Overclocking AMD Ryzen CPU with AZCK Gaming K4 - A Comprehensive Guide

When it comes to overclocking, one of the most crucial things to consider is how well your hardware will perform at higher speeds. In this guide, we'll explore the process of overclocking an AMD Ryzen CPU with the AZCK Gaming K4 and provide tips for achieving stable performance.

First and foremost, it's essential to enable XMP profiles on your system. This feature allows you to set a specific memory speed for your system, which can greatly impact overall performance. By enabling XMP profiles, you'll be able to take advantage of the improved performance that comes with faster memory speeds. To do this, simply navigate to the BIOS settings and look for the XMP profile options. Enable them, and you'll be on your way to faster memory speeds.

However, it's worth noting that Intel platforms tend to have more differences in terms of overclocking compared to AMD. As a result, you may need to adjust your settings accordingly. For example, if you're using an Intel platform, you may need to drop your memory timings or reduce the clock speed to achieve stable performance. On the other hand, AMD Ryzen CPUs can often handle higher memory speeds without issues.

If you're experiencing difficulties with overclocking, there are a few things you can try to resolve the issue. First and foremost, make sure that all of your hardware is properly connected. This includes ensuring that your CPU is securely installed and that any other components, such as RAM or graphics cards, are also properly seated. In some cases, simply clearing the CMOS settings by pressing a specific button or removing the battery can resolve issues.

Another potential cause of overclocking difficulties is the use of low-quality or poorly seated components. This can lead to overheating, electrical noise, or other issues that can prevent your system from functioning correctly. To avoid this, make sure to choose high-quality components and follow proper installation procedures.

In addition to these general tips, there are a few specific settings you can adjust in the BIOS settings to improve overclocking stability. For example, you may need to adjust the voltage settings or the CPU frequency. Be careful when making these adjustments, as excessive heat or voltage can damage your system components. However, with proper care and attention, even the most difficult overclocking challenges can be overcome.

High Performance Mode in Windows

In addition to adjusting BIOS settings, there are a few other tweaks you can make to improve your system's performance. One such feature is the High Performance mode in Windows 10. This setting can help optimize your system for faster performance and reduce lag. To enable this mode, simply navigate to the Power Options settings and select "High Performance" as your power plan.

Another tweak worth exploring is disabling the USB suspend setting. In some cases, this setting can cause issues with keyboard or mouse input on certain systems. By disabling it, you may be able to eliminate these problems and ensure smoother performance.

Optimizing Windows for Performance

For those who want to take their system's performance to the next level, there are a few other tweaks worth exploring. One such feature is the Windows 10 optimization guide, which can help optimize your system's settings for maximum performance. This guide covers everything from disabling unnecessary startup programs to adjusting power plan settings.

Finally, it's worth noting that some systems may benefit from tweaking their GPU settings or enabling high-performance modes in games. In this case, you may want to experiment with different settings and configurations to find the sweet spot that works best for your system.

Benchmarking Ryzen CPUs with Games

When it comes to benchmarking Ryzen CPUs, one of the most effective ways to test stability is by running games on multiple GPUs or systems. This can help identify any issues with cooling, voltage, or other components that may be preventing stable performance.

In this guide, we'll be using the popular game "Honor" as an example. We'll run the game at 1080p with ultra settings and extreme settings to test the system's stability and performance. This will help us identify any issues with the CPU or GPU, as well as any areas where improvement is needed.

One key thing to note when benchmarking Ryzen CPUs is that they can often provide smooth gaming performance even on high-end systems. In this case, we'll be using a GTX 1080 TI reference model to test the system's performance. As you can see from the graph below, the CPU and GPU work together seamlessly to provide smooth gameplay.

Final Thoughts

Overclocking an AMD Ryzen CPU with the AZCK Gaming K4 requires patience, persistence, and attention to detail. By following these tips and adjusting your settings accordingly, you should be able to achieve stable performance on your system. Remember to keep an eye on temperature, voltage, and other components that may be affecting stability.

