They consume more power at the chip level. You can see this in Intels spec sheets. The base recommended power envelope of the PTL is the maximum power envelope of the M5. They’re completely different tiers. You’re comparing a 25-85W tier chip to a 5W-25W chip.
They also only win when it comes to multi core whether that’s CPU or GPU. If they were fairly compared to the correct SoC (an M4 Pro) they’d come out behind on both multicore CPU and GPU.
This was all mentioned in my comment addressing the article. This is the trick that apples competitors are using, by comparing across SKU ranges to grab the headlines. PTL is a strong chip, no doubt, but it’s still behind Apple across all the metrics in a like for like comparison.
Apparently the practical power difference is smaller than what the spec sheets suggest, otherwise you wouldn't get this rather long battery life, especially considering that it also has OLED.
See the chart here for what the intel SKUs are: https://www.pcworld.com/article/3023938/intels-core-ultra-se...
They consume more power at the chip level. You can see this in Intels spec sheets. The base recommended power envelope of the PTL is the maximum power envelope of the M5. They’re completely different tiers. You’re comparing a 25-85W tier chip to a 5W-25W chip.
They also only win when it comes to multi core whether that’s CPU or GPU. If they were fairly compared to the correct SoC (an M4 Pro) they’d come out behind on both multicore CPU and GPU.
This was all mentioned in my comment addressing the article. This is the trick that apples competitors are using, by comparing across SKU ranges to grab the headlines. PTL is a strong chip, no doubt, but it’s still behind Apple across all the metrics in a like for like comparison.