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Indian Express
27-06-2025
- Indian Express
Samsung unveils Odyssey 3D gaming monitor with glasses-free 3D experience
Samsung has announced its new gaming monitor, the Samsung Odyssey 3D, on Friday, June 27. The monitor is set to revolutionise 3D gaming by eliminating the need to use glasses. This is a move that Samsung believes will remove any discomfort commonly associated with 3D content. 'The Odyssey 3D represents Samsung's commitment to pushing the boundaries of display innovation, offering gamers a smarter, sharper, and crosstalk-free 3D experience while maintaining top-tier performance for 2D content. This groundbreaking monitor not only redefines immersive gaming but also solidifies Samsung's leadership in the gaming monitor market,' the company said in its official release. For the monitor's 3D content, Samsung is making use of three core technologies: eye-tracking, view mapping, and a lenticular lens. But how does it work? Firstly, the eye-tracking technology uses two stereo cameras at the top of the monitor to detect and track the user's real-time eye movement. These cameras then capture images in real time to gauge the distance between the user's eyes and the monitor. This technology is able to capture the user's eyes even if they are wearing glasses. Based on these images, the monitor calculates an accurate pixel positioning and delivers a 3D image using view mapping. Then, the final images are separately delivered to each eye through the Odyssey 3D's lenticular lens, using light refraction. This feature is functional even in case of user movement, as the monitor readjusts itself. The lenticular lens activates only when the user enables 3D mode from the Odyssey 3D Hub. Odyssey 3D is not just about its 3D feature, it also comes with some performance enhancements. It comes with a 165 Hz refresh rate, alongside a 1 ms response time. The monitor is also NVIDIA G-Sync compatible, providing the user a faster, smoother gaming experience. In order to prevent 'crosstalk', or misaligned images causing visual discomfort, Samsung has used post-assembly calibration, hardware-specific data storage, and a deep learning-based eye-tracking algorithm. The monitor also has a specially engineered display cell coating, which reduces light distortion and glare to further enhance image clarity. (This article has been curated by Purv Ashar, who is an intern with The Indian Express)
Time of India
23-06-2025
- Time of India
Samsung Odyssey 3D (G90XF) 3D gaming monitor launched
Samsung has expanded its product lineup with the launch of Samsung Odyssey 3D (G90XF), a glasses-free 3D gaming monitor . The company claims that the gaming monitor is designed to eliminate the inconvenience and discomfort traditionally associated with 3D content. The eye-tracking technology is designed to recognize users' eyes even when they are wearing glasses. Samsung Odyssey 3D (G90XF) features Samsung Odyssey 3D (G90XF) 3D gaming monitor uses hree core technologies—eye tracking, view mapping, and a lenticular lens—to deliver immersive 3D experiences. Eye tracking is enabled by a stereo camera mounted at the top of the monitor, detecting and tracking the user's eye movements in real time. The two cameras capture different images, much like human eyes, they can determine the exact position of the user's eyes and distance between the eyes and the monitor in real time. This real-time eye position detection allows Odyssey 3D to deliver a precise 3D image, even when the user moves. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like What She Did Mid-Air Left Passengers Speechless medalmerit Learn More Undo Beyond its 3D capabilities, the Odyssey 3D claims to offer exceptional picture quality and fast response times for 2D gameplay. The lenticular lens activates only when 3D mode is enabled by Odyssey 3D Hub, ensuring optimal performance in all scenarios. To address common issues like crosstalk—where misaligned images cause visual discomfort—Samsung employs advanced techniques such as post-assembly calibration, hardware-specific data storage, and a deep learning-based eye-tracking algorithm. Additionally, a specially engineered display cell coating reduces light distortion and glare, further enhancing image clarity.
