Typically, the larger the transistor density the more powerful and energy-efficient a chip is. The transistor density, which measures the number of transistors that fit into a square mm, rose less than 1% on the A15 Bionic despite the jump in the transistor count from 11.8 billion to 15 bil...
the 4 efficient cores made on the blizzard that is 1.8GHz. They are gaining this performance by only giving six cores and l2, cache memory is also 8MB. The processor is fabricated on five nanometers. The transistor count is 15 billion ...
While many consumers have no idea which Applications Processor (AP) powers their phones, some might feel that they are getting ripped off by paying a higher price for a new phone with a chipset one generation old. The A15 Bionic is still powerful enough so that those blissfully unawar...
先说结论：A15 Bionic 的通用计算性能只依靠台积电的工艺实现小幅度提升，但图形和机器学习性能提升很激进...
首先，A15今年和M1一样是区分版本的，iPad Mini和iPhone Pro版都是5核心的GPU，而iPhone 13则是4核心...
pieces of silicon through 10,000 high-speed links, according to creative strategy analyst Ben Bajarin (Ben Bajarin) : "It's a super clever way to maximize a mature design.", Compared to the first-generation M1, the M1 Ultra has seven times the transistor count of the first-generation M...
It's only a ~25% transistor count difference after all, which translates to a couple dollars, a dozen at max. The screen is what you look at 100 % of the time using the computer, is it really a good idea to ditch the retina display? With a retina display everything would...
Of course, our performance assumptions take a look at the leap from the A15 to A16 and assume the same leap from M2 to M3. But if all the rumors are true, the M3 will jump to a new 3nm manufacturing process, which can potentially allow for a big increase in transistor count. The sa...
Further, Jenkins notes that in considering Apple's A7 die size, transistor count and performance ballpark, "it seems obvious that the move to 28nm and TSMC are both necessary to get the claimed 2x transistor density." There's also a report byMacRumorsfrom June thatexamin...
The A14 packs in 11.8 billion transistors onto the chip, up from the 8.5 billion of the A13, with the changes enabling Apple to be more precise in how it uses the chip to shape the user's experience. The higher transistor count translates directly into compute power that can be used in...