End-to-End FPGA Development: Architecture, Logic & Implementation with Xilinx and Altera

You might be facing critical challenges in your FPGA development project that are slowing you down or blocking progress. Perhaps:

• Your FPGA design fails timing closure, and identifying the precise bottleneck in your HDL code or architecture is unclear. This delay can jeopardize your product deadlines and increase development costs.

• You have Xilinx or Altera hardware, but your implementation is stuck, with complex interface protocols like PCIe, DDR, or high-speed serial links that are hard to realize or debug.

• The logic design works in theory but your HDL code (VHDL, Verilog, SystemVerilog) behaves unpredictably, causing unstable system performance or simulation mismatches.

• You need to implement advanced functionalities like DSP blocks, multi-channel data processing, or PCIe interfaces, but lack in-house expertise in FPGA architecture and synthesis tools like Vivado or Quartus.

• You want to optimize for low power consumption or higher frequency operation, but your current architecture is not robust or scalable enough for production.

• You’re at the prototyping stage of an ASIC and require a fast, production-grade FPGA prototype to validate your design and speed up time-to-market.

• Facing issues with signal integrity, jitter, or timing closure on multi-layer PCB layouts, and need expert support for debugging and integration.

• Your project demands expertise in high-speed interfaces, clock domain crossing (CDC), pipelining, and FPGA floorplanning to achieve functional and timing closure.

• You seek a trusted partner to help with FPGA verification, debugging, and board-level integration, ensuring your product meets performance and quality goals.

• You want to leverage the latest FPGA development tools and methodologies, including ModelSim simulation, Synplify synthesis, and Mentor Graphics debugging suites for optimal outcomes.

If these scenarios sound familiar, you’ve come to the right place. Our team specializes in overcoming these common FPGA development hurdles, delivering tailored, effective solutions that help you meet your project goals on time and budget.

We provide end-to-end FPGA development services that deliver reliable, high-performance solutions right from the first power-up. Our expertise spans the entire FPGA lifecycle, ensuring your design meets stringent requirements for speed, power efficiency, and stability. Our comprehensive services include:

• Custom architecture design and development of specialized logic blocks such as Finite State Machines (FSM), FIFO buffers, and complex datapath modules tailored to your application needs.

• Writing, validating, and optimizing HDL code using industry-standard languages including VHDL, Verilog, and SystemVerilog for clean, maintainable, and scalable implementations.

• Implementation of high-speed communication interfaces like PCI Express (PCIe), DDR3/DDR4 memory controllers, USB 3.0, and Gigabit Ethernet to support demanding data throughput and connectivity requirements.

• Advanced timing closure optimization, frequency tuning, and power consumption reduction techniques to ensure your FPGA design operates efficiently within your target constraints.

• Integration and configuration of industry-leading debugging and monitoring tools such as SignalTap and ChipScope Pro for real-time signal tracing and error detection during development and testing phases.

• Delivery of ASIC and SoC-ready prototypes, accelerating your path from FPGA prototyping to final silicon implementation with seamless design reuse and verification.

• Expertise with top FPGA development environments and synthesis tools including Xilinx Vivado, Intel Quartus Prime, ModelSim, Synplify, and Mentor Graphics, ensuring professional-grade design workflows and high-quality outputs.

By partnering with us, you gain access to deep FPGA knowledge, rigorous engineering discipline, and a results-driven approach that transforms your ideas into high-speed, reliable hardware solutions.

A transparent, engineering-driven path — from concept to working bitstream.

Briefing & requirement analysis

Define architecture, timing constraints, resource planning

Design & HDL development

Build modules, interfaces, FSMs, datapaths, clock domains

Synthesis, floorplanning & verification

Timing closure, place & route, functional & timing simulation

Debugging & board-level integration

SignalTap / ChipScope debugging, FPGA programming, system-level validation

Handoff & support

Delivery of bitstream, source files, power/frequency reports

We follow more than timing specs — we follow the law.

All projects are delivered under full IP compliance, NDA agreements, and applicable EU legislation.

When assisting with logic recovery or architecture reproduction, we only act under rightful ownership or written authorization from the device owner.

We don’t clone products. We don’t copy schematics. We don’t violate licensing boundaries.

And we’re proud of that.

• 10 Gbps data throughput on a custom board with Xilinx Kintex-7
• Multi-channel DSP core implemented for acoustic analysis using Verilog parallel pipelines
• 27% power consumption reduction via adaptive frequency logic
• Integrated DDR3 and PCIe Gen2 within a single stable design
• Vendor project — custom power control architecture using synchronized FPGA and STM32 logic

Tell us what you want to build — and we’ll show you how to make it real.

→ Submit your brief or share your specs

→ NDA-first — your confidentiality comes first

→ You’ll hear from us with a tailored assessment in under 24 hours