FPGA RTL Design Services
Architecture and RTL for FPGA: vendor IP, timing-closure-oriented coding, CDC/clocking, and Vivado/Quartus constraints — built for bitstream and lab bring-up.
RTL that closes in the tools
Schedules die on timing, CDC, and vendor-IP integration — not on HDL syntax. We design for the device family, tool flow, and board from day one.
What FPGA RTL design covers
Spec → architecture → SystemVerilog, Verilog, or VHDL structured for LUT/BRAM/DSP inference, vendor primitives, and place-and-route.
AMD/Xilinx, Intel/Altera, and other vendor IP: PCIe, DDR, Ethernet, high-speed I/O. Clocking, resets, and pin/I/O planning that match the board.
Pipelining, floorplan-friendly hierarchy, and constraint assumptions (XDC/SDC) so Vivado/Quartus timing is closable — not “works in behavioral sim.”
Async clocks, PLLs/MMCMs, and crossing strategies that survive lab bring-up — where FPGA schedules usually fail.
Platforms
Interfaces & protocols
What we optimize for
- Device fabric and vendor primitives — BRAM/DSP/IO inference and IP cores.
- Timing closure in Vivado/Quartus: constraints, floorplan-friendly hierarchy, iterative P&R.
- Board-level clocks, I/O standards, and CDC that show up in the lab.
- Bitstream bring-up hooks and observability for debug.
Frequently asked questions
Which toolchains?
Primarily Vivado and Quartus; we align to your device family, IP catalog, and constraint methodology.
Do you own timing closure or only RTL?
We write RTL and constraints assumptions for closure, and we can drive or support P&R iterations depending on scope. We say which up front.
How do you hand off to verification and software?
Clear interfaces, register maps, and bring-up notes. We also provide FPGA RTL Verification Services and embedded systems programming against the same map when you want one team.
Need FPGA RTL design?
Share the device family, interfaces, constraint/IP constraints, and milestone. We’ll say what we’d implement first.
Get in touch