11/19/2023 0 Comments Cell phone cpu transistor countIn our tests, it was much faster than that. The GPU in the A13 is still the a custom quad-core Apple design, which Apple claims is “metal optimized” and 20 percent faster. Apple’s GPUs deliver real-world performance that is among the best in the business, but some cross-platform benchmarks will favor the latest Android phones. If there’s one area where competing smartphone processors have been able to beat Apple, it’s in graphics performance. Catching up and pulling ahead in GPU performance This is a superb year-on-year performance increase, and it’s going to be quite a challenge for Qualcomm, Samsung, and the like to match it. Thus, Apple achieved only a small increase in density, but a big increase in maximum performance and power efficiency. The chip is estimated to be around 20 percent larger-about 98 mm², compared to 83 mm² for the A12. That’s exactly what we see in the A13 Bionic.Īpple crammed 8.5 billion transistors in the A13, an increase of 23 percent over the A12. In practice, it means a bit more transistors in the same space, but also higher clock speeds at the same power draw, or less power draw at the same clock speeds. The second-generation 7nm process from TSMC uses partial EUV technology to make faster, more power-efficient transistors. That means smaller, more tightly packed transistors that leak less power. The second-generation process, sometimes referred to as 7nm+ or 7NP, etches some of the chip layers with extreme ultraviolet lithography (EUV). It’s similar to the 7nm process that availed itself so well in last year’s A12 Bionic and processors like AMD’s Today, that means it is among the first to use TSMC’s new second-generation 7 nanometer process. Apple always uses the very best manufacturing process technology available from its foundry partners (which has almost always been TSMC).
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