A place to share information, help those who are new to overclocking and brag about your latest sucessful overclock! Overclocking with wraith spire? Looking for Guide self. Im currently looking to overclock my build which consists of a r7 an strix gtx 16 GB ddr4 RAM. The CPU normally sits at around c already so can i overclock it even more or should i Just get a good cooler and then trying to overclock. If yes are There any good Not so pricy coolers which you Guys would recommend and what Software do you Use to overclock Just so i can make myself an Image of what softwares are used.
Thanks for the helpful answers in advance. I run a and aand haven't experienced cpu bottlenecks in the games I've been running lately The Division 2 and Battlefield V. I upgraded my cooler to an Arctic Freezer 33 eSports edition, and now I run 3. Virtually silent. Some 's will do 4ghz all cores with proper cooling. I find that the wraith spire is an awesome std cooler. Way better than any other boxed cooler I've seen. It's no match for a good aftermarket part though.
It's not efficient enough and it's too loud -but for a std cooler it's pretty good imho. I would invest in a new CPU rather than a new cooler. Wait for the ryzen series to come out in a month, pick one up or even get a xthen decide if you want a new cooler. Right now I'd say you have room for a couple more hundred mhz. First of all thanks for the answer.
Upgradinf to the 3rd Gen was also on my to do list AS i was Not liking the performance of the I don't know who told you a wouldn't bottleneck a but they clearly know nothing about computers. Sell your for a few bucks and upgrade, you'll notice much better performance in games. The R7 is an 8 core 16 thread CPU which is a good match for a GTXthere is absolutely no need to replace that at the moment in the set up you've got unless, you are identifying a specific "bottleneck" with a specific game that you can't live with.
However, do not take the word of random redditors who spout nonsense like "I don't know who told you a wouldn't bottleneck a but they clearly know nothing about computers" or indeed myself. Even with a GTX ti my k was bottlenecking it at stock. It took overclocking the CPU up to 4. Tested this with Assassin's Creed Odyssey at p. Once the CPU got up to 4.
While overclocking is fairly easy these days, it comes with a small amount of risk. If you aren't careful, you could overheat your CPU, degrading its lifespan or damaging it permanently. In most cases, your computer will automatically shut down to prevent this from happening, but it's best to be cautious and go slowly. Oh, and this will void your warranty, just in case you were wondering. While AMD's Ryzen 5 X and Ryzen 7 X are great processors, they don't have a ton of overclocking headroom, so there's probably little benefit to pushing them further.
AMD's Precision Boost will make sure you aren't leaving any performance on the table. The non-X chips, though—like the AMD Ryzen 5 and Ryzen 7 —clock in at slightly lower speeds and at slightly lower pricesso you can easily get a bit of extra performance out of them with a few tweaks in your computer's BIOS.
Here's how to do it. Unlike Intel, which only allows overclocking on certain chipsall AMD Ryzen processors are overclock-ready—as are most of the motherboards, so gathering your hardware should be pretty easy. You only need: A motherboard that supports overclocking : AMD's X, B, B, B, X, and X chipsets all support overclocking—basically, as long as your motherboard doesn't have a B or "A" series chipset, you're in the clear.
I'll be using an MSI X Gaming Pro Carbon for this guide, but most of the settings we'll discuss should be available on other boards as well.
OCCT : Ask five overclockers what tools they use, and you'll get five different answers. I prefer OCCT, since it contains multiple stress tests within one program, as well as a host of monitoring features to help keep an eye on those CPU temperatures.
A notepad, digital or physical : This is a trial-and-error process, so you'll want to keep notes as you go of which settings you've tried, and whether they were successful. Trust me, it'll make the process a whole lot easier. There are no guarantees with overclocking. You're pushing the chip beyond its rated limits, and every single chip is different. Even if someone on the internet achieved a certain overclock doesn't mean you will, even with the exact same model CPU—especially since every motherboard has a slightly different selection of overclocking features.
