The disassembly of the Apple Vision Pro AR glasses by iFixit shows us how this advanced technology works. After removing the face strap and dismounting the speakers, it becomes clear that the glasses are assembled with precision and are difficult to break down into parts. It’s worth noting that there is a protective layer of film and an outer display layer on the front glass.
Disassembling the other side of the glasses reveals lenses with two displays, one for each eye. The glasses’ matrix consists of micro-OLED production technology, with a resolution of 3660 x 3200 pixels for each eye. The pixels are exceptionally small, meaning that the glasses offer a very high pixel density per inch.
Cooling fans for the micro-OLED panels are located directly behind the displays, and the mainboard houses the Apple M2 processor and the R1 coprocessor, responsible for the operating system, camera functionality, LEDs, infrared sensors, LIDAR, and TrueDepth. The glasses also have 8 GB of RAM and 256 GB of NAND flash memory. Unfortunately, in dark environments or with quick head movements, some performance delays can be noticed.
The glasses’ battery is difficult to disassemble and consists of three interconnected cells. The cells have a capacity of 15.36 Wh, resulting in a combined capacity of 46.08 Wh. The glasses’ higher power voltage requires the use of a special, larger Lightning connector.
Many of us wonder whether the Apple Vision Pro AR glasses will bring new life to the VR/AR market. Undoubtedly, these are technologically advanced devices, but their repair is costly and challenging. Therefore, it is advisable to handle them with care to enjoy their capabilities for a longer duration.
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The source of the article is from the blog oinegro.com.br