For years, AMD has been playing second fiddle to Intel in all but the most budget-focused builds. Ryzen changed that with its solid performance and you can push your CPU even farther than its box speed by overclocking if desired!
overclocking is easy these days, but there are risks. You could permanently damage your CPU or degrade its lifespan if you aren’t careful with overclocking! But don’t worry- most motherboards will automatically shut down in order to prevent this from happening
The benefits of overclocking include increased performance and compatibility with other components like graphics cards for gaming needs; however, because it comes at such risk I would recommend doing the research before proceeding
The Ryzen 5 3600X and 7 3700X are great chips, but they don’t have as much overclocking headroom. Precision Boost will make sure you aren’t leaving any performance on the table though! The older non-X series has more than most of their newer counterparts – however, there isn’t a huge benefit since it gets close to diminishing returns for these processors compared with some 1000/2000+ generation boards that would give you once tweaked in BIOS settings.
Table of Contents
What You Need to Overclock
You don’t need a benchmarking chip or an expensive cooler to overclock your processor. You just need the right motherboard and some know-how, as we’ll see in this guide! MSI’s X470 Gaming Pro Carbon has everything you could ask for dual M.2 slots; 10 SATA 3 ports; four PCIe x16 slots that can be used as Trent Giles III/IV (or whatever flavor of high-end graphics card is appropriate) as well as two PCI Express 2x slot where slow flyers such running RAID arrays might go without getting too annoying on boot up times—and they’re all black limited by law enforcement who want these colors banned so I’m stuck with boring old reds
If you want to get the most performance possible out of your AMD processor, I recommend getting a cooler like Cryorig R1 Ultimate CR-R1A or something similar. The included Wraith Spire can handle some overclocking but will likely overheat quickly due to its low height profile and small fan cavity size that does not properly ventilate hot air away from components under load on minimal workloads such as games with high graphics settings where there isn’t much else happening in order for it stays cool enough inside!
What to Know Before Overclocking Ryzen
No matter what you do, there are no guarantees with overclocking. You’re pushing the chip beyond its rated limits and that may or may not work for your computer – even if someone on the internet achieved a certain overclock doesn’t mean they will achieve similar results in their own system since motherboards vary so much by features available to optimize performance; newer model Ryzen processors make this easier than ever though!
Overclocked tasks don’t always show benefits like editing video fast but programs like Adobe Premiere Pro CC 2017 (which uses caches) can take full advantage of additional cores when multithreaded rendering projects such as 4K media streaming
The first step to overclock successfully is researching your motherboard, CPU, and what kind of results other people are getting. Even though it won’t guarantee the same for you, still get a general idea of how reasonable things can be when doing so.
This guide outlines basic steps but there’s always more that needs exploring if one learns about advanced features in their own particular board or chip set up which they may have access to depending upon where these parts came from originally at purchase level – whether this relates specifically with graphics cards (video outputs) as well otherwise
The auto-overclocking (or Auto OC) feature you find on most motherboards is becoming more interesting lately. AMD’s Precision Boost Overdrive, for example, doesn’t boost clock speeds higher than what’s listed by Intel–but it will allow your processor to reach those advertised rates more often and in situations where otherwise they wouldn’t be able to!
Though not as simple or straightforward, overclocking can be a fun and rewarding experience for those willing to experiment. It’s also an excellent way of getting the most performance possible out of your computer; however – like any other high-end tweak job! – there are some risks involved with making changes on your own without guidance from professionals who know what they’re doing (ie: OverclockersClub).
This guide will go over how you do stock/uncut OCs using Intel’sDesktop Boards; if auto-overclocking isn’t working well enough in conjunction with PBO settings then I recommend manually increasing frequencies one step at a time until the desired result has been reached instead
Reset Your Motherboard’s BIOS
You’re probably itching to get going, but resist the urge to start pushing clock speeds just yet. First I recommend getting a baseline of your CPU at stock settings with no adjustments – this way you can see how fast it runs on its own! Restart the computer and load up BIOS by pressing delete f2 or whatever key indicates boot screen presence in order for basic information about hardware present during the startup process including what amount is currently being used from each core/thread through the processor. Spend some time exploring different features available under various menus accessed via Function Key shortcuts located next beside numerical ratings displayed near the top right-hand corner when the mouse cursor hovers over certain options relating only
Run a Stress Test
Next, it’s a good idea to run an initial stress test. This will make sure that there are no defective chips or other stability issues hampering your overclocking endeavors and allow you time for any potential upgrades before anything serious happens! To do this in OCCT click on “Start” then choose ‘CPU: LINPACK tab’.
Check all three boxes under 64 Bits – Capable Linpack with AVX capability enabled as well as Use Al inning mode selected from drop-down menus at top of the window next while monitoring the graph after making adjustments according to the button below the table view option once complete
Increase Your CPU Multiplier
You can overclock your processor by either increasing the Base Clock or Multiplier. Increasing the base clock is easy and will give you a higher frequency than what was shipped with your chip, but it’s important to note that if one core isn’t being used there won’t be any boost in speed for that particular core unlike boosting all cores which could result from an increase of GHz (Gigahertz). If we want our Ryzen 5 2600 running at 3.4GHz consistently across its 3600MHz RAM bandwidth then raising the multiplier would offer us more control since each Core has different needs depending on purpose such as encoding videos versus playing games; thus allowing better performance through customization!