Additionally, don't be afraid to experiment with different settings and configurations to find the sweet spot that works best for your system. With practice and experience, you'll become more comfortable overclocking your CPU and achieving maximum performance.

In conclusion, this guide has provided a comprehensive overview of overclocking an AMD Ryzen CPU with the AZCK Gaming K4. By following these tips and adjusting your settings accordingly, you should be able to achieve stable performance on your system.

"WEBVTTKind: captionsLanguage: enso it's finally time to overclock the ryzen R7 CPUs and this is basically going to be a guide for you guys out there so you can get the most performance out of your 8 core CPUs from AMD welcome back to Tech City this is Brian coming to you guys today with an overclocking tutorial and I'm going to be up in the top right hand corner this entire time guiding you guys through this and this is going to be the first part where I'm basically locking in a very simple overclock the pretty much anyone should be guaranteed to do though keep in mind you will have to have a decent cooler a decent motherboard and a decent PPL which I always recommend for overclocking myself here I have a EK 240 Predator also on an x370 ASRock taii and I've also got some ddr4 memory from Corsair the RGB type and with that said let's move into the bar here now the first thing I will say is that the bioses are different between different motherboard manufacturers for instance AO gab MSI they all have different looking biases to the azrock taii though especially for this first part A lot of the settings should be very similar for the advanced part which is part two then that's when things will probably start to change a bit though if you have an azck board you will have an easier time with this overclocking tutorial though with that said we're up the top here we hit the left and right Keys we can move around in the settings here and the first place we want to go to is the O tweaker Tab and now in here basically we've got the uh CPU frequency and voltage change hit enter and then change that to manual and then we've got here 3.6 GHz already there since this is an 1800x I believe a 1700 x is uh 3.4 GHz this is the all core frequency essentially so what we want to do here is we can hit the minus or plus keys to change those values in 50 MHz increments so what we want to do here is boot this up or boost this up to 3.8 GHz this is the clock that we're going to be going with and should work for the majority of people and so we lock that in there and then we go down here to load XMP settings now I would recommend trying this later because uh the ryzen platform the am4 platform is still in its infant stages so memory overclocks are very unstable on some boards especially with some brands of memory for instance when I first got my board in I couldn't even get to 2600 mahz on the memory so now I can actually lock it in and get a solid 2933 but I'd recommend just leaving this off for now until you've got everything else working aim for advanced boot training I like to disable this as I find it just helps with uh even if you got an unstable overclock you can kind of get away with uh booting back into the bias and quickly changing things otherwise you have to reset the seamos and that can be kind of a pain in the ass on some of these motherboards uh down here voltage mode we click this enter we want to change that to overclock mode and then down here to CPU vcore voltage a very important setting probably the most uh important setting along with your clock speeds is setting in a voltage Vol for the CPU to run out now we hit enter and we go down here to fixed mode and you see here I've actually already uh booked in the voltage that you guys should be operating this overclock ad if you just want guaranteed results of course every CPU will differ for instance my CPU here at 3.8 GHz can do it at around 1.3 volt which is a lot lower so if you have the time to custom tune your CPU to its voltage since it's a thing called just the Silicon Lottery where you can get a CPU that clocks higher at a certain voltage than another then I recommend you doing that but if you're just in your first time overclocking you just want to get some extra performance out of Ryon then I just recommend dialing in 1.37 there and also CPU load line calibration I don't know what's going on here it was set on auto now it's like gone back to level one I guess that's a bios bug that we're live diagnosing here but hey uh we want to change that to level two so on both fronts here both the system on chip load line calibration changes that to level two and on the CPU load line calibration level two as well now this this is interesting because you can see here level one I've found in in the past and even on this board it does like to overvolt just a little bit so level two I find is a great balance for when you're loading up the CPU you get a thing called V droop essentially the CPU drops down this can cause crashing on overclocks so level two I find just keeps that voltage delivery just so smooth to the CPU uh so we've got locked those in both level two both 3.7 there overclock mode on the voltage and then we're going to go here and