W-20 Nakao Lab, School of Engineering, the University of Tokyo
WJWTP Appointment Online Meeting

Creating use cases for the development and societal implementation of next-generation cyber infrastructure to support future societies

In recent years, 5G-based information and communication infrastructure has become vital for socioeconomic activities and life support. Beyond 5G, next-generation cyber infrastructure integrating computing and AI is expected to serve as a human lifeline. Nakao Lab is working on creating such infrastructure with local 5G at its core—come see Japan’s cutting-edge wireless technology!

Private networks (local 5G, Wi-Fi, etc.)Latest Technology Trends (Beyond 5G/6G, etc.)
Booth No W-20
Address Room 236, 445, Engineering Building 3, The University of Tokyo, 7-3-1 Hongo, Bunkyo-ku, Tokyo 113-0033, Japan
Phone Number 0358410458
FAX
Site URL https://www.nakao-lab.org/?lang=ja
Company Video URL

Products / Services

5G and Next-Generation Communication Protocol Programmable Software defined Radio Board

A tiny software-defined radio (SDR) board, measuring 80mm x 22mm x 5mm and featuring an M.2 interface, capable of programming for 5G and next-gen communication protocols. It boasts expandability, customization, and downsizing of base station equipment, enabling low-power, swift deployment, and operation. Expected applications include disaster response with drone-enabled high-definition, real-time video transmission for damage assessment, hazard mapping, and unmanned construction, advancing disaster management digitization.

A compact, low-cost, low-power consumption, flexible, and rapidly deployable local 5G system

A compact local 5G system, measuring 173.2mm x 274.2mm x 66mm (about 3/4 the size of an A4 book), equipped with a super-small software radio board, enables swift outdoor installation and operates at low power consumption (approximately 75W). It integrates 5G core and base station functions, allowing quick deployment as a wireless base station with direct internet connectivity. Its software-driven flexibility ensures timely adaptation to evolving communication technologies and standards, facilitating the resolution of societal and industrial challenges through ICT utilization.