Yalantis provides full-cycle FPGA design services for medical, industrial, automotive, and connected IoT hardware, taking programmable logic from architecture and RTL through verification to board bring-up and production. Our FPGA engineers work alongside the firmware and cloud developers who build the rest of your product, in an ISO-certified R&D lab in Warsaw.
FPGA Design Services for Mission-Critical Hardware
ISO
13485
Medical devices
IEC
62443
Industrial security
ISO
27001
Information security
ISO
9001
Quality management
ISO
27701
Privacy management
Years in engineering
17+
Engineers on staff
400+
Hardware projects delivered
200+
In-house lab in Warsaw
R&D
Full-cycle FPGA design and development services
One integrated team takes your programmable-logic project through every phase, from the first architecture decision to production-ready bitstreams.
Architecture and specification
We turn your product and system requirements into a custom FPGA architecture we can actually build. Before any RTL is written, we settle and document the device choice, resource budget, clock-domain plan, and interfaces.
RTL design in VHDL, Verilog, and SystemVerilog
Our engineers write synthesizable RTL as reusable, parameterized modules with clean clock-domain crossings. Our coding standards and linting keep the design portable across device families and vendor toolchains.
Functional verification and timing closure
We verify the design with self-checking testbenches and constrained-random stimulus in UVM or cocotb, tracking coverage as we go. We close timing against your constraints and confirm the behavior in simulation and on real silicon.
Synthesis, place and route, and bitstream generation
We run synthesis, place and route, and bitstream generation in Vivado, Quartus, or Libero, tuned for timing closure and efficient resource use. Our build flows are scripted and reproducible, so every result is auditable and easy to regenerate.
Board bring-up and integration
Our team supports the schematic and pin-planning for the host board and then runs hands-on bring-up in our Warsaw lab. We debug right at the boundary between the FPGA and the rest of the board, so integration issues surface early.
IP integration and high-speed interfaces
We integrate vendor and third-party IP cores and build custom blocks for high-speed interfaces such as PCIe, Ethernet, MIPI, and DDR. We configure and validate the memory controllers and SerDes transceiver links against the protocol specifications, with attention to signal and power integrity.
Explore industries we work with
SoC FPGA design services
Why ship a separate processor and FPGA when one chip can carry both? A SoC FPGA combines an Arm or RISC-V processor with programmable logic on a single device, so your software and your custom acceleration share the same silicon. The hard part is making the two halves work as one, and that is exactly what we design, all the way through to bring-up.
FPGA platforms and toolchains we work with
We are vendor-independent and select the device family that fits your performance and lifecycle needs. Our engineers are fluent across the major FPGA vendors and their toolchains.
AMD / Xilinx
AMD adaptive SoCs and high-end FPGAs for compute and networking, designed in Vivado and Vitis.
Intel / Altera
From low-cost Cyclone designs to high-performance Agilex and Stratix devices, built in Quartus Prime.
Microchip
Low-power, flash-based, and security-focused FPGAs from the former Microsemi portfolio, designed in Libero SoC.
Lattice
Small, low-power FPGAs for edge and embedded vision, designed in Radiant and Diamond.
VHDL
Verilog
SystemVerilog
Chisel
HLS
C/C++
Vivado
Vitis
Quartus Prime
Libero SoC
Radiant
Diamond
UVM
cocotb
Questa
VCS
Verilator
IEC 62304 IEC 60601 IEC 62443
ISO 26262 ISO 13485
DO-254 (awareness)
Why companies choose Yalantis as their FPGA design partner
Yalantis is a hardware and software engineering partner. The same company handles FPGA design, embedded firmware, and cloud development for your product, under one certified process.
In-house R&D lab with full hardware capability
Our R&D lab in Warsaw takes an FPGA design from RTL all the way through bench bring-up and validation, all in one place and all under ISO 9001. The same engineers who wrote the logic are the ones assembling and testing the prototype boards.
Compliance-first workflows for regulated products
We build the design records that map to whatever standards your product has to meet, whether that is IEC 62304 and IEC 60601 for a medical device or IEC 62443 for an industrial system. Compliance is part of how we work from the first day, so it never becomes a scramble at the end.
FPGA logic designed by the team that writes the firmware
Our FPGA engineers sit with the embedded and Rust developers who write the firmware around the chip, so they design register maps and driver interfaces with the software in mind. That is why integration tends to go faster, with fewer surprises at bring-up.
One partner from logic to cloud
Beyond the FPGA itself, the same company handles PCB design, firmware, embedded software, and the cloud backend. You deal with one engineering partner across the whole product, instead of stitching a chain of vendors together.
How our FPGA design process works
A structured, milestone-driven workflow with built-in review and compliance checkpoints, from discovery through production support.
Discovery and requirements engineering
We start by capturing the functional, timing, power, and regulatory requirements for the design. Target device class and certification goals are agreed before architecture work begins.
Architecture and specification
Next, we define the FPGA architecture and partition the design into clock domains and functional blocks. For SoC FPGAs, we also decide what runs in software and what belongs in programmable logic.