we're not going to touch the overvoltage or over current protection these are put in place to protect you guys from damaging your Hardware so I recommend leaving them on enabled unless you're a very Advanced overclocker and you're probably not going to be here if you are but here we go here we got Dam voltage we can leave that on auto cuz we're not locking in the XMP profiles and all the other voltages here you guys can feel free to just copy my settings copy paste and put them in even though they are believe just stock voltages on these ones so once you guys have locked in those settings I then want you to go to the advaned tab up here and go to CPU configuration now this is just a personal thing I find it just helps with stability so much on even the am3 platforms when I was overclocking them go to C6 mode and just disable that and essentially because we got AMD cool and quiet already in place that's amd's version of uh downclocking the CPU when it's not in use so we want to disable that and then go down here to AMD CBS and then go into zen common options and now down here we'll see global cstate control I also like to disable this completely too as I find I have had some problems in the past even when I was testing ryzen initially where games would crash with these settings on so now that we're done there we can go to exit save changes and exit and then reboot our computer into Windows now if you also can't boot into windows at these settings you might want to lower the clock speeds just a little bit and then or and or raise the voltage just a little bit more so now that we're in Windows we can essentially stress test our CPU to make sure things are working properly so I like to open up a program called a hardware monitor so this is free to download it's easy you don't have to pay anything for it and it'll essentially tell you what your CPU speed what the AMD CPU speeds are running at so we can see here 3.8 GHz all cores it's doing its job and if we run into cinebench we can then start a cinebench run just to check that it's uh working um of course you would want to get a stress test program and run it for quite some time to make sure things are really stable uh you can also jump into games but I find cinebench even just running a quick cinebench run is going to tell you if your computer is either completely unstable or near stable so if it completes this run it's either stable or near stable which is a really good thing considering how quick you can get a reaction out of it so to speak so once we've done that we can get our CPU score there we can see it's pretty strong 1624 that's the first part of this guy done for the guys out there who just want to get a quick overclock get some quick results that's it so now we're going to move over to part two where we're jumping into the bias and we're going to get Advanced baby so now it's time for part two or the advanced part this is where things start to get a little tricky so if you start getting stressed don't guys I don't want you to get stressed because then you'll start losing your hair and and you know generally all the Bold guys I know they don't want to go bold so I don't want you guys to go bold okay so try not to get stressed I'll guide you through this so first part here we're going to overclock tweaker and we're actually going to set this stuff that we did before back to Auto CPU frequency and voltage change change that back to audio uh RAM speeds we're not going to touch that just yet because we do that last after we've done our overclocks and then here we can go to overclock mode leave that there go down to CPU V voltage change that back to Auto and then change this back to level two I don't know why it changed back to Auto uh and then yeah that's about all we do in that tab so essentially resetting what we did before in some parts and keeping some other settings in place uh now we're going to the advaned tab here and we go to CPU oh no sorry we go down to AMD CBS then we go to Zen common options and then we move in here to a thing called custom core P States and we go accept so this is getting tricky now guys so basically what you want to do is I like to disable from Uh custom Pate 3 onwards I like to disable that and we go to custom p80 first uh and go to custom here so this is essentially where you're getting into to the root of the CPU itself P State Zer is essentially that single core boosting methodology with xfr but because we can take control of this and set manually set it with P St one being the same values but we'll get on to that later we can essentially lock all cores in at our highest overclock for 24/7 stability so what we've got here is essentially looking at a heap of numbers and they're essentially to do with a 30 bit 32 hex uh sequence uh so the values range from0 0 0 to FF 0 0 being the lowest and FF being the highest uh and it's weird because in pstate zero viid it actually works in an inverse relationship if you go down in these values you get the lowest denominator I mean sorry if you go down in value you get a higher Vore so it's kind of interesting there but what we're going to do is we're going to lock in so we can see here we change from 18 to 17 and we keep going down uh the values here essentially