The Lenovo Legion VR700 virtual reality (VR) headset has been shown off by the brand as its latest multimedia solution for the Chinese market for users to incorporate into their setup. The headset is powered by a Qualcomm Snapdragon XR2 chip, supported by 8GB of RAM and outfitted with 256GB of onboard storage. The unit has a fast-response LCD 4K RealRGB display on the interior with an impressive resolution and refresh rate of 72 to 90Hz.
The Lenovo Legion VR700 virtual reality headset is arriving at a starting price point of 2,999 yuan, which is expected to increase to 3,299 yuan after the initial launch period. The unit boasts a hat-style design to enhance comfort with the weights across the headset balanced for better stability.
Fast-Response VR Headsets
The Lenovo Legion VR700 Has the Qualcomm XR2 SoC
Trend Themes
1. Fast-response VR Headsets - The release of the Lenovo Legion VR700 headset showcases the demand for fast-response VR headsets that enhance user immersion.
2. Qualcomm XR2 Soc - The use of Qualcomm's Snapdragon XR2 chip in the Lenovo Legion VR700 opens the door for more powerful VR experiences and potential use in other industries.
3. High-resolution VR Displays - The fast-response LCD 4K RealRGB display on the Lenovo Legion VR700 presents a disruption opportunity for high-resolution VR displays in industries like gaming, education, and training.
Industry Implications
1. Gaming - The Lenovo Legion VR700's fast-response and high-resolution display create an ideal VR experience for the gaming industry that could lead to more immersive gameplay and potential integration into esports.
2. Education - The enhanced VR experience provided by the Lenovo Legion VR700 has the potential to revolutionize education and training methods by allowing for more immersive and interactive learning experiences.
3. Medical - The use of the Lenovo Legion VR700 or similar headsets in the medical industry could provide an opportunity for better patient understanding and communication of diagnoses or treatments through immersive virtual simulation.