Chip: Apple's Vision Pro uses Apple's own M2 chip, which is a 64-bit chip based on ARM architecture, with high performance, low power consumption and high integration. It can support high-load operations for spatial computing, such as graphics, UI operations, 3D rendering, and more. Domestic similar devices mostly use RISC-V architecture chips, which is an open-source instruction set architecture with the advantages of flexibility, scalability and low cost. However, it leaves much to be desired in terms of performance, power consumption, and compatibility.
System: Apple Vision Pro runs iOS 15, which is an operating system designed for spatial computing devices, with a rich application and content ecosystem, as well as an excellent user experience. It also supports seamless connectivity with other Apple devices, such as iPhone, iPad, Mac, and more. Most of the similar devices in China are running Android or Linux-based operating systems, such as Yodaos-Master. Although they also have certain applications and content ecosystems, there is still a big gap compared with iOS 15.
Device: The Apple Vision Pro's device design is very beautiful and stylish, it uses a custom aluminum alloy body and uses a modular system where users can change the part of the headset close to the face in order to better adapt to different head shapes. It is also equipped with a screen on the outside that can display the user's eye expressions and status, increasing communication with the outside world. Domestic similar devices mostly use traditional VR headset design, with only one or a pair of screens, so that the wearer is isolated from the outside world. Although they also have some innovations, such as space robotic arms, they are not perfect in terms of overall design.
To sum up, Apple's Vision Pro has obvious advantages in chips, systems and devices, and it is a world-leading spatial computing device. Of course, it also has some shortcomings, such as higher **, heavier weight, shorter battery life, etc. Domestic similar equipment still has a lot of room for improvement in chips, systems and equipment, but it also shows the potential of localization and open source. If you want to experience state-of-the-art spatial computing technology, then the Apple Vision Pro is a great choice. If you want to support domestic and open-source spatial computing technology, then domestic similar equipment is also worth paying attention to. The final decision depends on your own preferences and budget.
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