I'll put these in the description below cuz this is getting tricky all these values will set in a number of frequency and also voltage so to get your head around it I'll just put a list in the description below you can read from there but essentially it works with hex and you can for instance lock in A1 and get a 4.25 GHz overclock or if we can go down to a z we should be getting a 4 GHz overclock now before that I think it will be 9f will be a 3.97 GHz overclock so we're going down in the value and it's responding with the overclocks the mid volume here the did we generally don't want to touch that um as I mean personally I've found that it running at the state B clock this is essentially like your B clock setting this at the state value of eight is working perfectly fine everything's butter smooth I have no need to change this if you want to change this though you may get see as we as we go up in value here and'll actually lower the uh clock rates there so it's the values are a little bit tricky there too so as you do that you can change the B clock essentially I like to leave it eight and essentially if you do change this just remember that it may change your memory clock too so I'd like to leave that one alone so we're just going to focus on FID and VI ID and here we're going to lock in your desired overclock so for instance if you want a um 9 GHz overclock it will be 9 C and we'll get 3.9 GHz overclock or if you want to lock in my Max overclock it's A1 so that's where my my CPU top out out guys was 4.25 GHz and the voltage for that I believe was 3.93 3.13 93 volts so that's where I ended up with my sweet spot you guys will have to Tinker this to where you can find your Max uh CPU speed and where it sweet spot is for voltage that's up to you guys to find that this is where mine's at and I'll again I'll put those uh codes in the description below so you can try and lock them in yourselves but once we've done that once we've found that with P State 0er we can then go down to P State 1 and do the exact same thing for this value here and lock that in manually and what we'll have here is the exact same overclock with P State 1 as P state zero and then for this last one we can also just leave that on custom and we can then have a 2.2 GHz downclock so essentially when the CPU is not in use it will start throttling down and essentially using less power which is a good thing if you guys are going to be using this thing 24/7 anything below that I generally don't find the need for personally I just find it can sometimes cause problems and headaches which you don't need when you're editing videos or anything like that so that's my uh custom settings there I find it runs smooth as butter even in the infant stages of horizon this thing is running so well so once we're done with that we can then save changes and boot into windows so now we're going to move on into the Benchmark here f126 16 which is actually a great Benchmark for CPU and GPU at the same time especially at 1080p so we've got here the graphics options here uh in video mode we've got it uh with smaa on and also 16-speed inotropic filtering and vsync off of course and then we've got here for the settings ultra high let's see how the AMD ryzen CPU handles this at 1080p let's get in there and put that on Benchmark mode and while we're doing this I'll actually test uh talk about some extra things with ryzen so firstly the memory if you guys uh have your CPU locked in at its Sweet Spot overclock then what you want to do after that is go back in and uh try and get your RAM as high as possible which on the am4 platform does make a little bit more of a difference than it does to the Intel platform so you can do this easily by just enabling the XMP profiles first off that's the best thing you're going to get uh if you can't do that then drop your uh timings sorry I mean drop your megahertz a little bit on the memory say down to 2 2066 uh if that doesn't work drop it down to 2400 I did have this problem initially when I got the AMD CPU in with the azck gaming K4 where I couldn't even boot my memory up at 2600 MHz so I had to drop it down to 2400 MHz lo and behold a few bios updates later I can now run it at 2933 so you can see with the micro code updates coming into place memory speed should only get better and better which is a great thing also another thing is if you are crashing if your computer's crashing and you're just getting frustrated just take a breather it's normal guys especially when you're overclocking though make sure all your Hardware is connected properly things like a CPU that's not connected properly can cause permanent damage though if you have everything connected properly then all you have to do is clear the seamos with the pin the jumper just push that to the right and then back to the left or the clear seamos button or worst case scenario you can just take out the battery turn everything off a little circular battery and you should be back to normal again remember at these settings around these overclocks you're not going to damage anything if everything's set up properly because there's over voltage Protections in place that protect your parts from getting damaged anyway so I actually haven't come into any problems