OnePlus is launching its new flagship smartphone, the OnePlus 15, in China on October 27th. According to reports, the phone could also be launched in India by November 13th. This time, OnePlus is taking a major step forward not only in performance but also in heat control. The company has used a technology previously only used in rocket engines.
Glacier Cooling System—The Most Advanced Cooling Setup Ever
The OnePlus 15 features a completely upgraded "Glacier Cooling System," which boasts more space and faster heat dissipation than ever before. The company claims that heat will be dissipated quickly not only through a larger surface area but also through increased internal space.
For this purpose, a new "hand-torn steel" material has been used for the first time in the phone, making the walls of the Glacier VC (Vapor Chamber) extremely thin. This thin design creates a double-layer capillary structure inside, which accelerates the circulation of gas and liquid. As a result, heat exchange within the phone is more efficient than ever.
The company also demonstrated in its official test that two ice cubes were heated—one on a normal surface and the other on this supercritical aerogel material. The result was that the first ice cube melted quickly, while the second remained cold for a longer period of time. This demonstration proves how effective the OnePlus 15's new cooling system is.
Air-Conditioned Room-Like Cooling System
Within this large, flat design, OnePlus has created a separate "air-conditioned room" for the chips. This setup is capable of reducing the core temperature by up to 18°C. This means the phone won't overheat even during prolonged gaming or heavy tasks.
Technology derived from rocket engines
OnePlus has also incorporated a new thermal insulation technology this time around—"Glacial Supercritical Aerogel." This is the same material used in space rocket engines to protect against extreme temperatures. Now, this same technology is being implemented in the OnePlus 15, preventing heat from reaching your hands.
This material is considered the strongest thermal insulation ever used in mobile phones. The phone even features a dedicated "gamer hand cooling module" on its touch points to keep fingers cool and maintain stable frame rates while playing games.
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