Keep in mind that the AMD Ryzen 7 4800H processes laptops with 45W TDP (cTDP from 35 to 54W), though it looks like it will be changed otherwise as we will see below in some tests done with this processor using a 65 watt TDP. In any case, there is nothing less than that 8 cores and 16 threads process and AMT SMT technology with a speed of 2.9 GHz, reaching 4.2 GHz in turbo mode.
Ryzen 7 4800H, almost in line with the Core i9 9900K
We come with pure and complex processor performance data. The findings are now taken from the processor's performance, at 65W of TDP according to a source (WolStame, of Lenovo), which runs the Cinebench R15 bench.
As you can see, it earns 1875 cb points on multiple threads, a score that may not tell you anything so let's see a graph (courtesy of Guru3D) comparing scores on this same benchmark.
Seen this way, the AMD Ryzen 7 4800H for laptops is between the Ryzen 7 2700X and the Intel Core i9-9900K, leaving only 169 points, and beating the Ryzen 7 2700X by 47 points. Remember, even though they have configured 65 watts of TDP, we still have a laptop processor, an APU actually, and that comparing it to desktop workers.
It also competes with NVIDIA in the implementation of its IGPU
But that is not all. In the same filters they show us the integrated graphics performance of this processor, remember that we are dealing with an APU. In this case they have measured their performance against NVIDIA's MX250, both configured at 18W and 25W for TDP (we also influence the fact that in the case of AMD APU, its TDP calculates 45W + GPU CPUs)
OK, here we are not going to say that the performance is excellent and you no longer need laptops with dedicated graphics to play, but it is actually compelling to see this functionality that matches NVIDIA's dedicated graphics, actually.
Overworked, but be careful with the temperature
Although they did not say how they obtained this performance data, as well as the capture of Cinebench, they have also published the HWiNFO.
Of course they raised their TDP 20 watts above the factory price to get performance data sizes but be careful with those temperatures because even though AMD's maximum temperature on its website is 105 ° C, it's very close to those figures.
