https://ithardware.pl/testyirecenzje/premierowy_test_amd_ryzen_5_3600_zen_na_trzecim_biegu-9706.html
Overclocking, Turbo operation, power and temperature consumption
Leaving efficiency on the side, it's time to focus on other aspects of use. Starting from overclocking, in this topic I was expecting significantly better results than what I could achieve. The more so because the bravest warriors of rebellion have been feeding us with fantasies of 5 GHz without any problems, and in more extreme versions even around 5.5 GHz for many months. At this point, of course, I greet our regular reader, Gatts

Unfortunately, the reality is not so rosy and although with better plays, you can probably try to attack 4.5 GHz, however, the editorial sampel capitulated at just
4.3 GHz . If someone missed the comment on the site on boosting, I decided not to exceed
1.45 voltswhich in my opinion is still high for a
7 nm process . On the other hand, I can not refuse the positives when it comes to the functioning of
Precision Boost , which is impeccable. Turbo in the
AMDrelease perfectly holds clocks, also under high load, and does not cause any problems in both applications and games. Turning to the power consumption, it is really low - both before and after applying overclocking lower than in the case of Core i7-8700K. Staying a while at OC, where all three of the six-core
Ryzen from three different generations worked with the same voltage of
1.4 Vthe tested model has recorded the lowest demand for electricity in this trio. The technological process of
7 nm has really worked, there is no doubt about it. On the other hand, the temperatures turned out to be high, but I'm not sure if the reading was correct, perhaps burdened with some undocumented offset (although in the case of the model without the letter "X" it is unlikely, but not impossible) or HWiNFO error.
Confusion with motherboards and final rating
In conclusion, let me
say a few words about the motherboards on the
X570 chipset , and more specifically their prices. It can not be concealed that this aspect is the least positive associated with the premiere of
Ryzen 3000processors on the
Zen 2 architecture . In fact, even the most modest models, with such absurd savings as prehistoric audio codecs or an I / O panel straight from the cheapest ones on the A320 or H310, promise to buy, which will really drastically reduce our portfolio. At present, the situation is obviously quite controlled, because nothing stands in the way of pairing the
Matisse family representative(code name of new units) with the motherboard on the X470 or even X370 chip, which is best evidenced by this test (I refer to the test platform), but in the long run this is not a solution. Sooner or later, the X470 based designs will become exactly the same as those based on the X370, so they will be sold out. What will we stay then? In all likelihood, the
X570 and the upcoming
B550 . Only that if the boards on the last chipset have equally prohibitive prices in relation to the offered options, then the situation will not be good for the consumer. I immediately emphasize that the trend is not limited to the
AMD campbecause blue competition is exactly the same: Z170 -> Z270 -> Z370 -> Z390 and more expensive each time. I only pay attention to the fact that the trend is worrying. Returning to
Ryzena 5,600 , the tested processor gets four and a half stars from me, to which I add distinctions
performance and
recommendation . Undoubtedly, the first one simply belongs to the unit, which on the factory settings without complexes competes with the top six-core from Intel. Errors in the early versions of the BIOS I have come across are being forgotten at this moment. We will see how the case will develop with firmware upgrades and if necessary will create a separate material on this subject.