Apple’s iPhone 17 Pro, powered by the new A19 Pro processor, has delivered impressive results in early Geekbench 6 tests. The scores confirm Apple’s promises of faster performance and better efficiency, though rival Samsung remains competitive.
Benchmark Results
The iPhone 17 lineup posted single-core scores between 3,523 and 3,895, while multi-core results ranged from 8,810 to 9,746. Compared to the iPhone 16 Pro’s A18 Pro chip, which scored 3,396 single-core and 8,655 multi-core, the jump is clear. Apple’s A19 Pro shows about a 10% improvement in processing power.
For single-core performance—often the key driver for everyday tasks like browsing, app launches, and navigation—Apple still leads the industry. These improvements should translate into smoother experiences across iOS apps.
Samsung and Google in the Race
Samsung’s Snapdragon 8 Elite, used in the Galaxy S25 Ultra, scores lower in single-core at 2,862 but catches up in multi-core performance at 9,481. In some U.S. variants, the chip pushes as high as 10,236 multi-core, putting Samsung slightly ahead in that category. Meanwhile, Google’s Tensor G5 in the Pixel 10 Pro XL lags behind, with 2,296 single-core and 6,203 multi-core.
Everyday Impact
While the numbers are impressive, benchmarks don’t capture everything. Real-world factors such as thermal throttling, battery efficiency, and display performance will influence user experience. The iPhone 16 Pro was already fast enough for most users, so the difference may feel subtle. For those upgrading from older models, however, the leap could be dramatic.
The Big Picture
Apple introduced the iPhone 17 family on September 9, including the standard iPhone 17, Pro, Pro Max, and the new iPhone Air. All models use variations of the A19 chip. With strong single-core dominance and competitive multi-core results, Apple is betting that performance gains and fresh designs will drive a new upgrade cycle.
