Getac first manufacturer to bring integrated LiFi technology to rugged mobile computing market
Getac is working closely with selected strategic customers to commercialise new solution based on specific industry applications and requirements Getac has announced that it is bringing integrated Light Fidelity (LiFi) technology powered by pureLiFi to the rugged market for the first time. The announcement means customers across a wide range of professional sectors will soon be able to enjoy the benefits of fully rugged reliability and innovative LiFi connectivity in a single device, unlocking a host of powerful new applications and use cases. Previously, users wishing to capitalise on the benefits of LiFi technology had to rely on a USB dongle plugged into the side of their device. This approach is highly vulnerable to even the slightest knock or drop, making it unviable in many working environments, such as those found in the defence, public safety, automotive, energy and manufacturing sectors. With this announcement, users across these sectors will be able to purchase a fully rugged solution with LiFi technology fully integrated into the device. The first Getac device to offer integrated LiFi capability will be the recently launched UX10 fully rugged tablet. LiFi technology: Secure, high quality, light-based connectivity LiFi technology uses light to transmit data rather than radio frequency, which is the case with traditional technologies such as WiFi, LTE, 4G and 5G. This innovative approach has a number of benefits over RF-based technologies including: Improved privacy and security: Light can be more easily contained than radio waves, and secured in a physical space. As a result, it is much less vulnerable to hacking or hijacking, while giving greater control over network localisation, asset tracking and user authentication. Superior connection quality: LiFi offers a thousand times the data density of RF-based networks, resulting in enhanced reliability and interference free communications. LiFi also doesn’t interfere with RF signals, meaning […]