The difference between the ten generations of Core CometLake-H standard processors and the next generation of Tigerlake-U processors

It is reported that Intel is likely to publish a desktop version of the 10th generation Core processor this year. Previously, Intel was published on the CES, which announced the relevant information of the TigerLake-U processor for the next generation of 10nm processes, but not mentioned for desktop-level ten generations of Core. From the information that have been exposed, there are 11 ten generations of Core desktop processors. In this 11 processor, there are 2 I9, 2 I7, 4 I5, 3 I3. The i9 includes i9-10900k and i9-10900, both of the core 20 thread; i7 includes i7-10700k and i7-10700, both of the core 16 thread; i5 contains I5-10600K, I5-10600, i5 -10500 and i5-10400, all of which are 6 cores 12 threads; i3 includes I3-10320, i3-10300 and i3-10100, all of which are 4 cores 8 threads. The desktop version of the ten-generation Core upgrade is still more obvious, such as I3 and I5 will support hyperthreading, which makes ten generation I3 can have compared to seven-generation I3, and ten generation I5 can be compared with eight-generation I7. In addition, the ten-generation I9 will upgrade to 10 core 20 threads, and the frequency may also be easily over 5GHz. In addition, the desktop version of the 10-generation Core interface will be replaced with LGA1200, not compatible with the previous generation. The first motherboard includes six species of Z490, B460, H470, H410, Q470 and W480. In addition, the desktop version of the ten-generation cool Rui is also divided into three versions of 125W, 65W and 35W. You may see the end of the desktop version of the 10th generation of Core in the mini host. According to media reports, Intel is intended to support PCIe 4.0 on the LGA1200 platform, but the ten-generation Core processor of Comet Lake codes has encountered problems on PCIe 4.0, so the LGA1200 motherboard can only support PCIe 3.0. Due to the latency of the 10nm process, Intel has been staying on the 14nm Skylake architecture in the past few years, and the new technique of PCIe 4.0 cannot quickly add new technologies such as PCIe 4.0 to the processor. On the Comet Lake processor, Intel is originally intended to increase the support of PCIe 4.0, and the LGA1200 slot motherboard has to increase the necessary components to support new features. The bandwidth of PCIe 4.0 is twice the PCIe 3.0, but it also requires more stringent signal integrity, unfortunately Intel encounters a chipset and stability on the LGA1200 platform (Comet Lake itself support is not bad), It is necessary to add additional external clock generators to support this feature, and finally force Intel to give up the Comet Lake platform support for PCIe 4.0. However, some motherboard vendors are not dead, and some models will still support PCIe 4.0. The purpose is to gamble Intel implements PCIe 4.0 support on the next-generation Rocket Lake processor, but Intel usually does not comply backwards, so can truly support PCIe 4.0 is still very Hanging. Responsible Editor: PJ, Reading