ever dealing with sort of these sweet spot overclocks so that's a really good thing don't be too afraid but it may get frustrating at times just keep that in mind also there is the high performance mode in Windows which you will want to turn on and for me personally I also like to turn off the USB suspend setting which um I have had on the am4 platform so far my keyboard cutting out sometimes just randomly so when I disabled this I no longer had any problems with my keyboard or Mouse cutting out so I recommend you do that and also if you want to I highly recommend tweaking your windows for performance I've got a Windows 10 optimization guide I'll put a link in the description below for you guys awesome if you want to get that just that little bit more performance out there and get your windows running as best as it can other settings like high performance or hpet I'm not going to test that yet as again my computer is running really well at the moment I don't need to really change anything it's running completely smooth so anyway let's move on now to the next Benchmark and for the last Benchmark is for Honor we're going to run this at 1080p at ultra settings or extreme settings here you probably hear that uh GTX 1080 TI reference blasting in the background but I'm also going to talk about some final minute things with benchmarking ryzen and games as always this is why I'm running the games for you guys they're a fantastic way to test stability on your overclocks now if you get a CPU z0 error that's most likely because you either need to drop the clock speeds and or increase the voltages so just keep that in mind another thing too is that when you are seeing these results on YouTube like you're probably seeing it's a little bit choppy uh but trust me guys on the monitor I'm looking at right now it is so damn smooth it's just smooth as butter and on the previous Benchmark I did uh really one thing about ryzen is it does play extremely smooth in games so that's one thing I'm liking about this CPU at the moment and this is even with a GTX 1080ti you see there the GPU is being utilized near 100% which is great news for me personally I'm going to be using this as a workstation CPU and also on my 1440p ultrawide monitor at 100 HZ so if I get over 100 HZ or 100 FPS average I'm going to be completely happy with that as I'm not really a competitive gamer nowadays I'm pretty much a hasbin but with that said guys if you enjoyed this overclocking tutorial then be sure to hit that like button and if you have any frustrations or anything think that you have during the overclocks then be sure to drop a comment in the comment section below or check out the website www. t.tv forum and we'll have some threads over there in terms of rise and overclocking with that said guys I'm going to get on out of here and I'll catch you guys in another tech video very soon peace out for now byeso it's finally time to overclock the ryzen R7 CPUs and this is basically going to be a guide for you guys out there so you can get the most performance out of your 8 core CPUs from AMD welcome back to Tech City this is Brian coming to you guys today with an overclocking tutorial and I'm going to be up in the top right hand corner this entire time guiding you guys through this and this is going to be the first part where I'm basically locking in a very simple overclock the pretty much anyone should be guaranteed to do though keep in mind you will have to have a decent cooler a decent motherboard and a decent PPL which I always recommend for overclocking myself here I have a EK 240 Predator also on an x370 ASRock taii and I've also got some ddr4 memory from Corsair the RGB type and with that said let's move into the bar here now the first thing I will say is that the bioses are different between different motherboard manufacturers for instance AO gab MSI they all have different looking biases to the azrock taii though especially for this first part A lot of the settings should be very similar for the advanced part which is part two then that's when things will probably start to change a bit though if you have an azck board you will have an easier time with this overclocking tutorial though with that said we're up the top here we hit the left and right Keys we can move around in the settings here and the first place we want to go to is the O tweaker Tab and now in here basically we've got the uh CPU frequency and voltage change hit enter and then change that to manual and then we've got here 3.6 GHz already there since this is an 1800x I believe a 1700 x is uh 3.4 GHz this is the all core frequency essentially so what we want to do here is we can hit the minus or plus keys to change those values in 50 MHz increments so what we want to do here is boot this up or boost this up to 3.8 GHz this is the clock that we're going to be going with and should work for the majority of people and so we lock that in there and then we go down here to load XMP settings now I would recommend trying this later because uh the ryzen platform the am4 platform is still in its infant stages so memory overclocks are very unstable on some boards especially with some brands of memory for instance when I first got my board in I couldn't even get to 2600 mahz