The 10nm process is the fastest and will be mass-produced next year. Intel can only optimize 14nm at present, but don't look at the digital is not as good as TSMC, Samsung, GF, but the strength is not normal.
For example, on the 15W low-power mobile platform, Intel will launch a new generation of Whiskey Lake-U in the second half of this year, replacing the current Coffee Lake-U. The process is still 14nm, but the performance will be significantly improved, it is said that it can be as high as 20%.
After 3DMark, the next generation also appeared in the GeekBench 4 test database. Core i7-8565U Figure, An SB50 from Lenovo, confirmed as 4 cores and 8 threads, the base frequency is 2.0GHz, and the core frequency dynamic acceleration is up to 4.6GHz, and there is 8MB level 3 cache.
The only strange thing is that the code name is still recognized as Kaby Lake-U/Y - it only shows that these generations of platforms are essentially indistinguishable.
The 4.6GHz acceleration frequency is 400MHz higher than the current i7-8650U, which is 600MHz higher than the i7-8550U.
The i7-8565U score given by GeekBench 4 is 5300 points for single thread and 15600 points for multithreading. Compared with i7-8650U, the single-threaded score is about 15% higher, and the conservative one will not be lower than 10%.
i7-8565U
A new generation is also known Core i5-8265U The same frequency is very high, and the maximum speed can be accelerated to 3.9GHz, which is 300-500MHz higher than the current one.
However, these are the limits of single-core turbo frequency acceleration. It is hard to say how long it will last. After all, 15W thermal design power is limited there.
i5-8265U
