www.radrix.com

This product provides a way of analysis by using SDR (Software Defined Radio) platform.
It provides visible analysis method of wireless packets and channel characteristic change on Wi-Fi network.

Feature:

●This product provides either detailed offline analysis by using MATLAB software, or real-time analysis upon the FPGA hardware.

●It is available as a platform of the algorithm development and the wireless LAN system development (LSI development) with MATLAB code or RTL code customization.

●We can provide an our original solution such as Wi-Fi sensing, Time synchronization, Positioning systems.

※CSI : Channel State Information

Dr. Hiroshi Ochi, CEO of Radix Co., Ltd. got an interview in #StartupFire

Interview page : #StartupFire

 

Radrix is selected Silicon Valley Course of “HIYAKU Next Enterprise 2017″ by the  Ministry of Economy, Trade and Industry in Japan.

official website: https://www.hiyaku.go.jp/en/course.php

 

 

 

We are going to release the industry-leading wireless LAN module/chipset (class C capable) for industrial wireless communication system. It is a result of collaboration research and development under the Industrial Wireless Communication System consortium that is promoted by Kyushu Institute of Technology. We are aiming our product on industrial wireless network e.g. factory automation, robot control system.

Feature:

●The implementation of industrial wireless network for factory automation/robot control systems.

●Support ultra high speed synchronous communication (class C capable).

●Support high precision synchronization ( in nanosecond order)

●Easy maintenance due to wireless characteristic.

●Support high precision  positioning applications

■Brochure download

 

■Brochure download

Dear costumer,

Our company will participate in International Robot Exhibition 2017 at Tokyo Big Sight (Ariake, Tokyo International Exhibition Center).

Time : 2017 November 29th (Wed.)- December 2nd (Sat) 10.00-17.00
Place : Tokyo Big Sight (Ariake, Tokyo International Exhibition Center)
Booth : IR4-35
Contents: Industrial wireless LAN system and the embedded board for wireless communication system

We will introduce our proposed Industrial Wireless Communication System and the embedded board.

Event official website: http://biz.nikkan.co.jp/eve/irex/

Please visit our booth. We are looking forward to meet you in this event.

Dear costumer,

Our company will participate in Embedded Technology 2017 at PACIFICO Yokohama.

Time : 2017 November 15th (Wed.)-17th (Fri) 10.00-17.00 (16th until 18.00)
Place : PACIFICO Yokohama
Booth : B-42－②
Contents: The embedded board for wireless communication system

We will exhibit a large-scale FPGA board for SoC verification, a board for wireless system verification, and an RF module as a built-in board for wireless communication system.

Event official website: http://www.jasa.or.jp/expo/

Please visit our booth. We are looking forward to meet you in this event.

Business continuation to the next fiscal year of Strategic Basic Technology Advancement Support Project of METI (Ministry of Economy, Trade and Industry) was approved.

The project of Radrix collaboration research and development with Kyushu Institute of Technology was adopted as a Strategic Basic Technology Advancement Support Project of METI (Ministry of Economy, Trade and Industry).

IEEE 802 standards committee held WLAN international standardization meeting in San Diego CA USA on 2016 July 25^th -29^th , . This time our company and Ochi lab from Kyushu Institute of Technology presented our collaboration research results to be proposed as the part of IEEE 802.11 ax standard.

Presentation ：Leonardo Lanante (Kyutech), “UL OFDMA for Unassociated STAｓ”

IEEE 802 standards committee held WLAN international standardization meeting in Hawai, Big Island, USA on 2016 May 16^th -20^th , . This time our company and Ochi lab from Kyushu Institute of Technology presented our collaboration research results to be proposed as the part of IEEE 802.11 ax standard.

Presentation：Leonardo Lanante (Kyutech), “Adaptive Random Access UL OFDMA”