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However, with the A14, the achievement rate is 78.28%. The transistor density produced from this number of transistors has achieved more than 90% of the logic density of the process node adopted.

Logic density ratio of transistor densityĪpple is appealing the number of transistors when talking about the performance of its own SoC.

The table below summarizes the process nodes adopted from Apple's original SoCs A10 to A14, the number of transistors, the transistor density, and the logic density of each process node. In addition, among SoCs, the transistor density of only logic circuits is the 'logic density', and the increase in logic density is the most obvious representation of the evolution of process nodes, which is the chip manufacturing method. SemiAnalysis, a news site dealing with semiconductor-related news, explains the number of transistors, transistor density, and process node evolution of the A14 Bionic.Īpple's A14 Packs 134 Million Transistors / mm², but Falls Short of TSMC's Density Claims – SemiAnalysisĪs the name implies, the number of transistors is the 'number of transistors on the chip', and the number of transistors per 1 mm 2 is the 'transistor density'. ' It has more transistors than the previous generation Apple A13 Bionic, but has a smaller die size and significantly improved performance. The Apple A14 Bionic on the iPad Air, iPhone 12, and iPhone 12 Pro is a 64 - bit ARMv8-A- based SoC that uses TSMC 's 5nm process node ' N5. 17:00:00 The evolution of the Apple A14 Bionic chip on the iPhone 12 hasn't come to the forefront of TSMC's 5nm process.

Download the last version for apple Transistor