First Android Phone to Break 4,000 on Geekbench 6
The RedMagic 11S Pro series is already making waves before its official launch, thanks to a standout Geekbench 6 score that has moved the goalposts for Android flagship performance. Multiple benchmark listings for a device carrying the model number NX809J show single-core results in the high 3,900s, with at least one run reportedly crossing the 4,000-point threshold. This makes the RedMagic 11S Pro the first Android phone known to surpass that mark on Geekbench 6, a milestone highlighted by Chinese blogger @肥威. Multi-core scores above 12,000 further underscore how aggressively RedMagic is tuning its gaming phone benchmark results. While one record-breaking entry has since disappeared from the database, the remaining listings still point to a device engineered to stay at the very top of synthetic performance charts.
Launch Timeline and the RedMagic 11S Lineup
RedMagic has confirmed that the 11S Pro will be formally unveiled on May 18 at 3:00 PM China Standard Time, positioning it as the next evolution in its gaming-focused lineup. The phone follows the RedMagic 11 Pro and 11 Pro+, which arrived in the market in October, and continues the brand’s pattern of releasing “S” refreshes with higher clocks and more aggressive tuning. Certification filings first hinted at the device, and the recent NX809J Geekbench listings now strongly suggest that these are indeed early runs of the 11S Pro or 11S Pro+. Official teasers shared on Weibo emphasize overclocking features rather than design or camera upgrades, signaling that performance remains front and center. With launch just around the corner, RedMagic appears to be using these benchmark leaks to build anticipation among power users and mobile gamers.
Cherry-Picked Snapdragon 8 Elite Gen 5 and Overclocking Strategy
The leap in Geekbench 6 score is closely tied to RedMagic’s approach to silicon selection and tuning. Reports suggest the RedMagic 11S Pro may use an overclocked variant of Qualcomm’s Snapdragon 8 Elite Gen 5, sometimes referred to as a Leading Version, continuing the pattern set by previous 8S, 9S, and 10S Pro devices. RedMagic has spoken publicly about its process of cherry-picking “best of the best” chips, effectively binning processors to find those that can safely sustain higher frequencies. Geekbench identifies the tested configuration as a “QTI SM8850 3628 MHz (8 cores)” setup, hinting at substantial clock boosts compared with standard implementations. This combination of top-bin silicon and aggressive tuning explains how the RedMagic 11S Pro can deliver record-breaking Android flagship performance while still fitting into a handheld device.
Cooling, Sustained Performance, and Gaming Features
Achieving record-breaking numbers is only meaningful if the device can maintain that performance during extended gameplay, and RedMagic is betting heavily on cooling. The 11S Pro+ variant is expected to feature an upgraded active cooling fan, vapor chamber, and liquid-cooling-style thermal systems. This multi-layer approach is designed to keep the overclocked Snapdragon 8 Elite Gen 5 operating near its peak without throttling. RedMagic also integrates its custom Redcore R4 gaming chip and the latest CUBE Sky Gaming Engine, which collectively aim to optimize touch response, haptics, and frame delivery. According to teaser material, the phone can run over 200 titles at up to 2K resolution and 144fps while applying frame interpolation and resolution upscaling. These features suggest that the 11S Pro series is not just chasing high benchmark numbers, but also striving for smoother, more consistent real-world gaming performance.
What the RedMagic 11S Pro Means for High-Performance Android Phones
By crossing the 4,000-point mark in Geekbench 6 single-core tests, the RedMagic 11S Pro resets expectations for what an Android gaming flagship can deliver. Single-core gains typically translate into snappier UI performance, faster app launches, and higher, more stable frame rates in CPU-bound titles, while multi-core scores above 12,000 highlight its potential for multitasking and demanding workloads. More importantly, RedMagic’s strategy—combining chip binning, overclocking, and advanced cooling—could influence how other manufacturers approach high-end Android flagship performance. It also raises questions about the trade-offs between battery life, thermals, and sustained speed. For now, the 11S Pro stands as a showcase of what’s possible when a gaming phone benchmark is treated as a primary design target. The upcoming May 18 launch should reveal whether this performance-first philosophy carries over to everyday user experience.