The recently launched HTC Vive Pro 2 VR headset offers a sharp 5K 120Hz desktop virtual reality experience. Priced at $1,399 for the entire package — and $799 for the headset alone (for those who invested previously in the Vive Pro or Valve Index) — the Vive Pro 2 retains the same design as the 2018 model and relies on older controllers but offers a wide range of attractive features for gamers. The 2,448 x 2,448 pixels per eye is a dramatic improvement over the previous Pro’s 1,440 x 1,600 pixels, which also offered a slower 90Hz refresh rate. Its LCDs also have RGB sub-pixels for increased sharpness. Continue reading HTC Vive Pro 2: 5K 120Hz VR for Enterprise, Serious Gamers

During the all-digital CES 2021, lidar (light detection and ranging) technology was presented as a key tool for building autonomous vehicles, smart homes and infrastructure for smart cities. Lidar, which senses what an object is based on its shape, first appeared in the 1970s but, up until now, has been too expensive and complicated for broad industrial use. Seoul Robotics, Intel’s Mobileye and Blickfeld were among the companies at CES showcasing real-world lidar applications. Lidar is predicted to triple to an almost $3 billion market by 2025. Continue reading CES: Seoul Robotics, Mobileye Enable Lidar for Smart Cities

Sweden-based Neonode recently unveiled AirBar, a $49 laptop accessory that attaches its magnetic sensor bar to a Chromebook or Windows laptop PC and connects via an available USB port. It then beams a light over the display to create a sort of touchscreen. AirBar’s use of light rather than a traditional, physical touchscreen allows users to interact with their displays in a variety of new ways, such as while wearing gloves or using small objects like a stylus or even chopsticks. Neonode is expected to debut its new accessory at CES in Las Vegas this week. Continue reading PC Accessory Turns Your Laptop into a Touchscreen Device

Google is working towards creating a build-it-yourself modular smartphone, one that will allow users to build the perfect smartphone based on their individual needs. The device is being developed through Project Ara, part of the Advanced Technology and Projects group at Google. The group is developing a smartphone that features an open-source hardware platform. Customers would start with a base hardware piece called Endo, and then add features through plug-and-play modules. Continue reading Google Releases Developer Kit for Project Ara Modular Phone