M5 MacBook Air vs M4: Benchmarks Reveal 14% Multi-Core Performance Boost

Apple’s latest M5 MacBook Air is showing notable performance gains over its predecessor, according to newly surfaced ...

First M4 iPad Air Benchmarks Surface

Ahead of the launch of new iPad Air models equipped with the M4 chip, preliminary Geekbench benchmark results have surfaced ...

First MacBook Neo Benchmarks Are In: Here's How It Compares to the M1 MacBook Air

Benchmarks for the new MacBook Neo surfaced today, and unsurprisingly, CPU performance is almost identical to the iPhone 16 Pro. The MacBook Neo uses the same 6-core A18 Pro chip that was first ...
ExtremeTech

Early M4 iPad Air Benchmarks Point to Pro-Like Performance

Preliminary benchmarks for Apple's new M4 iPad Air offer a peek at how the tablet performs against both the previous iPad Air and the current iPad Pro. Geekbench 6 results (spotted by MacRumors) for ...
ExtremeTech

First Intel Arrow Lake Benchmarks: Mild Single-Core Gains, Multi-Core Regression

Intel is preparing to launch its next-generation Arrow Lake desktop platform later this year, so the trickle of early benchmark results has begun. Given the company's current problems with Raptor Lake ...
TechSpot

Apple A17 Pro SoC single-core benchmark score close to the Intel i9-13900K and AMD 7950X

In brief: It's no secret that Apple's new A17 Pro SoC is a mobile powerhouse. The chip is so powerful that its single-threaded performance is within 10% of the high-end AMD Ryzen 9 7950X and Intel ...
TweakTown

Intel Core i9-14900K leaks show up to 10% increase in single-core performance over the 13900K

And with that, we can expect a decent performance boost compared to the 13th gen flagships - according to leaked synthetic CPU-Z benchmark results from @wxnod. Naturally, as pre-release and ...
Electronic Design

A Holistic Approach to Meet Multicore-System Timing and Interference Requirements

How to apply CAST-32A and A(M)C20-193 guidance for heterogeneous multicore processors. Techniques for measuring timing and interference on heterogeneous multicore processors. How to employ robust ...