on the memory so now I can actually lock it in and get a solid 2933 but I'd recommend just leaving this off for now until you've got everything else working aim for advanced boot training I like to disable this as I find it just helps with uh even if you got an unstable overclock you can kind of get away with uh booting back into the bias and quickly changing things otherwise you have to reset the seamos and that can be kind of a pain in the ass on some of these motherboards uh down here voltage mode we click this enter we want to change that to overclock mode and then down here to CPU vcore voltage a very important setting probably the most uh important setting along with your clock speeds is setting in a voltage Vol for the CPU to run out now we hit enter and we go down here to fixed mode and you see here I've actually already uh booked in the voltage that you guys should be operating this overclock ad if you just want guaranteed results of course every CPU will differ for instance my CPU here at 3.8 GHz can do it at around 1.3 volt which is a lot lower so if you have the time to custom tune your CPU to its voltage since it's a thing called just the Silicon Lottery where you can get a CPU that clocks higher at a certain voltage than another then I recommend you doing that but if you're just in your first time overclocking you just want to get some extra performance out of Ryon then I just recommend dialing in 1.37 there and also CPU load line calibration I don't know what's going on here it was set on auto now it's like gone back to level one I guess that's a bios bug that we're live diagnosing here but hey uh we want to change that to level two so on both fronts here both the system on chip load line calibration changes that to level two and on the CPU load line calibration level two as well now this this is interesting because you can see here level one I've found in in the past and even on this board it does like to overvolt just a little bit so level two I find is a great balance for when you're loading up the CPU you get a thing called V droop essentially the CPU drops down this can cause crashing on overclocks so level two I find just keeps that voltage delivery just so smooth to the CPU uh so we've got locked those in both level two both 3.7 there overclock mode on the voltage and then we're going to go here and we're not going to touch the overvoltage or over current protection these are put in place to protect you guys from damaging your Hardware so I recommend leaving them on enabled unless you're a very Advanced overclocker and you're probably not going to be here if you are but here we go here we got Dam voltage we can leave that on auto cuz we're not locking in the XMP profiles and all the other voltages here you guys can feel free to just copy my settings copy paste and put them in even though they are believe just stock voltages on these ones so once you guys have locked in those settings I then want you to go to the advaned tab up here and go to CPU configuration now this is just a personal thing I find it just helps with stability so much on even the am3 platforms when I was overclocking them go to C6 mode and just disable that and essentially because we got AMD cool and quiet already in place that's amd's version of uh downclocking the CPU when it's not in use so we want to disable that and then go down here to AMD CBS and then go into zen common options and now down here we'll see global cstate control I also like to disable this completely too as I find I have had some problems in the past even when I was testing ryzen initially where games would crash with these settings on so now that we're done there we can go to exit save changes and exit and then reboot our computer into Windows now if you also can't boot into windows at these settings you might want to lower the clock speeds just a little bit and then or and or raise the voltage just a little bit more so now that we're in Windows we can essentially stress test our CPU to make sure things are working properly so I like to open up a program called a hardware monitor so this is free to download it's easy you don't have to pay anything for it and it'll essentially tell you what your CPU speed what the AMD CPU speeds are running at so we can see here 3.8 GHz all cores it's doing its job and if we run into cinebench we can then start a cinebench run just to check that it's uh working um of course you would want to get a stress test program and run it for quite some time to make sure things are really stable uh you can also jump into games but I find cinebench even just running a quick cinebench run is going to tell you if your computer is either completely unstable or near stable so if it completes this run it's either stable or near stable which is a really good thing considering how quick you can get a reaction out of it so to speak so once we've done that we can get our CPU score there we can see it's pretty strong 1624 that's the first part of this guy done for the guys out there who just want to get a quick overclock get some quick results that's it so now we're going to move over to part two where we're jumping into the bias and we're going to get Advanced baby so now it's time for part two or the advanced