Intel NUC11 Cheetah Canyon CPU Performance Test：Extreme Chicken Blood Version i7-1165G7、18%Single core amplification without squeezing toothpaste
The processor equipped with Intel NUC11 Cheetah Canyon is the most common i7-1165G7 processor in thin and light laptops.，As the second generation of Intel 10nm process，Upgrade-based 10nm SuperFin process、It's a brand new Willow Cove architecture，IPC(It can be understood as the performance of the same frequency single core)Significantly improved，It also brings the largest generational performance improvement to NUC since its inception。
On the Cheetah Canyon，Intel is also extremely aggressive in the performance scheduling of i7-1165G7，Up to 67W short-term power and 40W long-term power settings，Almost the highest we've seen so far，It can far surpass the performance on major thin and light laptop platforms，Even better than the Tiger-Lake-H35 series processors sold as standard press version after unlocking TDP。
- Theoretical performance test
CPU-Z Test：In CPU-Z，Intel NUC11 Cheetah Canyon equipped with i7-1165G7 single-core score 612.2 points，Multi-core score 2804.8 points。
CineBench R15 Test：In CineBench R15，Single thread score 226cb，Multithreaded score 1029cb。
CineBench R20 Test：In CineBench R20，Single thread score 581cb，Multithreaded score 2599cb。
Chess test：Chess score 17162，Multiple is 35.75 thousand steps per second.
wPrime test：Use wPrime to perform prime calculation，It took 28.221 seconds to calculate 32M data in a single core，Running 1024M data takes 186.719 seconds。
X264 FHD Benchmark Test：Test the X264 encoding performance under 1080P，Encoding rate 32.76 FPS。
X265 FHD Benchmark Test：Test X265 encoding performance at 1080P，30.91 FPS。
Pov-Ray Testing：Single-threaded performance 538.98 PPS；Multithreaded Performance 2052.68 PPS。
Release of such powerful performance at 40W，The performance of the i7-1165G7 equipped with Intel NUC11 Cheetah Canyon is also very impressive，Compared with several common thin and light notebooks with excellent performance release，The leading position of single and multi-core is around 7%.，After all, the space of the mini machine is small，It's much more abundant than in thin and light books，Not easily limited by power consumption and heat dissipation。
Even the standard voltage processor i7-11375H with 35W thermal design power consumption，It also has a 1% lead in performance，That is, it's no longer inferior to mainstream gaming laptops。
——IPC vs. Desktop U
11Core can make such great progress，The main reason is that the CPU architecture is upgraded to the new Willow Cove，Make IPC(Instruction data per clock cycle)A significant improvement，Officials say it reached an average of 18%，It can be roughly understood as the change in the performance of single cores in the same frequency。
here，We directly took out the previous generation's top desktop processor i7-10700K for comparison，Tested by limiting frequency and closing some core simulations with the same specifications。
Compared with the Comet-Lake architecture used by the 10th generation desktop processor，11IPC improvement of Tiger-Lake architecture is at least 15%。
But considering the partial impact of memory differences (the memory latency of the 10th generation test platform is about 30% lower than that of the Intel NUC11 Cheetah Canyon standard)，The actual IPC improvement will be greater，It will be very easy to achieve the 18% IPC improvement that Intel officially claims。
Higher IPC performance，11Core generation can have similar capabilities to previous generation desktop processors with limited power consumption and less heat generation，It is of great significance to low-power platforms such as thin and light notebooks and even NUCs。
next page：Intel NUC11 Cheetah Canyon Memory、Image performance and hard drive testing