That’s at 28W. At 15W, Tiger Lake comes in at ~1400 single thread, and that’s still 5W higher than M1’s power envelope. The multithreaded benchmark is more difficult to interpret due to SMT vs MP, but given that both have 8 threads, Tiger Lake’s 6200 versus M1’s 7500 score when Tiger Lake “wins” in single thread indicates it loses by 20% due to extensive throttling. Given Tiger Lake’s 2.8x higher allowed TDP in this comparison that’s a thorough blowout by the M1 in my book. Now, this is currently Intel’s fastest single-thread offering, mind you. The vast majority of ChIPs that Intel currently sells in numbers is slower ST than even a 15W Tiger Lake. Given Intel’s 10 nm problems, Tiger Lake represents only a tiny fraction of both their current portfolio and available inventory, which is why Apple is probably relieved they don’t need Tiger Lake anymore, nor have to competitively source against e.g. Dell right now, in order to make some kickass MacBooks. Plus, they will be free to do whatever they please, design-wise, if they can stick their high-performance mobile chips behind any display without ventilation, and run any of their OSs on them they want... Exciting times!The 3 GHz Tiger Lake has slightly higher single-core performance (~1570). The multi-core performance is slower than the M1 at ~6200, but that's with only half the CPU cores. The M1 performance is impressive, but it doesn't really "blow away" Intel at least in this benchmark.
I was under the impression that the M1 Macbook Pro has active cooling, but I may be wrong.
PS: This is not to say that I am not elated about Zen 3, but that’s for another day.