A recently surfaced OnePlus 10 Pro disassembly video has finally revealed why the smartphone’s camera module is so big.
After launching earlier this month, the OnePlus 10 Pro has gone on sale in China starting from January 13. As expected, it took only a few seconds for the first batch to sell out.
This represents the popularity OnePlus has managed to garner among Chinese consumers. Despite the handset’s awe-inspiring outward appearance, the internal hardware is what truly counts. A new OnePlus 10 Pro disassembly video gives us our first look just into that.
OnePlus 10 Pro Disassembly Video
First off, the video shows the back panel is removed. The glass material looks like premium plastic due to the matte, texturized finish.
Once the back panel is removed, we get one of our first looks into the recently unveiled OnePlus 10 Pro. The extensive heat dissipation components are the first thing we will see packed into the phone.
Moreover, a large graphite film holding the wireless charging coil is visible inside. The Chinese smartphone manufacturer says that the OnePlus 10 Pro features a 34119.052mm² cooling plate – the largest ever on any OnePlus phone, according to a report by GizmoChina.
OnePlus 10 Pro Camera Module
The 10 Pro houses a 48MP main camera, along with an 8MP telephoto. Both cameras share a connector. Moreover, the third camera is a 50MP ultrawide sensor. In other words, the huge camera module can be attributed to the XL sensors it holds. However, the flash is more of a gimmick.
The phone features a dual flash setup rather than a ring flash. Aside from that, the phone ships with LPDDR5 RAM, Snapdragon 8 Gen 1 processor, and UFS 3.1 storage under the hood. Most of these components have thermal paste on them.
The battery adopts a dual-cell design, and each cell has a capacity of 2,500mAh. For cooling, a vapor chamber is available under the battery, as well as the motherboard.
The OnePlus 10 Pro secured a 6/10 rating for repairability from PBKreviews. Although this isn’t something to shout about, it isn’t bad either by today’s standards.
