What the RedMagic 11S Pro’s Cooling Upgrade Promises
The RedMagic 11S Pro is a liquid cooling gaming phone built around an overclocked Snapdragon 8 Elite Gen 5 and a dual cooling system designed to sustain high frame rates under heavy gaming loads without throttling or rapid battery drain during long sessions. RedMagic combines an AquaCore liquid loop, a large vapor chamber, and a 24,000-RPM fan to move heat away from both the chipset and the enlarged 7,500mAh battery. According to RedMagic, the new system improves heat transfer efficiency by up to 50% over the previous generation’s design, which lacked true flowing liquid cooling. On paper, that sounds like a clear win for gamers, especially as the 11S Pro’s CPU, GPU, and NPU are claimed to be markedly faster than the 10S Pro. The question is whether this higher-end active cooling system phone earns its reported USD 100 (approx. RM460) premium in real play.
Snapdragon 8 Elite Gen 5 Power and Thermal Headroom
At the heart of the RedMagic 11S Pro sits the Snapdragon 8 Elite Gen 5 Leading Edition, pushed to CPU clock speeds up to 4.74GHz. RedMagic claims CPU performance gains of 19%, GPU gains of 24%, and NPU gains of 39% compared to the 10S Pro, and synthetic tests back up the raw speed. In Geekbench 6, the 11S Pro outpaces rival Snapdragon 8 Elite Gen 5 phones and widens the gap over Dimensity 9500 and Tensor G5 devices. In 3DMark Wild Life Extreme and Solar Bay stress tests, the phone not only posts top-tier peak scores but sustains 77% of its best result where competitors slide closer to 60%. This is elite performance territory, and the extra headroom from aggressive cooling lets the Snapdragon 8 Elite Gen 5 maintain higher clocks for longer, especially in graphically intensive titles that hammer both CPU and GPU.
Real-World Gaming: Cool Hands vs Hot Chassis
Benchmarks are one story; gaming phone thermal performance in real titles is another. In practical play, the RedMagic 11S Pro feels impressive. Long sessions of PUBG Mobile and COD Mobile at maximum settings stay smooth, with no obvious frame drops or thermal throttling. One reviewer noted they were several matches into PUBG Mobile on max settings before realizing the phone “hadn’t gotten warm” in hand. However, extended stress testing in a 33°C heatwave paints a harsher picture. Under synthetic loads, surface temperatures climbed to peaks of 59°C with averages around 49–50°C, far above the sub-45°C targets common among rivals. Even with the vapor chamber and 24,000-RPM fan, the chassis can become too hot to hold comfortably after repeated benchmark runs. For real games, the combination of lower average load and active airflow keeps comfort acceptable, but the margin is slimmer in very hot environments.
Battery, Endurance, and the Active Cooling Trade-off
The RedMagic 11S Pro’s 7,500mAh battery is a clear improvement over the 10S Pro’s smaller pack and is central to the gaming story. RedMagic’s cooling design explicitly routes heat away from both the Snapdragon 8 Elite Gen 5 and the battery, helping maintain stability during extended 144Hz gaming. In practice, this means multi-hour sessions of demanding games can run with sustained high frame rates and no noticeable throttling, even when shoulder triggers and haptics are fully engaged. The active fan, however, is not free: running at up to 24,000 RPM, it adds power draw and some noise. The payoff is that the phone can keep higher clocks longer without cooking the battery. For players who frequently marathon through battle royale matches or open-world action titles, this balance of capacity and active cooling translates into reliable endurance without mid-session slowdowns.
Is the $100 Premium for Liquid Cooling Worth It?
With the RedMagic 11S Pro launching at USD 799 (approx. RM3680), it sits roughly USD 100 (approx. RM460) above the 10S Pro it replaces, raising a clear value question. On paper, you get a faster Snapdragon 8 Elite Gen 5 Leading Edition, a 7,500mAh battery, and a dual liquid-plus-fan cooling system that promises 50% better heat transfer. In real gaming, the benefits are clear: sustained high frame rates, cooler hands in many titles, and fewer throttling dips, especially at max settings. The price of that performance is literal heat under extreme synthetic loads, where temperatures can reach 59°C, and a more complex cooling system with moving parts. If you care mainly about everyday comfort and moderate gaming, the 10S Pro’s lower cost may be enough. But if you want maximum sustained performance from a liquid cooling gaming phone and accept some thermal aggressiveness, the 11S Pro’s thermal upgrades and active cooling system phone design make the premium easier to justify.