Apple's M5 Ultra chip achieved a 6x multi-core performance increase compared to the original M1, with a 36-core configuration scoring 52,516 in Geekbench multi-core tests. The M5 Ultra Mac Studio, priced at $10.8K for the tested configuration, represents the company's continued success with Apple Silicon despite industry concerns about talent retention.
First Geekbench 7 benchmarks for Apple's M6 Mac mini show significant performance gains, with a 12-core chip running at 4.78GHz delivering 24% single-core and 48% multi-core improvements over the M4 model. The M6 achieves scores of 4,071 single-core and 22,783 multi-core, representing substantial jumps from earlier generations like the M1 and M2.
Apple's M6 chip benchmark results surfaced ahead of next week's Mac mini launch, showing approximately 12% single-core and 27% multi-core CPU performance gains over the M5 chip. The M6 achieves the fastest single-threaded CPU performance across all Macs and PCs in Geekbench 7, validating Apple's performance claims.
A Geekbench 6.3 benchmark of Apple's M6 Mac mini shows single-core and multi-core performance gains of roughly 10% and 20% respectively over the M5, aligning with Apple's claims. Surprisingly, the M6 trails Apple's A20 Pro smartphone chip in single-core performance and clock speed despite better thermal conditions, possibly due to different core design choices between the M-series and A-series.
Apple unveiled the iPhone 18 Pro and iPhone 18 Pro Max with the new A20 Pro chip, which shows 21-23% performance improvement over the previous generation in Geekbench 6.7 testing. The A20 Pro uses a more power-efficient 2nm process and reaches 4.93GHz CPU frequency, though preliminary results from prototype devices should be interpreted cautiously.
Windows 11's Prism binary translator enables x86-64 software to run on Arm-based PCs by converting x86-64 instructions to aarch64, but introduces significant performance penalties. Testing with Geekbench 7 shows translated binaries execute roughly twice as many instructions as native aarch64 code, though the penalty varies by workload and CPU architecture.
Apple's new A20 Pro chip delivers around 25% faster performance than its predecessor according to Geekbench 6 benchmarks, with single-core scores of 4,719 and multi-core scores of 12,677. The chip will power Apple's first foldable iPhone Duo and iPhone 18 Pro devices launching September 18, featuring a refined 2nm process with new super-cores and efficiency cores.
Early Geekbench results show the A20 Pro chip in iPhone 18 Pro models delivers 21-23% faster single-core and 27-28% faster multi-core performance than the A19 Pro, with graphics gains of 38-40% from the new 7-core GPU. Built on a 2-nanometer process, the chip features a six-core CPU and improved thermal design for better sustained performance.
Windows 11's Prism binary translator enables x86-64 software to run on aarch64 processors like Qualcomm's Snapdragon, but introduces significant performance penalties. Testing with Geekbench 7 shows binary-translated x86-64 code executes roughly twice as many aarch64 instructions as native aarch64 code, with translation overhead varying across different CPU architectures and instruction set extensions.