDIC-based cores for trigonometric functions, magnitude/phase, and Cartesian - polar conversion.
DDC & DUC
DDC and DUC chains for frequency translation and sample-rate conversion, tightly aligned with our RF and SDR signal paths.
Matrix Operations
Hardware matrix multiplication and related linear-algebra primitives for beamforming and multi-channel processing.
High-speed Signal Processing on FPGA
Real-time signal processing pipelines that exploit FPGA parallelism to sustain high sample rates with low, deterministic latency.
Custom Algorithm Implementation
Translation of your DSP algorithms - filtering, transforms, and custom math - from specification or model into efficient fixed-point or floating-point hardware.
Fixed & Floating-point Arithmetic
Both fixed-point and full floating-point implementations, so accuracy-critical algorithms run natively in hardware without compromising dynamic range.
Resource & Precision Optimization
DSP-slice-aware optimization that balances numerical precision, throughput, and FPGA resource usage.