#TOPAZ GIGAPIXEL AI 5.4.1 PRO#Both 10th-gen laptops also see a sizeable Premiere Pro encode boost thanks to their GPUs. The result actually pushes the two 11th-gen laptops ahead of the pack despite the Ryzen 9 5900HX being paired with a higher wattage GPU. #TOPAZ GIGAPIXEL AI 5.4.1 FULL#So to leave you with the full picture, we also ran Procyon’s Video test with the GeForce GPUs enabled, as you can see in the chart below. The company knows most of these chips will be paired with discrete GeForce graphics in laptops so why waste the space? That also plays into Intel’s decision to drastically cut the graphics cores in its Tiger Lake H chips. Few people who buy powerful notebooks turn off the components. In a world where you would turn off your discrete GPU that’s certainly true, but for a lot of people, the star attraction of a laptop is that Nvidia GeForce GPU inside. You can argue the results really above really only show two losers for Premiere Pro: The older 10th-gen CPUs indicated by the two light-blue bars. The thinner 11th-gen Core i9 laptop, for example, offers up an actual whopping 37 percent higher score than the thinner 10th Core i7 in the older XPS 17 9700. It’s an especially good result for Intel when you compare it the older 10th-gen laptops. #TOPAZ GIGAPIXEL AI 5.4.1 1080P#It basically measures how fast each PC exports two 1080p and two 4K files with various filters and color adjustments applied to the videos.īoth of the Ryzen 5000 laptops cross the finish line first, which is a victory for AMD, but both of the 11th-gen laptops are right there as well. UL’s Procyon benchmark uses Adobe Premiere Pro. AMD, however, uses the same die in both thin and light notebooks as well as thicker and heavier laptops. Tiger Lake H comes with 32 execution units. Even though the Tiger Lake H chips use Intel’s newest Xe graphics cores, Intel decided to step back from the 96 execution units in the 4-core lower power version that goes into thin and light laptops like the Acer Swift 3X. To give you an idea of how big a difference there is between the visual firepower in our tested CPUs, here’s Geekbench 5.4.1 and its OpenCL test, which measures compute performance of the integrated graphics. In fact, the performance of Ryzen’s graphics cores give it a nice advantage. This introduces some variability of its own however as the integrated graphics in these CPUs also differ quite a bit. To remove the discrete GPUs in each laptop from the equation, we simply disabled them and ran the test using each CPU’s integrated graphics. And since we have different GPUs and at different power settings, it can really make it difficult to judge raw CPU performance. A faster GPU can immensely help some actions in Adobe applications. One snag in trying to compare CPUs is Adobe’s reliance on graphics performance. Adobe is probably a name you’ve heard of though so we looked at the performance of the laptops using the company’s immensely popular Creative Cloud applications. Many of the previous tests can be boring and difficult to relate to for some people, since all of the chores-though valuable to benchmark-are fairly niche. Shorter bars indicate better performance. Nevertheless, this looks like a solid win for Intel. The Flow X13, for example, uses LPDDR4X instead of DDR4. But there are key differences in size, weight, and even memory. We would have expected the three Ryzen notebooks to be fairly similar considering all three have the same media engines. The 11th-gen Core i7 in a larger laptop finishes the job slightly faster than the 11th-gen Core i9, but the surprise results come from Team Red. Modern laptop CPUs typically have dedicated hardware for converting advanced CODECs, so we tasked the laptops with converting the same file using either Intel’s QuickSync or AMD’s VCE. Not everyone uses the CPU for encoding though. Intel has said to expect about a 19 percent efficiency increase in its latest chips, and we see the that with the 11th-gen Core i9 finishing the encode 19 percent faster. Also worth noting: The Dell with the 10th-gen Core i7-10875H weighs the same. For the 11th-gen Core i9 in Intel’s slim laptop, we really think the showdown is against the thin Flex 13 with the Ryzen 9 5980HS inside, and there it’s a tie. Having access to more cores increases Handbrake performance and the Ryzen 9 5900HX again flexes much muscle in the thick Strix Scar G17 laptop. We report the only thing that we think matters: How long it took to finish the encode. #TOPAZ GIGAPIXEL AI 5.4.1 FREE#We use the popular and free Handbrake 1.3.3 to convert the 4K open-source Tears of Steel video to the advanced H.265/HEVC codec at 1080p resolution. Most everyday consumers don’t really use 3D modeling applications, but they might convert video files.
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