In line with its traditions, the Apple Pal announced with a new in-house chip of the new iPhone series, now called Apple Pal A 19 Pro. The chip strengthens the new iPhone 17 Pro, 17 Pro Max and iPhone Air, which changes 16 plus a year ago. Only the vanilla iPhone 17 runs on the non-Pro version of the new chipset.
While we are working on the full iPhone 17 Series reviews, we compiled some initial benchmarks to realize the performance of the iPhone Air with the A9 Pro on the board.
The A 19 Pro inside the air is not a full-development SOC with 17 Pro and 17 Pro Max. It transforms a 6-core GPU for a 5-core, like the standard iPhone 17 this year. So a little less GPU operation is expected.
The CPU exhibition is impressive, with the A11 Pro raised by the A18 Pro a significant margin from last year, due to 15% certain in multi-core views. Single-core upgrades are small.
We have included competitive solutions from Samsung running on Qualcomm’s top-tire Snapdragon 8 Elite, but we can only compare the CPU benchmark results of Geekbench 6. Antutu and 3 Dimark scores are not directly comparable to the phones on the Android platform.
In any case, it seems that the Snapdragon 8 is behind the Allight on a multi-core exhibition, but is about 20%of Qualcomm’s latest and single-core exhibition.
Air’s A 19 Pro GPU exhibits differently on the basis of testing. He managed to only edge the A18 Pro in the Solar Bay, but the wildlife was behind the GPU test. In fact, the A11 was also shortened to the Non-Pro within the next iPhone 16 Plus.
Apple Pal iPhone 17 Pro
A 19 Pro also improves AI number crunching and efficiency. The new SOC’s GPU has a built-in neural accelerator in each GPU core, which enables more device AI calculations. This limits the number of requests of AI servers dedicated to the Apple Pal, making the whole process more efficient and faster.
Apple Pal iPhone 17 Pro Max
It is too early to say how efficient the new SOC is, however, we have to run a full set of tests. Moreover, we are eager to see how the iPhone air handles a high workload, because the thin body can raise an issue in this regard. Keep in touch for our review where we try to answer all those questions.
