Yijia trump card uses the world's first supercrystalline graphite cooling system
Chinese manufacturer OnePlus will officially launch its latest smartphone OnePlus Ace on April 21. The device will be the first smartphone to use MediaTek's Tianji 8100-MAX chip. The processor is not only first-class, but also comes with exclusive deep customization. Game frame rate, AI calculation, night video and so on are also exclusive customization and comprehensive optimization. A few hours ago, one plus announced the heat dissipation specification of one plus ace.
According to the company, OnePlus Ace has the largest heat dissipation area to date (4129.8 square millimeters of VC area). In addition, it is also the first smartphone in the industry to use supercrystalline ink heat dissipation material. The supercrystalline graphite heat dissipation material covers the whole heat dissipation area. OnePlus claims that the system has improved the performance of the device by 60%.
The OnePlus Ace is available in two colors and uses a central punching design. The back of the equipment also uses a "electro-optic waterfall" design, so that its thickness can reach 8.22mm. In addition, despite its good battery capacity, the smartphone weighs only 186 grams. This is one of the many selling points of this smartphone-frivolity.
In addition to the Tianji 8100-MAX, the smartphone will also be equipped with ultra-fast charging capabilities. According to popular Weibo [email protected], OnePlus Ace will support 150W super flash charge. This will make it the fastest charging phone in the history of Canada. For Chinese users, the smartphone can be pre-ordered at JD.com.
Recently, a new one-plus smartphone called PGKM10 appeared on GeekBench. The device is equipped with a Dimensity 8100 processor, which is likely to be the upcoming OnePlus Ace. In GeekBench's database, the device scored 961 on a single-core score test and 3795 on a multi-core test. The listing shows that the device is equipped with 12GB memory and runs on the Android 12 operating system.
