OnePlus confirmed the Ace 2 Pro in August and the phone will feature the world's first aerospace-grade three-dimensional vapour chamber, the Tiangong Cooling System. The company launches the Ace series smartphone exclusively in China, and for the rest of the world, they are launched as the OnePlus' R models. OnePlus might launch the Ace 2 Pro in other regions as the OnePlus 12R or some other device. Now let’s talk about the Tiangong cooling system.
What is the Tiangong Cooling System and its effects on thermal performance ? According to OnePlus, the Tiangong Cooling System incorporates the most powerful Vapour Chamber in the industry, leaving behind the current standards by at least two generations. The VC area is 9140mm², making it the only 10,000-level VC in the industry. Also read: OnePlus 12 and 12R will repeat design wins, sport Snapdragon 8 Gen 2 SoC suggest leaks Tiangong takes inspiration from the heat dissipation structure of space rocket engine nozzles, bringing Laval airway technology into the mobile phone VC. Its aerospace-level space cooling structure upgrades smartphone cooling with three-dimensional capabilities. OnePlus has featured a dual-circulation heat dissipation system in a single VC piece. This system increases the working water volume for better heat absorption and the gas-liquid circulation cavity volume has also increased. OnePlus utilises aerospace-grade materials in the Tiangong cooling system, such as diamond thermally conductive gel and superconducting thermal graphite. Also read: OnePlus 11R specifications have just been leaked Compared to the previous generation, thermal conductivity has improved by 60%, and the new aerospace-grade superconducting thermal graphite boasts a 41% increase in thermal conductivity compared to commonly used heat-dissipating graphite in the industry. Rumours suggest that the OnePlus Ace 2 Pro will boast a 120Hz 1.5K curved OLED screen, powered by Snapdragon 8 Gen 2 SoC, up to 24GB LPDDR5X RAM, up to 1TB UFS 4.0 storage, and support for 150W SuperVOOC fast charging.
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