It's exceedingly efficient at shuttling process memory off to SSD for non-active apps to keep your active app supplied with memory and it can do it well because that's what every part of the system was built to do. It's why a MacBook with 8 GB RAM can be fast for general computing tasks where a Windows laptop would be slow out of the box. the sum of the theoretical max of each part. It's the difference between what the hardware can actually do as a whole vs. While a MacBook is still only as good as its weakest component, the Apple-engineered pieces and lack of variability are designed to make everything operate together as efficiently as possible. They're usually assembled with components that haven't been purposefully engineered to work together, only to be mostly compatible with one another. With a standard PC build your overall performance is only as good as the weakest component. The gddr6 thing shows a fundamental difference between how Apple PC's are engineered vs. High power mode makes the thing burn enough power to turn the fans into jet engines and drain the battery in a couple of hours. ![]() ![]() It's one of the reasons for the asterisk on the battery life claims. The M2 Max has a high power mode that allows power consumption to increase and stay high for long periods of time. In todays video, were diving deep into Cinebench 2024, the one-stop benchmarking tool that now supports both CPU and GPU tests. Click to expand.It will be interesting to see benchmarks and power consumption metrics.
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