Products & Services
Three service lines built on FPGA: IP sales & customization, custom hardware & software design, and standard boards — with real project cases.
IP Sales & Customization
Production-proven FPGA IP available for licensing, with customization and integration support to shorten your development cycle and reduce verification cost.
CoaXPress Host / Device IP
We offer production-proven CoaXPress Host / Device IP: 12.5G×4 over copper and 4×25G over fiber. The Host IP has been adapted to cameras from Tucsen, Brigates, Gpixel and Basler. A semiconductor inspection company adopted our Host IP to process high-speed camera data directly on board, eliminating the non-real-time limitation of traditional frame grabbers that transfer data to a host PC first.
Custom Hardware & Software
Hardware and software customized to your requirements — from design and FPGA firmware development to product mass-production testing, with complete delivery to accelerate your time-to-market.
FPGA Firmware for a 3D Intraoral Scanner
We provided a complete FPGA firmware for a 3D intraoral scanner manufacturer, significantly accelerating the customer's product time-to-market. The product is now in mass production and sold worldwide.
FPGA Driving for Multi-Axis Motion Platforms
We provide FPGA driving for multi-axis motion platforms, helping a semiconductor wafer inspection customer pass project acceptance and reach mass production.
Driver & Receiver Boards for Optical Computing Chips
We provided driver and receiver boards for a customer in the optical computing chip field: FPGA-based control with high-speed PCIe data interface, laser sources required by optical computing chips, multi-channel high-speed DAC driving, high-precision bias voltage, dual-channel PD TIA + high-speed ADC acquisition, plus constant-temperature laser driver boards.
Digital Power Controller
In some industrial fields, both a power bandwidth of 100 kHz–300 kHz and extremely high current stability are required. We customized an FPGA+SoC based control board for customers in this field, equipped with high-precision SAR-ADC, a real-time PID feedback control system implemented inside the FPGA, high-precision ADC sampling of current sensors, and fine PWM duty-cycle tuning, meeting the high-bandwidth and high-stability requirements.
Portable DCCT Measurement System
The system is equipped with high-precision Σ-Δ ADCs and can measure 16 channels of DCCT current-sensor signals simultaneously. It integrates the ±15V 1A power supply required by DCCT and comes with dedicated acquisition software for long-term current-stability measurement. In complex industrial sites, it simplifies the measurement workflow and improves efficiency.
Standard Boards
Validated high-performance FPGA processing boards for silicon validation, algorithm acceleration and high-speed network communication.
High-Performance FPGA Processing Board Based on XCVU13P
We developed a high-performance FPGA processing board based on the Xilinx XCVU13P, suitable for silicon validation, algorithm acceleration and high-performance network communication. It is a full-height, full-length PCIe board with PCIe Gen3x16, ATX power support and three standard HPC FMC interfaces.
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