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00:00:00 – 00:06:51
The video provides a comprehensive teardown of the OnePlus 12 smartphone, focusing on its advanced cooling system and high-end components. The presenter disassembles the phone to reveal the dual cryo-velocity vapor chamber, which utilizes a liquid-gas-condensation cycle to manage heat from both the battery and processor, boasting an area over 9,000 mm², the largest seen in the series. The OnePlus 12 also features impressive fast charging capabilities, with a 50-watt wireless charger and an 80-watt corded charger that rapidly charge the split battery design. The detailed examination covers the phone’s waterproofing features, aesthetically pleasing motherboard with color-coordinated thermal paste, and the advanced camera system with a 64-megapixel telephoto zoom, 48-megapixel ultra-wide, and 50-megapixel Hasselblad camera. Despite damaging the screen during reassembly, the video highlights the ease of obtaining replacement parts through OnePlus's robust repair program.
00:00:00
In this segment of the video, the presenter discusses the advanced cooling system in high-end smartphones, specifically the OnePlus 12. Modern flagship smartphones often use vapor chambers to manage heat, similar to CPU coolers in gaming computers. The OnePlus 12 features a large dual cryo-velocity cooling system, and the presenter gives a detailed teardown to reveal the interior components.
Using a heat gun and razor knife, they carefully remove the back glass panel to expose the 50-watt wireless charger, secured with 12 red threadlocked screws. The OnePlus 12 boasts impressive wireless charging capabilities, achieving 0 to 50% charge in 23 minutes, faster than most wired chargers. The dual cryo-velocity cooling system not only cools the processor but also the battery during fast charging, supporting 80-watt corded charging that reaches 0 to 50% in 12 minutes due to its split battery design.
Further disassembly reveals the lower stereo spatial audio speaker and the 5,400 milliamp-hours battery, demonstrating the effectiveness of the cooling system in managing heat.
00:03:00
In this part of the video, the presenter carefully disassembles a OnePlus 12 smartphone. They remove the SIM card tray, unclip various ribbons, and detach the charging port board, noting the presence of protective coatings and gaskets that contribute to the device’s waterproofing. The main motherboard is highlighted with aesthetically pleasing color-coordinated thermal paste. The camera system is detailed, featuring a 64-megapixel telephoto zoom, a 48-megapixel ultra-wide, and a 50-megapixel Hasselblad camera, all with significant specifications and historical context.
The segment then focuses on the cooling system, revealing a dual cryo velocity vapor chamber strategically placed to manage heat from the battery and processor. The presenter attempts to remove the screen, acknowledging the risk of damaging it to exhibit the substantial copper cooling unit. This system, featuring two stacked vapor chambers with a combined area over 9,000 mm², is the largest ever seen in a OnePlus phone and possibly on the channel. The vapor chambers use a liquid-gas-condensation cycle to dissipate heat efficiently, making the OnePlus 12 the most advanced cooling system in a phone so far.
00:06:00
In this segment of the video, the creator mentions attempting to keep the OnePlus phone intact while extracting the dual cryo velocity vapor chamber. They reassemble the phone by placing back the Hasselblad camera array, clipping in the motherboard, and reinstalling the dual cell battery. However, the phone’s screen is damaged during the process. The creator highlights OnePlus’s robust repair program, indicating that obtaining replacement parts is relatively easy, making the phone as good as new with a new screen and vapor chamber. The segment closes with the creator expressing their appreciation for the viewers’ support.