Since newer model Ryzen processors are so great at boosting out-of-the-box, overclocking may or may not have a huge impact on your work: you'll notice the benefits of overclocking most in multi-threaded tasks, like editing or rendering video. Overclocking my Ryzen 5 shaved about 20 minutes off a typical 2. If you decide to overclock, it's a good idea to research your motherboard, your CPU, and what kind of results other people are getting.
Even though it won't guarantee the same results for you, you'll still get a general idea of what's reasonable. This guide outlines the basic steps, but there are always ways to push it a little farther if you learn more about your motherboard's advanced features. This feature is still in very early stages, though: AMD officially allows it on some chips, but not others, while some motherboards have their own version of the feature that differs somewhat from AMD's implementation.
In addition, PBO pushes voltages pretty high, so it's best used in tandem with a voltage offset—a feature not all motherboards have. You can definitely experiment with PBO if you want a simpler overclocking solution, but for now, we'll be sticking to old-school manual overclocking in this guide.
Keep an eye on this feature, though, since it could very well be the future of overclocking on AMD chips. 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. Spend some time in your BIOS getting the lay of the land, exploring the different settings and where they are.
On some boards, you may have to enter "Advanced" or "Expert" Mode to see them all.The Ryzen 5 is a great desktop process having 6 cores with reasonable price and multiple functions. Gaming, computing, entertainment — this processor is a must item in modern days. AMD Ryzen 5 processor has the base clock core speed of 3. Even this is entirely unlocked so that you get the exact thing that you want from it.
The Precision Boost of this chip is an internal overclocking for getting higher performance. As far as I know, Ryzen 7 processors are quite more comprehensive than Ryzen 5 chips. But they are high-end products with higher price whereas Ryzen 5 is not so pricy. It has fulfilled the desire of enthusiastic people who want to have a super active processor.
This is the best processor for multi-thread workloads. This is why your computing activities never get hindered. The Wraith Spire cooler is also there to reduce the temperature at minimal. AMD Zen architecture with the AM4 platform is the root cause of this processor being so massive in its purpose.
This is quite astonishing if you compare it with other processors. Every single core of 6 cores can juggle two threads in each moment. This is how you get the boosted ability of the processor. There are a few models that can be compared with this process.
This the key reason to save the energy and running the device with less power consumption. Intel can be a tough opponent of AMD. This is the best one to run single-thread operations smoothly. Here are the specifications of this multi-dimensional CPU processor :. I am making the whole thing clearer with the list of advantages and disadvantages of AMD Ryzen Processor:. There are lots of recommendations and reviews of this AMD Ryzen 5 processor. You can find this one best depending on them.
Some users have recently asked frequently asked questions about this best processor for gaming. Here are few of them:. Question: Is thermal paste included? Answer: No. If anything, the will bottleneck the CPU.Before we get to the final temperatures, we look at the warm-up phase, which only lasts a few minutes for all of these CPU coolers.
The ambient room temperature was held at the same steady 22 degrees Celsius during all tests, which makes the results comparable. B achieve almost identical temperatures when the BIOS fan control is left at its default 50 degree Celsius target. The smaller Wraith gets warm more quickly than the significantly larger Macho, of course. AMD's old stock cooler is a good example of cutting corners.
The board has trouble keeping things steady, since there's just not enough cooling performance to stabilize on a setting. Consequently, it has to really push the fan all the way to its maximum to get things back under control when the processor reaches its maximum temperature.
The 64 degrees Celsius result that we measured on the heat spreader is just too much. In order to gain a better understanding of what exactly is going on here, we're comparing infrared measurements of all three CPU coolers.
We're starting with the old stock cooler. For the following results, all desired measurement locations were coated with a calibrated lacquer to guarantee accurate readings. A whopping 62 degrees C measured at the heat pipes is simply too high; the small CPU cooler just can't deal with this amount of thermal energy.
wraith spire(RGB) vs prism
Approximately 2 degrees C difference between the heat pipe and heat spreader is a testament to the poor quality of AMD's old stock cooler.
