Architecture, RTL design, simulation, and timing closure for FPGA platforms — built around your target device and interface requirements.
FPGA work lives or dies on timing closure. We design RTL with the target device's real resource and clocking constraints in mind from the start — not as a fix applied after place-and-route fails.
Whether it's a custom protocol bridge, a signal processing pipeline, or the logic backbone for an edge AI accelerator, we take it from architecture through verification to a bitstream that runs on real hardware.
Resource budgeting and clocking strategy scoped to your target device before RTL begins.
Verilog/VHDL design for custom logic, protocol interfaces, and signal processing pipelines.
Testbench development and simulation coverage before anything touches hardware.
Constraint definition and iteration until the design meets timing on the target device.
On-board bring-up and logic analyzer verification against the original spec.
Vendor IP cores and custom logic integrated into a single, timing-clean design.
| Languages | Verilog, VHDL |
| Target vendors | Xilinx/AMD, Intel/Altera, Lattice |
| Verification | Testbenches, simulation waveforms, coverage reports |
| Deliverables | RTL source, constraints files, bitstream, verification report |
Custom protocol bridges, parallel signal processing, hardware acceleration for edge AI, and designs that need deterministic timing a microcontroller can't guarantee.
Tell us the target device and the interface — we'll give you a real architecture read.
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