Overview
Pattern design, signal analysis, simulation, and evaluation of high-frequency PCBs, together with the design and manufacture of electronic circuits, FPGA, and microcontroller circuits. Products developed include daughter boards for FPGA prototyping systems (HAPS), board-level products integrating high-speed data converters with high-speed interface technology, and software-defined radio (SDR) equipment for space applications. Target sectors span cutting-edge fields such as space, communications, broadcasting, instrumentation, storage, IoT, and FPGA. In addition to off-the-shelf products, custom boards built to customer specifications can be delivered in as little as one month.
Technical Features
- Daughter boards for FPGA prototyping: A family of daughter boards compatible with FPGA prototyping systems (HAPS) used for ASIC/SoC verification. High-speed interconnect via HAPS-TRAK3 connectors. Cross-connect boards support 112/224/336 Gbps-class systems; spacer boards provide a 96 Gbps interconnect kit. Debug/control boards equipped with USB, JTAG, flash, ADC, LED, and switches.
- High-speed data converters and interfaces: JESD204B-compliant AD/DA converter FMC modules. High-speed serial communications exceeding 10 Gbps, V-by-One HS interface. A wireless platform that integrates high-speed data-converter technology with high-speed interface technology.
- Software-defined radio (SDR) for space: SDR equipment designed for space applications. Signal processing for radar image data from Earth-observation satellites. Radiation sensors and 100 Gbps-class optical transmission equipment.
- Millimeter-wave wireless: High-frequency wireless technology with a proven track record in 60 GHz band module development.
- High-speed board design: Pattern design, signal integrity (SI) analysis, simulation, and evaluation of high-frequency PCBs. Compatible with domestic and international FPGA, EDA, instrumentation, and data-converter ecosystems.
- Custom capability: Contract design and manufacture of original daughter boards and electronic equipment. Delivery in as little as one month.
Intended Applications and Target Sectors
- Accelerating FPGA prototyping and verification in ASIC/SoC development.
- Board development for measurement and signal-processing systems using high-speed data converters.
- Space applications: satellite-borne software-defined radio, radar image processing, and radiation-hardened sensing.
- High-speed interface implementation in communications, broadcasting, instrumentation, and storage.
- High-speed signal-processing boards for medical, welfare, and industrial applications.
Scope of Capabilities
- Product lineup: Daughter boards for HAPS (interconnect / spacer / debug) / AD & DA FMC modules / wireless platform / space SDR / optical transmission equipment / radiation sensors
- Design and analysis: High-frequency PCB pattern design, signal integrity analysis, simulation, evaluation and verification
- Development: Electronic circuit design, FPGA design, microcontroller circuit design, manufacture and sales, consulting
- Supported standards and technologies: HAPS-TRAK3, JESD204B, FMC, V-by-One HS, high-speed SERDES
- Lead time: Custom daughter boards delivered in as little as one month
Monozukuri Finder can connect you with Japanese manufacturers capable of addressing these technologies. Inquiries regarding detailed specifications or overseas adoption are welcome.