The 93 degrees C measured right next to the voltage converters isn't great, but it's acceptable.
The Wraith's results tell a different story. It stays significantly cooler, and the heat pipes and spreader achieve close to the same temperature. The outer cooling fins stay cooler, which is the result of the Wraith's larger size and better thermal performance. The top-down airflow design also helps cool voltage regulation-related components on the motherboard that aren't actively cooled. They reach a maximum of just 91 degrees Celsius.
Last and certainly not least is Thermalright's Macho Rev. B, which keeps the processor at about the same temperature as AMD's Wraith, but at a significantly lower rotational speed with its mm fan. For this reason, its fins stay a bit warmer, but Thermalright's CPU cooler's sheer size easily compensates.
What's not as great are the component temperatures in the VR area of the motherboard. They are a massive 14 degrees C higher compared to the Wraith.
Since some of the components in question are capacitors, these kinds of temperatures aren't acceptable over longer time periods.
This is generally a problem with tower coolers. Asymmetric designs, which are supposed to make the coolers compatible with taller RAM sticks, further exacerbate the issue. From this perspective, the Wraith actually cools better, since it cools the surrounding area on the motherboard in addition to the processor. In a closed case, this problem gets even worse, since the RAM sticks cut off any airflow below a certain point.Log in or Sign up. Overclockers UK Forums.
AMD Ryzen 5 1600 Processor with Wraith Spire Cooler (YD1600BBAEBOX)
Nov 30, at PM 1. Just waiting for the lat couple of bits for my first build to arrive and I've suddenly had a bit of nerves regarding the CPU cooler. I know that the Ryzen 2 chips can get quite hot and that the x has a good auto overclock with it's Precision 2 boost.
Looking at some reviews of the included Wraith Spire it seems like it's an ok cooler, and better than the stock intel ones, but is bettered by almost any other alternative.
It's also confusing as there seem to be two versions of the Spire Ryzen 1 vs 2's versions. I don't plan to do any manual overclocking, but I intend to keep the system for a while so that might change.
With the auto overclock on the x would I be better off doing a minor cooling upgrade? I'm at my budget's end but was considering whether I should be grabbing the Cryorig H7 or the CM Hyper Evo as a sensible budget option to shave what looks to be around 10 degrees off operating temperatures with stock settings.
Nov 30, at PM 2. Grandmaster Fap! Im sure it will do the job but having a x myself i know how hot they can get and stock cooling can get overwhelmed, just for peace of mind if it were my choice id get something like a BeQuiet Pure Rock for 30 quid. Nov 30, at PM 3. Nov 30, at PM 4. Unseul Hitman Joined: Jun 18, Posts: Nov 30, at PM 5. Nov 30, at PM 6.
If what you are doing is below 60c and the sound doesnt drive you mad then stick with that and be happy. Dec 1, at AM 7.
AMD Wraith CPU Cooler Review
Dec 1, at AM 8. The stock cooler can get upto a good whine. Even pushing my x on the stock cooler, I don't think I broke the 75c mark, which is absolutely fine. Got offered a much better cooler, more importantly, almost silent definitely compared to the noise everything else makes when working hardso took it.
Probably gives me more wiggle room should I ever try and OC, but perfectly happy with the wraith. Dec 1, at PM 9. Dec 1, at PM Dec 2, at PM Consider a new cpu cooler a future upgrade to look forward to.Ryzen 5 3600X Overclocking on the Stock Cooler
You must log in or sign up to reply here. Show Ignored Content.This article is about the performance with the stock comes with the CPU Wraith Spire Cooler and how to perform some basic overclocking. Good logos and good name. They paid attention with the cooler as well, as the Wraith Spire Cooler is an improvement over the standard coolers that AMD typically uses. The new Wraith Spire Cooler is round and bigger than a fist, and heavy.
