High-Speed Communication Solutions

We provide optimal high-speed communication solutions tailored to your needs, including high-speed transmission via optical and electrical means, and inter-IC communication.

High-Speed Communication Solutions

Long-Distance Inter-Board Transmission via Optical Communication

For customers who want to achieve stable, high-speed communication over long distances that is resistant to noise.

We solve communication challenges in harsh environments with optical communication technology. Optical communication technology enables stable, high-speed communication over long distances and is resistant to noise. It is ideal for long-distance transmission between boards and for communication in harsh environments.

Example Technologies

Category	Supported Technology/Interface
Optical Communication	SFP/SFP+, Optical Fiber

Short-Distance Inter-Panel Communication via Electrical Means

For customers who want to achieve high-speed data transmission within panels or over short distances while keeping costs down.

We build reliable high-speed communication with LVDS and SerDes. By using electrical communication and Ethernet cables, we can achieve high-speed data transmission between devices within a panel or over short distances while also reducing cable costs. In conjunction with board design, we ensure reliable communication with guaranteed signal quality.

Example Technologies

Category	Supported Technology/Interface
Electrical Communication	RJ45, CML
Inter-IC Communication	PCI Express, LVDS, SerDes

Other Transmission Technologies

For customers who want to optimize inter-IC communication within FPGAs and SoCs.

We improve overall system performance with reliable high-speed communication that ensures signal quality. We achieve space-saving, high-rate communication between FPGAs within a unit or on-board, in conjunction with board design.

Example Technologies

Category	Supported Technology/Interface
Image	LVDS, V-by-One, SDI
Communication	PoE (Gigabit Ethernet)

Development Achievements & Examples

Optical Fiber Communication Board for Medical Equipment

We developed an optical communication board that operates stably even in strong electromagnetic noise environments, such as MRI equipment, and achieved high-speed transmission that sends and receives multi-point sensor information in short periodic cycles. The system synchronizes data between multiple boards, so we designed a multi-channel serial communication circuit using SerDes to achieve information synchronization on the order of nanoseconds.

PoE-Enabled Network Camera Board

We developed a relay board that supplies power to an existing network camera system via PoE (Power over Ethernet). By supplying up to 70W of power, we enabled power supply to the camera lighting, improved workability, and reduced installation costs.

Data Processing with FPGA-Internal SerDes

We built a system that collects sampling data from an external ADC in real time by utilizing the high-speed transceiver (SerDes) built into the FPGA. It realizes the function of simultaneously and continuously sampling and collecting 16-bit AD data for 360 channels in microseconds.