part this is where things start to get a little tricky so if you start getting stressed don't guys I don't want you to get stressed because then you'll start losing your hair and and you know generally all the Bold guys I know they don't want to go bold so I don't want you guys to go bold okay so try not to get stressed I'll guide you through this so first part here we're going to overclock tweaker and we're actually going to set this stuff that we did before back to Auto CPU frequency and voltage change change that back to audio uh RAM speeds we're not going to touch that just yet because we do that last after we've done our overclocks and then here we can go to overclock mode leave that there go down to CPU V voltage change that back to Auto and then change this back to level two I don't know why it changed back to Auto uh and then yeah that's about all we do in that tab so essentially resetting what we did before in some parts and keeping some other settings in place uh now we're going to the advaned tab here and we go to CPU oh no sorry we go down to AMD CBS then we go to Zen common options and then we move in here to a thing called custom core P States and we go accept so this is getting tricky now guys so basically what you want to do is I like to disable from Uh custom Pate 3 onwards I like to disable that and we go to custom p80 first uh and go to custom here so this is essentially where you're getting into to the root of the CPU itself P State Zer is essentially that single core boosting methodology with xfr but because we can take control of this and set manually set it with P St one being the same values but we'll get on to that later we can essentially lock all cores in at our highest overclock for 24/7 stability so what we've got here is essentially looking at a heap of numbers and they're essentially to do with a 30 bit 32 hex uh sequence uh so the values range from0 0 0 to FF 0 0 being the lowest and FF being the highest uh and it's weird because in pstate zero viid it actually works in an inverse relationship if you go down in these values you get the lowest denominator I mean sorry if you go down in value you get a higher Vore so it's kind of interesting there but what we're going to do is we're going to lock in so we can see here we change from 18 to 17 and we keep going down uh the values here essentially I'll put these in the description below cuz this is getting tricky all these values will set in a number of frequency and also voltage so to get your head around it I'll just put a list in the description below you can read from there but essentially it works with hex and you can for instance lock in A1 and get a 4.25 GHz overclock or if we can go down to a z we should be getting a 4 GHz overclock now before that I think it will be 9f will be a 3.97 GHz overclock so we're going down in the value and it's responding with the overclocks the mid volume here the did we generally don't want to touch that um as I mean personally I've found that it running at the state B clock this is essentially like your B clock setting this at the state value of eight is working perfectly fine everything's butter smooth I have no need to change this if you want to change this though you may get see as we as we go up in value here and'll actually lower the uh clock rates there so it's the values are a little bit tricky there too so as you do that you can change the B clock essentially I like to leave it eight and essentially if you do change this just remember that it may change your memory clock too so I'd like to leave that one alone so we're just going to focus on FID and VI ID and here we're going to lock in your desired overclock so for instance if you want a um 9 GHz overclock it will be 9 C and we'll get 3.9 GHz overclock or if you want to lock in my Max overclock it's A1 so that's where my my CPU top out out guys was 4.25 GHz and the voltage for that I believe was 3.93 3.13 93 volts so that's where I ended up with my sweet spot you guys will have to Tinker this to where you can find your Max uh CPU speed and where it sweet spot is for voltage that's up to you guys to find that this is where mine's at and I'll again I'll put those uh codes in the description below so you can try and lock them in yourselves but once we've done that once we've found that with P State 0er we can then go down to P State 1 and do the exact same thing for this value here and lock that in manually and what we'll have here is the exact same overclock with P State 1 as P state zero and then for this last one we can also just leave that on custom and we can then have a 2.2 GHz downclock so essentially when the CPU is not in use it will start throttling down and essentially using less power which is a good thing if you guys are going to be using this thing 24/7 anything below that I generally don't find the need for personally I just find it can sometimes cause problems and headaches which you don't need when you're editing videos or anything like that so that's my uh custom settings there I find it runs smooth as butter even in the infant stages of horizon this thing is running so well so once we're done with that we can then save changes and boot into windows so now we're going to move on into the