See the image below for an idea of what it looks like. I definitely recommend downloading a copy of the Ryzen Master Utility and use it to take your CPU and cooler out for a ride. You should also get CPU-Z and Prime95 for verifying your overclocking and the stability more on this later. You will then see how the CPU is running currently at the time, and this depends on what was setup in your BIOS and possibly any motherboard apps that are running on the OS.
I was able to overclock to MHz using the Ryzen Master application as per the screenshot below. On the left there is also a temperature measurement, which is a realtime update of the CPU core temperature. This is useful to monitor when you are running your tests. NOTE: This may not be very accurate. I noticed discrepancies between this temperature and the Gigabyte Apps hardware monitor utilities.
Now you can start CPU-Z and then verify indeed your changes have taken effect. Below is a screenshot of CPU-Z running against my configuration. When running the benchmark, you are simply comparing to expected results. I was able to increase my overclocking using Ryzen Master Utility up to MHz, however after running for about 10 minutes in torture test with Prime95, the PC crashed.
This means that MHz is too high for my setup. You are commenting using your WordPress. You are commenting using your Google account.
You are commenting using your Twitter account. You are commenting using your Facebook account.The Ryzen 3 X and were among the best-clocking Ryzen chips we've tested in our labs, largely because all-core overclocks easily exceeded the single-core boost frequencies. We've encountered overclocking limitations on chips with six or eight cores enabled per compute die CCDbut the Ryzen 3 X and come with a single CCD and only four cores enabled, which reduces heat generation.
After a significant amount of tuning and validating our overclocks, we reached an incredibly impressive at least compared to other Ryzen chips 4. Caveats apply, though. We're fairly confident this is a cherry chip, so your mileage may vary.
We also paired the chips with a Corsair Hi cooler for our overclocking tests, and even with the fans cranking away at full speed, we pushed the very edge of safe temperatures 95C with the X's 4.
Wraith Spire cooler for 2600x - is it sufficient?
We tuned the cores to 4. Under load, we logged a 1. Memory overclocking was easy peasy via the XMP profile, which dialed the memory to DDR with timings. Keeping the chip under the safe 95C ceiling wasn't easy, though. We ran the multi-threaded y-cruncher test for hours to assure stability because it has a heavy AVX distribution and generates the most heat, by far, of our real-world workloads.
This test pushed our chip to the very edge of the safe zone with a peak measurement of 94C for a few brief seconds.
We also tried to boot the chip at 4. That means thermal constraints from external cooling aren't necessarily the limiting factor, at least with ambient cooling.
In other words, the 7nm process is likely the limitation when paired with this core configuration. We stuck with our Corsair Hi for our overclocking test results. Bear in mind, this is a beefy mm water cooler that most people would argue isn't rational for this class of chip—and they'd be right. We're excited to get a Ryzen chip stable at 4. Even then, you'd be pushing your new CPU to the ragged edge on thermals.
You won't reach overclocks as high with lesser coolers, so take that into consideration. We did considerable overclocking with the stock cooler and couldn't sustain an all-core overclock that exceeds the 4.
If anything, you're best sticking with Precision Boost Overdrive with the relatively flimsy Wraith Stealth cooler, but there isn't much headroom. We'll look at how the bundled cooler impacts performance and thermals below, but a Hyper Evo class cooler is probably a better entry point for cooling if you want to do any serious tuning.
Just don't expect to hit a 4. The X's clustered core arrangement made it much harder to cool, but as you'll see below, the tolerates the voltage much more readily. That's because the 's cores are spread out widely underneath the IHS and solder TIM, which reduces temps due to lower thermal density. However, the Zen 2 architecture is obviously much faster with the X's clustered core design, so don't take the 's easier cooling as an indicator of more performance.
With the Ryzen 3 and a 1. We'll do a bit more experimenting with overclocking with the stock cooler as time permits.