From RTL architecture to production silicon — official partner of Lattice, AMD (Xilinx), Intel (Altera), and Microchip. 100+ engineers, 500+ projects, 20 years of FPGA delivery across video, telecom, automotive, and industrial domains.
Promwad delivers end-to-end FPGA design services — from system-level architecture and RTL coding through simulation, timing closure, and production handoff. We work across all major FPGA families and maintain active partnerships with silicon vendors, giving clients access to early silicon, reference designs, and priority technical support.
Our FPGA team handles projects ranging from simple glue logic and protocol bridges to complex multi-million-gate SoC designs with embedded processors, custom DSP pipelines, and high-speed serial interfaces. Every design follows a rigorous verification methodology: constrained-random testbenches, formal property checking, code coverage analysis, and hardware-in-the-loop validation.
Designed a 6-camera surround-view system on AMD Zynq UltraScale+ for a European Tier-1 automotive supplier. FPGA handles real-time stitching, lens distortion correction, and object overlay at 30 fps across all six feeds. Integrated with ADAS ECU via Automotive Ethernet.
Built an ST 2110-compliant gateway on Intel Arria 10 for a Scandinavian broadcast OEM. Converts 12G-SDI to ST 2110-20/30/40 with PTP IEEE 1588 synchronization. Supports 4 bidirectional channels with sub-frame latency.
Implemented AES-256-GCM and SHA-3 acceleration on Lattice CertusPro-NX for a European cybersecurity company. FPGA offloads encryption from the host CPU, processing 40 Gbps of network traffic with deterministic latency.
Client identities changed. Methodologies and outcomes are real.
End-to-end video pipeline on FPGA — from multi-format input capture through real-time processing to IP or display output. Handles 4K60 with sub-frame latency.
FPGA-based protocol translation between legacy industrial or broadcast interfaces and modern networking. Zero-copy, deterministic latency.
Hardware-accelerated encryption and hashing offloaded from the host CPU. Deterministic throughput at 40 Gbps+ line rate.
It depends on your requirements for logic density, power budget, I/O count, and cost at volume. Lattice excels in low-power edge applications. AMD (Xilinx) offers the broadest range from cost-optimized Artix to high-performance UltraScale+. Intel Agilex targets data center and high-speed networking. Microchip PolarFire SoC is strong for security-critical and mid-range designs. We help clients select the optimal family during the architecture phase.
Yes. FPGA migration — whether driven by chip EOL, supply chain issues, or cost optimization — is one of our core services. We handle RTL porting, constraint migration, timing closure on the new platform, and regression testing against the original design. Typical migration projects take 3-6 months depending on design complexity.
We provide FPGA-to-ASIC feasibility analysis and RTL preparation — ensuring the design is synthesizable for ASIC flows, removing FPGA-specific primitives, and optimizing for area and power. For the actual ASIC fabrication, we partner with established foundry design houses.
Simple protocol bridges and interface designs: 2-4 months. Mid-complexity video processing or DSP pipelines: 4-8 months. Complex SoC-class designs with embedded processors and multiple high-speed interfaces: 8-14 months. All timelines include verification and hardware validation.