tidus1979
Captain
- Registriert
- Aug. 2016
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Was ich interessanter finde als die reinen Benchmarks ist der Intel Thread Director (in Kombination mit Windows 11). Das Priorisieren von Vordergrund-Tasks erhöht die gefühlte Geschwindigkeit und Responsiveness bei Alltagsaufgaben mehr als 100% Multicore Benchmarks. Höchstmöglicher Durchsatz wird aufgegeben für bessere Latenz bei Nutzereingaben. Das gleiche haben wir ja auch bei Apples M1 gesehen. Zitat Anandtech:
The new Thread Director and hybrid design is a big win for usability. No longer does an active task feel like it bogs down the system, leaving the user with an unresponsive computer to deal with. Even with the CPU running at 100% load, active tasks feel quick and net performance is very impressive. Although the Alder Lake system did give up the most performance on the background task, it was only an additional 4% over the Tiger Lake system, while at the same time achieving a much higher result on the foreground task.
https://www.anandtech.com/show/1722...-12900hk-review-msi-raider-ge76-goes-hybrid/4
Und Zitat Arstechnica zum M1:
Apple's QoS [Quality of Service] strategy for the M1 Mac is an excellent example of engineering for the actual pain point in a workload rather than chasing arbitrary metrics. Leaving the high-performance Firestorm cores idle when executing background tasks means that they can devote their full performance to the userInitiated and userInteractive tasks as they come in, avoiding the perception that the system is unresponsive or even "ignoring" the user. […] What makes the Apple M1 feel so fast isn't the fact that four of its cores are slower than the others—it's the operating system's willingness to sacrifice maximum throughput in favor of lower task latency.
https://arstechnica.com/gadgets/202...-cpu-but-m1-macs-feel-even-faster-due-to-qos/
The new Thread Director and hybrid design is a big win for usability. No longer does an active task feel like it bogs down the system, leaving the user with an unresponsive computer to deal with. Even with the CPU running at 100% load, active tasks feel quick and net performance is very impressive. Although the Alder Lake system did give up the most performance on the background task, it was only an additional 4% over the Tiger Lake system, while at the same time achieving a much higher result on the foreground task.
https://www.anandtech.com/show/1722...-12900hk-review-msi-raider-ge76-goes-hybrid/4
Und Zitat Arstechnica zum M1:
Apple's QoS [Quality of Service] strategy for the M1 Mac is an excellent example of engineering for the actual pain point in a workload rather than chasing arbitrary metrics. Leaving the high-performance Firestorm cores idle when executing background tasks means that they can devote their full performance to the userInitiated and userInteractive tasks as they come in, avoiding the perception that the system is unresponsive or even "ignoring" the user. […] What makes the Apple M1 feel so fast isn't the fact that four of its cores are slower than the others—it's the operating system's willingness to sacrifice maximum throughput in favor of lower task latency.
https://arstechnica.com/gadgets/202...-cpu-but-m1-macs-feel-even-faster-due-to-qos/