More schools than ever are allowing students to use their own laptops, tablets, and cell phones in the classroom. Administrators hope that these bring-your-own-device (BYOD) initiatives will help cut costs and increase student engagement. But BYOD brings with it a host of security concerns, as well as questions relating to mobile device printing. In 1985 he saw the opportunity to get into the mobile phone business and started Martin Dawes Communications, selling both Motorola and NEC phones in the 80s. The tie up with OKI allowed Dawes to push a unique product to the British market. It was smaller and lighter than many mobiles of the time.
Oki exhibited a communication device based on the DSRC, a standard for inter-vehicle communications, and can be carried by pedestrians at Wireless Japan 2008, which runs from July 22 to 24, 2008, at Tokyo Big Sight. The Oki communication device can issue alerts when a pedestrian carrying the device comes close to a vehicle equipped with a DSRC-based automotive communication device. The alerts are issued by both pedestrian’s and vehicle’s devices to inform that they are too close to each other. By using DSRC for communications, the system based on the new device will not require communication charges.
Oki prototyped the device based on a mobile phone developed by Paragon Wireless of China. The prototype uses Oki’s automotive communication LSI, ML9536, for the DSRC module. Also, equipped with GPS functionality, the device is expected to be used for exchanging positional information in the future. The power consumption of the Oki device is 10mW, and the communication distance is about 100m. It measures 52 x 92 x 29mm.
Oki Mobile Phones & Portable Devices Driver Download Offline
- This is an OKI CDL 700e which used to operate on the ETACS (enhanced TACS) cellular standard in the UK. This phone is from 1989 (date on manual is March 1.
- Oki prototyped the device based on a mobile phone developed by Paragon Wireless of China. The prototype uses Oki’s automotive communication LSI, ML9536, for the DSRC module. Also, equipped with GPS functionality, the device is expected to be used for exchanging positional information in the future.