The A19 Pro chip, expected to power the iPhone 17 Pro, has leaked benchmark information that points to significant but evolutionary performance gains over the A18 Pro, solidifying Apple’s lead in smartphone processors in 2025.
Benchmark Highlights
- Single-core Geekbench 6 scores for the A19 Pro reportedly hover around 4,000 points, marking about an 18% increase over the A18 Pro’s approximate 3,400 points.
- Multi-core scores are estimated around 10,000 points, up roughly 18-20% from the A18 Pro’s 8,500 points, supporting better multitasking and demanding app performance.
- These numbers suggest the A19 Pro may surpass the Apple M4 chip’s single-core performance, bringing mobile CPU power closer to desktop-class chips.
Architectural and Manufacturing Details
- The chip is built on TSMC’s advanced 3nm N3P process, offering better power efficiency and sustained performance versus the previous N3E node used for the A18 Pro.
- Expected to maintain a 6-core CPU configuration (2 performance cores + 4 efficiency cores) with modest clock speed bumps to around 4.3 GHz from 4.05 GHz on the A18 Pro.
- Neural Engine improvements estimated at 20% faster AI processing speed, enabling more advanced on-device machine learning and AI tasks.
Real-World Impact and Thermal Design
- Enhanced thermal management is expected, allowing the A19 Pro to maintain higher clock speeds during prolonged workloads like gaming or video editing without overheating.
- Battery life improvements of 1.5 to 2 hours over the iPhone 16 Pro models are projected due to efficiency gains in the chip and system design.i
Caveat on Leaks
- A notably exaggerated benchmark claiming an 8-core CPU and extreme clock speeds was exposed as fake, so reported improvements should be viewed as solid incremental upgrades rather than revolutionary jumps.
Overall, the A19 Pro represents a refinement of Apple’s high-performance SoC technology, delivering meaningful boosts in speed, AI capability, and efficiency that will power the iPhone 17 Pro with cutting-edge performance in 2025.
