How To Overclock Ryzen 3 3100
Forget LN2, we overclocked AMD's Ryzen iii 3100 using just the stock air-cooler
The AMD Ryzen 3 3300X wasn't an obvious overclocking chip when I reviewed information technology. Even Precision Boost Overdrive didn't really improve things, and while the Auto Overclocking settings produced a small-scale increase, transmission overclocking went to a black screen nearly immediately, leading to my exclamation that the Ryzen 3 3300X is a great fleck, but it isn't set up up for overclocking. At least not with the Wraith Stealth cooler it comes bundled with.
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If yous're determined to button your CPU harder, then yous'll need one of the best CPU coolers (opens in new tab).
This is not the case with the Ryzen 3 3100. This is a chip that overclocks well straight out of the box, with merely the basic air-cooler AMD provides. But how far tin yous button it? How do you overclock it? And, importantly, is information technology worth the endeavour?
There's a theme rolling around the interwebs at the moment seeing how far AMD'south new budget chips can be pushed, with all-in-one liquids coolers making an appearance as well every bit liquid nitrogen (used to push the 3100 to v.9GHz). While interesting from a purely academic standpoint, information technology doesn't feel like such exercises are specially useful if you simply want to know what y'all can expect to striking using the cooler that actually ships with these budget CPUs and not hundreds of dollars worth of bit chilling and chemistry sets.
I wanted to see how hard I could push the Ryzen 3 3100 using the Wraith Stealth cooler that information technology comes with. No LN2, no all-in-1 liquid cooling, no custom loops, and not fifty-fifty a bulky aftermarket cooler. But the Wraith Stealth.
The Wraith Stealth is a decent cooler, although as it's designed for 65W CPUs it will ultimately going to hold back your overclocking exploits. Yous should still be able to hit some impressive clocks, but yous're going to have to keep a shut center on the temperatures as yous're overclocking.
In keeping with the full general ethos of overclocking this chip on a budget, I've used budget memory as well. For the primary reviews I've used speedy DDR4 3600MHz RAM, but for this test I've instead reached for a pair of 4GB DDR4 two,666MHz sticks (8GB in total), which might limit the overall performance of the Ryzen 3 3100, but faster retentivity tin bump up the cost significantly, and that'south not really where this chips shines. This means that the Infinity Cloth is going to be running slower as well, at one,333MHz, although conversely this can give you more than leeway on your overclocks.
1 actually good piece of news when it comes to overclocking AMD's fries is that you don't have to keep jumping in and out of the BIOS to tweak the settings, everything tin can exist done using the AMD Ryzen Master utility. Download using that link and launch information technology and you accept everything you lot demand to accept your CPU to xi.
A skillful place to start is to try the two congenital in overclocking options. The starting time is Precision Boost Overdrive, which takes a rather conservative approach to overclocking, simply should just work on about systems and will have into business relationship the cooling you have on offering.
To endeavour this out simply jump into Profile one on the left hand side and then select the Precision Boost Overdrive option at the height of the page before hit Apply, which is at the bottom of the screen. You volition be prompted to restart Windows, simply on reboot your CPU should exist subtly overclocked. It actually is subtle though, and as with the 3300X, the difference made to the 3100 was minimal, if non really worse.
A slightly more successful overclock tin exist had by selecting the Auto Overclocking button that's to the right of the Precision Boost Overdrive option. In one case y'all've selected it and hit Apply you'll have to reboot again for the changes to take consequence, but you should see slightly ameliorate performance.
The real functioning improvements are waiting for you under the Transmission settings though, and this is where you tin begin to size up the truthful capabilities of your CPU. There are a few more steps required before striking Utilise here, but not that many more.
To start with it's worth seeing if you lot can ready all the cores to the pinnacle single cadre heave clock of the chip, which in the case of the Ryzen three 3100 is 3900MHz. To do this, set the overclocking mode to Manual in Contour 1, expand the CCD 0 so that you can see the individual cores and then set the frequency of these cores to 3900.
Y'all can gear up each cadre to different speeds, although in practice you're amend off setting them all the same, to make this easier click the red target icon in the upper right corner of the block to mirror the speed of one core to all the other cores.
You'll so want to increase the voltage to improve stability. Voltage is a vital but tricky friend when it comes to overclocking. Increasing the voltage will let you to hit higher frequencies, but at the aforementioned fourth dimension it'll produce more heat, which is your nemesis hither. To this end you'll want to proceed your voltage increases as low every bit possible. That said, to get you lot started y'all can increment this to 1.3V here.
Use your changes and reboot (if prompted) and then hit your benchmark of choice.
I've focused on Cinebench R15 here for a number of reasons: it shows y'all the system is working as it runs, information technology'due south a scrap more interesting than merely throwing out a number, the scores are well known for a wide variety of CPUs, it'southward adequately quick with a quad-cadre, 8-thread CPU like this, and it like shooting fish in a barrel to display the core temperature and clock speeds alongside it every bit it runs—information technology'due south worth clicking back on the Dwelling tab in Ryzen Master then you tin see these things as it runs through its return tests.
Assuming your CPU remains stable at 3900, you tin can then outset increasing the clocks (and voltage) to go ever college overclocks. I set myself the goal of trying to hit the aforementioned score in Cinebench R15 as the Ryzen 3 3300X, and later a couple of hours of tweaking, I managed to get at that place with a clock speed of 4300MHz on a 1.375V clock. Producing a score of 1098, which is slightly more than the stock performance of the 3300X, which managed 1093.
This did see the temperatures of 86C though, which is basically likewise hot, and running the CPU at this speed for extended periods of time will crash Windows. This is the reason I wouldn't actually run the Ryzen 3 3100 at 4.3GHz for long periods, although dropping down to 4.2GHz produced a decent improvement still, and with a slightly lower voltage of 1.325V the temperature peaked at a more reasonable 78C.
It's worth noting that the parity between the overclocked 3100 and the 3300X doesn't extend to other areas, and in gaming in particular, the 3300X however has the pb against even the 4.3GHz 3100. This is mainly due to the different ways the chips are laid out—the 3100 has a ii+2 internal core configuration, while the 3300X has a more efficient 4+0—although dropping to slower memory is likewise a factor in some instances.
Yet, if you're looking to become the most from the 3100, and don't want to spend more than you need to, then overclocking on the stock libation is non only possible, but eminently achievable and quite fun. These new budget chips from AMD just get improve and meliorate.
Source: https://www.pcgamer.com/au/forget-ln2-we-overclocked-amds-ryzen-3-3100-using-just-the-stock-air-cooler/

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