Benchmark here f126 16 which is actually a great Benchmark for CPU and GPU at the same time especially at 1080p so we've got here the graphics options here uh in video mode we've got it uh with smaa on and also 16-speed inotropic filtering and vsync off of course and then we've got here for the settings ultra high let's see how the AMD ryzen CPU handles this at 1080p let's get in there and put that on Benchmark mode and while we're doing this I'll actually test uh talk about some extra things with ryzen so firstly the memory if you guys uh have your CPU locked in at its Sweet Spot overclock then what you want to do after that is go back in and uh try and get your RAM as high as possible which on the am4 platform does make a little bit more of a difference than it does to the Intel platform so you can do this easily by just enabling the XMP profiles first off that's the best thing you're going to get uh if you can't do that then drop your uh timings sorry I mean drop your megahertz a little bit on the memory say down to 2 2066 uh if that doesn't work drop it down to 2400 I did have this problem initially when I got the AMD CPU in with the azck gaming K4 where I couldn't even boot my memory up at 2600 MHz so I had to drop it down to 2400 MHz lo and behold a few bios updates later I can now run it at 2933 so you can see with the micro code updates coming into place memory speed should only get better and better which is a great thing also another thing is if you are crashing if your computer's crashing and you're just getting frustrated just take a breather it's normal guys especially when you're overclocking though make sure all your Hardware is connected properly things like a CPU that's not connected properly can cause permanent damage though if you have everything connected properly then all you have to do is clear the seamos with the pin the jumper just push that to the right and then back to the left or the clear seamos button or worst case scenario you can just take out the battery turn everything off a little circular battery and you should be back to normal again remember at these settings around these overclocks you're not going to damage anything if everything's set up properly because there's over voltage Protections in place that protect your parts from getting damaged anyway so I actually haven't come into any problems ever dealing with sort of these sweet spot overclocks so that's a really good thing don't be too afraid but it may get frustrating at times just keep that in mind also there is the high performance mode in Windows which you will want to turn on and for me personally I also like to turn off the USB suspend setting which um I have had on the am4 platform so far my keyboard cutting out sometimes just randomly so when I disabled this I no longer had any problems with my keyboard or Mouse cutting out so I recommend you do that and also if you want to I highly recommend tweaking your windows for performance I've got a Windows 10 optimization guide I'll put a link in the description below for you guys awesome if you want to get that just that little bit more performance out there and get your windows running as best as it can other settings like high performance or hpet I'm not going to test that yet as again my computer is running really well at the moment I don't need to really change anything it's running completely smooth so anyway let's move on now to the next Benchmark and for the last Benchmark is for Honor we're going to run this at 1080p at ultra settings or extreme settings here you probably hear that uh GTX 1080 TI reference blasting in the background but I'm also going to talk about some final minute things with benchmarking ryzen and games as always this is why I'm running the games for you guys they're a fantastic way to test stability on your overclocks now if you get a CPU z0 error that's most likely because you either need to drop the clock speeds and or increase the voltages so just keep that in mind another thing too is that when you are seeing these results on YouTube like you're probably seeing it's a little bit choppy uh but trust me guys on the monitor I'm looking at right now it is so damn smooth it's just smooth as butter and on the previous Benchmark I did uh really one thing about ryzen is it does play extremely smooth in games so that's one thing I'm liking about this CPU at the moment and this is even with a GTX 1080ti you see there the GPU is being utilized near 100% which is great news for me personally I'm going to be using this as a workstation CPU and also on my 1440p ultrawide monitor at 100 HZ so if I get over 100 HZ or 100 FPS average I'm going to be completely happy with that as I'm not really a competitive gamer nowadays I'm pretty much a hasbin but with that said guys if you enjoyed this overclocking tutorial then be sure to hit that like button and if you have any frustrations or anything think that you have during the overclocks then be sure to drop a comment in the comment section below or check out the website www. t.tv forum and we'll have some threads over there in terms of rise and overclocking with that said guys I'm going to get on out of here and I'll catch you guys in another tech video very soon peace out for now bye\n"