RTL design and IP integration
From there, engineers write synthesizable RTL and integrate vendor or third-party IP. Your team joins module-level reviews against coding standards and the agreed specification.
Functional verification and timing closure
We verify each block and the full design with self-checking testbenches and coverage metrics. Static timing analysis and constraint refinement bring the design to timing closure on the target device.
Synthesis, place and route, and bitstream
Once verification is on track, we run synthesis, place and route, and bitstream generation through scripted, reproducible build flows. Reports on timing and resource utilization are reviewed at each iteration.
Board bring-up and hardware integration
After that, we bring the design up on prototype hardware in our lab. The FPGA is validated together with the firmware and the surrounding board, with rapid iteration driven by real measurements.
Production handoff and sustaining support
Finally, we hand over the complete design package: source RTL, constraints, build scripts, bitstreams, and documentation. We support production ramp-up and later engineering changes as the product evolves.
How we work together
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Time and Materials (primary)
Our primary model for FPGA work. You get a flexible team that scales with the project while requirements evolve, billed for the effort actually spent. Ideal for R&D and designs where the scope is still taking shape.
- R&D and evolving scope
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Dedicated team
A long-term team of FPGA, firmware, and hardware engineers embedded in your roadmap, led by a dedicated project lead. Ideal for multi-device product lines and ongoing development programs.
- Ongoing product development
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Discovery and fixed-price scoping
Once FPGA is the agreed direction, a short fixed-price engagement turns your concept into a costed project plan with a delivery estimate and a milestone breakdown. A low-commitment way to plan the build before committing to a full program.
- Planning a chosen build
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AI-enabled team
A team set up with enterprise-grade AI tooling so delivery moves faster. We work only on licensed corporate AI platforms with strict data isolation, so your IP stays protected. It runs as an AI-accelerated pod with built-in pipelines for automated code review and test generation, and the documentation stays current as the design evolves.
- Speed to market
Two ways to get started
Not sure FPGA is the right path?
Get a fixed-price architecture assessment and a clear recommendation in 2 to 3 weeks.
FPGA design your auditor can read
We deliver the logic and the full traceability package for your 510(k) or IEC 62443 review.
Testimonials from our clients
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Talk to our FPGA design engineers
Whether you need a verification effort on an existing design or a full-cycle FPGA development program, our hardware engineering team is ready to scope your project.
Related services
FAQ
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Which FPGA platforms and vendors do you support?
We design across the major FPGA vendors: AMD/Xilinx (Versal, UltraScale+, 7-Series, Zynq), Intel/Altera (Agilex, Stratix, Arria, Cyclone), Microchip (PolarFire, PolarFire SoC, SmartFusion), and Lattice (Nexus, CrossLink, CertusPro, ECP5). We work in Vivado, Vitis, Quartus Prime, Libero SoC, Radiant, and Diamond, and we select the device family based on your performance and lifecycle requirements rather than a single vendor relationship.
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What is SoC FPGA design and when is it the right choice?
A SoC FPGA places an Arm or RISC-V processor system on the same chip as programmable logic, so application software and custom hardware acceleration run side by side. It is the right choice when a design needs both general-purpose computing and deterministic, low-latency hardware, for example running an operating system such as Linux while processing a sensor stream in real time, a pattern common in embedded systems. Devices such as AMD/Xilinx Zynq, Intel/Altera Agilex SoC, and Microchip PolarFire SoC are common targets. Our SoC FPGA design services handle the hardware and software partitioning and the bring-up of both domains.
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How does Yalantis ensure FPGA design quality for regulated industries?
Quality is built into the process through coding standards, linting, and coverage-driven verification, backed by milestone reviews with your engineers. For regulated products we maintain traceable design records that map to the relevant standards, including IEC 62304 and IEC 60601 for medical devices, IEC 62443 for industrial systems, and ISO 26262 awareness for automotive electronics. Yalantis holds ISO 9001, ISO 13485, ISO 27001, and ISO 27701 certifications, and our verification evidence is structured to support your certification submissions.
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How long does an FPGA design project take?
Timelines depend on complexity and device class. A contained block or a verification effort can run a few weeks, while a full SoC FPGA design with high-speed interfaces and regulatory documentation typically takes several months from kickoff to a production-ready bitstream. Our milestone-driven process keeps the schedule transparent. Share your requirements and we will provide a tailored estimate.
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Do you offer FPGA verification as a standalone service?
Yes. We take on functional verification and timing closure as a standalone engagement, whether the RTL was written in-house or by another vendor. We build self-checking testbenches and coverage models in UVM or cocotb, then reproduce and isolate any failures on the design. You receive a verification report documenting the evidence and the remaining risks. This is a common entry point for teams that need extra capacity or an independent check before tape-in.
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Can FPGA design be combined with PCB and firmware development?
Yes, and this is where Yalantis is strongest. The same R&D company delivers PCB design, firmware, embedded software, and cloud development alongside FPGA work. Running these together means the FPGA and the board it sits on are designed together with the software that drives them, which reduces integration risk and shortens bring-up.
How to get started with Yalantis
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