Snapdragon's latest unveil for VR Devices

March 22, 2024

Snapdragon XR2+: A Game-Changer Chip for The VR Industry

Qualcomm is in the race to develop a future-ready XR headset. The primary feature introduced on the XR2+ Gen 2 is its 4.3K display at up to 90 frames per second. However, its predecessor chip, the XR2 Gen 2, supported up to 3K. Besides, the sharper the display, the more realistic the experience, especially when using MR and VR applications and games.

The latest development comes with upgrades on chips, including higher clock speeds for the GPU and CPU. Qualcomm states that the GPU can run at a 15% higher frequency than the previous chip, and the CPU has been updated to a 20% higher frequency.

With this development, generating a 2.5x jump in GPU performance is possible, which is 8x better AI performance. Additionally, the next-generation Spectra ISP, which packs in more cores than before, the XR2+ Gen 2 can now handle more than 12 on-device cameras at a time.

This is especially useful for VR technology, with object tracking, depth sensing, and eye tracking. However, the earlier version of XR2 Gen 2 could only support up to 10 cameras. It also comes with other loaded features, including.

Features of Snapdragon XR 2+ Generation 1
Features of Snapdragon XR 2+ Generation 1

Snapdragon's advanced feature on the XR2+ Gen 2 is here to compete with the Apple Vision Pro. Qualcomm has also clearly mentioned its five OEM partners, including Google and Samsung. Both companies are enthusiastic about the chip launch.

The Realm of VR Technology

Man able to visualise much faster due to XR2+
Depicting the computational power of XR2+ for VR devices

Qualcomm's powerful chip is definitely going to change the industry standard when it comes to VR devices. Moreover, the XR2+ Gen 2 powered device can primarily focus on tracking the user's movements and the world around them for navigation and experiences. It guarantees an 'effortless" and "unparalleled" experience that merges physical and digital spaces.

The VR technology can now place premium MR and VR technology into a single-chip architecture, ensuring a more comfortable headset. Also, its 12ms video see-through latency enables users to transition between the real and the virtual world. It aims to offer enhanced visual fidelity and unparalleled digital comfort.

The platform comes with the latest Qualcomm FastConnectMobile Connectivity System, providing a lag-free and shared XR experience. It provides a higher throughput and 50% lower latency than the previous platform versions. Ultimately, the Snapdragon XR2+ Gen 2 unlocks 4.3K resolution, taking VR devices for productivity and entertainment to the next level.

Conclusion

Qualcomm technologies aim to create the best-in-class XR experience for its users. Moreover, the company aims to look forward to collaboration with other brands, especially regarding the future of immersive and spatial computing dynamics.

Frequently asked questions

What is the new chip in Qualcomm Snapdragon?

Qualcomm has unveiled the Snapdragon XR2+ Gen 2 chip, designed for virtual and mixed reality applications, marking a step forward in immersive technology. The latest development comes with upgrades on chips, including higher clock speeds for the GPU and CPU. Qualcomm states that the GPU can run at a 15% higher frequency than the previous chip, and the CPU has been updated to a 20% higher frequency.

What does Qualcomm Snapdragon offer?

The primary feature introduced on the XR2+ Gen 2 is its 4.3K display at up to 90 frames per second. It offers a sharper display and a more realistic experience, especially when it comes to using MR and VR applications and games.

How will the new chip from Qualcomm transform the VR technology?

The Qualcomm Snapdragon XR2+ Gen 2 chip significantly transforms VR technology by supporting an impressive 4.3K resolution per eye, providing an exceptionally crisp and immersive visual experience. By integrating premium MR and VR technology into a single-chip architecture, the Snapdragon XR2+ Gen 2 also enables the development of thinner, more comfortable VR headsets, enhancing user comfort.​