
Eliminating the need for applying to take out digital cameras and transferring data to PCs increases work efficiency!
Real-time switching of high-quality video for accurate and speedy business management.

Thorough comparison of specifications for video and audio transmission devices! A clear comparison of professional wireless transmission devices from various companies. Use this as a reference before purchasing to make a choice you won't regret!

Introducing the development background of non-compressed radios and the solutions to challenges in various utilization cases. Confidential information, understood!

Say goodbye to low latency! Experience stress-free communication with 100% delay-free wireless devices. Check out our case studies.

The definitive version of a Japanese-made wireless device for video and audio transmission! A long-selling high-quality wireless device with 100% no delay, also capable of battery operation. Experience it with a demo unit!

Full HD and audio transmission at 4.9 GHz, 100% no latency + no freezing transmitter and receiver. Usable indoors and outdoors without interference, with a range of over 3 km!

Selection Methods for Wireless Devices and Video Equipment: An explanation of how to choose cameras, monitors, and antennas for beginners. Important points to consider to avoid regrets!

A clear explanation of "cases of failure in selection" when purchasing wireless devices specialized for video and audio transmission. To avoid the pitfalls of "you get what you pay for," be sure to check this out!

Introducing examples of countermeasures against mixed signal interference! We will refer to "case studies" to solve challenges! Furthermore, we will present 100% no-latency wireless devices instead of low-latency ones and provide strong support!

Solving the challenges of remote control of robots, such as "compactness, energy efficiency, and the presence or absence of delay," with uncompressed wireless devices. Not just low-latency wireless devices, but 100% no-latency wireless devices!

Solve the delay issues in the use cases of remote sensing with "100% no delay" instead of low-latency transmission using a non-compressed analog-digital radio!