We have released SiTCP-XG_v2 (beta version).

10GbE FPGA IP core SiTCP-XG available for purchase from 1 license, trial available! White paper available *Original mask being offered!

SiTCP is a technology that connects the front end of physical experiments to a PC via Ethernet, developed by Dr. Tomohisa Uchida. It enables stable high-speed communication through hardware-based TCP/IP communication. The circuit size is compact, requiring fewer external components, making implementation easy. 【Features】 ■ Small circuit size: Supports all FPGAs in the Kintex7 and Virtex7 series. ■ No processor required: MicroBlaze and Zynq are not needed. ■ No driver required: Connection to the PC can be made using only a socket program. ■ Fast: Operates at over 90% of the bandwidth (*1), achieving high-speed data transfer. 【Available Solutions】 ■ Simultaneous transfer of large-capacity, multi-channel events in physical experiments. ■ Uncompressed transmission for image diagnostics. ■ High-resolution video transmission. *For more details, please request documentation or view it via download.

• Other embedded systems (software and hardware)

Support development with SiTCP utility! Easily achieve high-speed data transfer between FPGA and PC.

This is an introduction to our FPGA TCP/IP library, 'SiTCP.' The transfer speed is approximately 90% of the TCP data rate, enabling easy high-speed data transfer between FPGA and PC. It supports UDP access for FPGA register configuration. This product contributes to stable measurements in scientific experiments that require large-volume data transfer. 【Features】 ■ Transfer speed is approximately 90% of the TCP data rate ■ Easy data transfer through a procedure for writing to FIFO ■ Supports UDP access for FPGA register configuration ■ Development support with SiTCP utility ・IP address configuration, register configuration, TCP/IP transfer data verification *For more details, please refer to the PDF document or feel free to contact us.

• others

The glass pot lid has a hydrophilic heat-resistant coating, allowing you to check the cooking state without any fogging.

"Because it's an invisible place, we won't overlook it." Japan's climate is characterized by high temperatures and humidity, and particularly after typhoons and heavy rains, the conditions can be harsh for homes. It's not just the roofs and exterior walls that are affected by rain and wind. The area beneath the floor is actually the most susceptible and often overlooked point. This time, we will explain the "checkpoints for under the floor" that should be confirmed after a typhoon or heavy rain, the "responses" if abnormalities are found, and measures for preventing recurrence. [Table of Contents] ■ Why is underfloor checking necessary? ■ Checkpoints to confirm after a typhoon or heavy rain ■ Responses when damage is discovered ■ Points for preventing recurrence ■ Suggestions from Seihou Products ■ Summary Please be sure to read the [related materials] and [related links]. ↓ ↓ ↓

Explosion-proof motors available in stock We will deliver within 7 days to meet your delivery schedule. 【What is an explosion-proof motor?】 In factories and plants, flammable gases and vapors are present. When these mix with air and come into contact with an ignition source, an explosion or fire can occur. This motor is designed with measures to eliminate such ignition sources. 【Available stock models】 ■ Pressure-resistant explosion-proof motors, explosion-proof grade d2G4 - Foot-mounted type, output 0.4 to 3.7 kW, 4 poles - Flange type, output 0.4 to 0.75 kW, 4 poles ■ Increased safety explosion-proof motors, explosion-proof grade eG3 - Foot-mounted type, output 0.2 to 0.75 kW, 2 and 4 poles - Flange type, output 0.2 to 0.75 kW, 2 and 4 poles

As part of the "Hometown Ibara Future Creation Human Resource Development Project," we welcomed local elementary and middle school students to the special summer program "Ibara Job Exploration Tour 2025," a collaboration between the Ibara City Chamber of Commerce and the Corporate Branding Committee. We conducted a presentation that clearly and enjoyably introduced how our technology supports society, allowing the children to learn about the appeal of manufacturing and the significance of working while interacting with actual devices and products. Through this initiative, we hope to deepen our connection with the community and nurture the curiosity of the children who will carry the future. We sincerely thank everyone who participated, as well as all those involved in planning and organizing the event.

We will disclose the interim financial results for the fiscal period ending December 2025.