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Intel rocket lake s xe graphics

Intel has finally decided to reveal more details about its upcoming Intel Rocket Lake CPU, allowing us to better understand what will happen when it launches early next year. Compared to the recent leak, one of the biggest differences is that these chips will use Cypress Cove cores in the long-awaited Willow Cove.

We now have a clearer understanding of the appearance of the upcoming Intel Rocket Lake CPU. They will be equipped with 8 cores and more than 50% of the integrated graphics processing capabilities, and will be based on 14 nanometer technology. However, unlike previous generations, they will use a completely remodeled architecture, called Cypress Cove, based on the Sunny Cove (ice lake) architecture. Basically it is a 10nm to 14nm reverse port and additional PCIe 4.0 support and Gen Xe 12 graphics card to start.

We also learned that Rocket Lake S will be equipped with 20 CPU-based PCIe 4.0 channels, which is 4 more than the previous generation. This is something really lacking in the company's lineup so far, and it is the first Intel architecture to support PCIe . . 4.0.

This is good news for enthusiasts, because Rocket Lake will be the first great new architecture in a long time. But finding that the CPU will be based on Cypress Cove instead of Willow Cover means that we may not see the 25% + IPC we expected, but Intel confirmed that it is still in double digits, so we have to wait and see. With the 5.0GHz boost clock and new architecture, we have obtained the best combination of Intel performance upgrades for a long time.

After Intel released the official high-level details of the new Rocket Lake CPU, some unofficial benchmarks appeared shortly after due to our favorite leak source TUM_APISAK. The leak shows that one of the 11th-generation RKL chips has 8 cores, 16 threads, 3.4GHz base and 4.2 GHz boost, which is lower than what Intel suggests. Intel claims that the new CPU will use Core i9, Core i7 and Core i5 models, and the clock frequency will exceed 5 GHz. As a result, the 4.2 GHz increase is far from even compared to what we expected to carry in the retail version. When it was finally released. Another cool thing about the

leaked benchmark is that it runs on the Z590 motherboard (MSI Z590A PRO12VO to be precise). This particular motherboard has an LGA 1200 socket, it will support the 10th and 11th generation Intel CPUs, and then they will transition to the new LGA 1700 socket in the third quarter of 2021. Finally, the setup also includes 32GB of memory, DDR42667 and 160 GB WD Blue HD. Based on what we know, we predict it to be either Core i911900K or Core i711700K.

In the benchmark test, CPU 1Core scored 179 points, 2Core scored 368 points, 4Core scored 682 points, 8Core scored 1115 points, and 64Core test scored a total of 1623 points.

Based on the benchmark test we saw (above), the performance of the new CPU is 21 times that of the Core i710700K, despite its predecessor having the same number of cores and threads in the single-core benchmark. Compared to 4.2Ghz here, the Core i710700K also has a 5.1GHz clock advantage, a 21-level clock. With this in mind, we can only imagine that when we see the full 5GHz + Rocket Lakes next year, the 11th-gen chip's performance will outperform its predecessors.

However, when we went deep into multi-core testing, the situation began to change. Although the full-core upgrade rate is significantly lower than the 10th generation Core i and Core i9 CPUs (frequency above 5GHz), Rocket Lake CPU is still 7% higher than 10700K in the 8-core test and in the 64-core test. This helps us believe that Intel’s claims that performance improvements will reach double digits, but in fact, we still need more testing before we are sure that this is what we will see.

surpasses Intel’s own chips. If we look at our expected performance improvements, we may see that in terms of CPU performance, Rocket Lake CPUs helped Intel beat AMD’s Ryzen 5000 Zen 3 series. Single core, although the speed is impressive.

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