Gaming PC You Can Actually Buy
### Full Article Based on the Video Transcription:
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**A Comprehensive Guide to Upgrading a Pre-Built Gaming PC: The Ryzen 5 4650G Build**
#### Introduction
If you're looking for a gaming PC but don't have a lot of money, buying a pre-built system might be one of the best ways to go about it. This guide will take you through the process of upgrading and customizing a pre-built PC featuring the Ryzen 5 4650G APU. We'll be making several changes to improve performance, aesthetics, and overall functionality.
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#### Upgrading the Case for Better Compatibility
The first step in this build is changing the case to ensure better compatibility with the motherboard. The original case was not ideal for the ASUS Prime A520M-K motherboard, as it didn't allow the motherboard to fit properly. By switching to a micro ATX case, we can position the motherboard all the way down to the bottom, which hides the ugly cables and makes the build look cleaner.
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#### Enhancing Cooling and Performance
The original cooler that came with the system was functional but lacked RGB capabilities. To address this, we decided to replace it with an RGB cooler. While the new cooler is slightly larger than needed, it adds a nice visual touch to the build. The Ryzen 5 4650G APU, which features 6 cores and 12 threads, was installed using MX-4 thermal compound for better heat dissipation.
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#### Upgrading RAM for Dual Channel Performance
The pre-built system only included one 16GB RAM stick, which limited the system to single-channel performance. To improve performance, we upgraded to dual-channel RAM by adding another 16GB stick. This change ensures that the system can handle more demanding tasks and gaming sessions with ease.
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#### Adding RGB Features Without Motherboard Support
The motherboard in this build does not support RGB natively. However, we were able to add RGB lighting using a fan hub and external power adapter. By installing RGB fans in the top and back of the case, we achieved a sleek and colorful aesthetic without compromising on functionality.
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#### Choosing a Reliable Power Supply
Replacing the original power supply was another critical upgrade. We opted for an XPG 650W fully modular power supply with a 10-year warranty. This choice ensures that the system has reliable power delivery, even when we eventually add a GPU in the future. Modular cables also make it easier to manage and tidy up the build.
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#### Final Assembly and Cable Management
With all components upgraded, we focused on ensuring proper cable management. The motherboard was positioned at the bottom of the case to minimize visible cables, creating a cleaner look. Fans were installed strategically to improve airflow while maintaining the RGB theme.
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#### Testing and Performance
Finally, we tested the system to ensure everything worked as expected. Running a game without any tweaks, we achieved 39 frames per second, which is impressive for onboard graphics. This build serves as a great bridge until we can get a proper GPU, given the current shortage in the market.
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#### Conclusion
Upgrading a pre-built PC can be a rewarding experience if done thoughtfully. By investing in better components like a high-quality power supply, dual-channel RAM, and RGB features, we transformed this system into a capable gaming machine that looks great too. Whether you're planning to upgrade your own PC or just want inspiration for your next build, this guide should help you get started.
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This article provides a detailed walkthrough of the entire process, from upgrading components to testing the final build. Each step is explained in full to ensure readers can follow along and achieve similar results with their own systems.
"WEBVTTKind: captionsLanguage: enwhat you guys got another pc build video here for you if you're looking for a gaming pc but you don't have a lot of money then buying a pre-built system is probably one of the best ways of going about it this system does have a ryzen 5 4650g and i wanted to make some changes to it so i'm going to change the case so the motherboard fits better in that case and i can use the other case for another build uh later date this is a micro atx case which means the motherboard should go all the way down to the bottom which won't show all those ugly cables also i am changing the power supply for a better power supply and we're making some changes to the ram as well because this only come with one 16 gigabyte sticker ram and even if i bought the eight gigabyte stick it would still only have one stick which means we're not running on dual channel so we're gonna run dual channel on this system so i thought i'd take it all apart and make some changes so you can see this is the motherboard here asus uh prime a520 m k that is the motherboard in here we're going to be replacing the cooler here so i'm going to remove the cooler and i want to also put some better compound on here just to make sure that it's running nice and cool so i'm going to take all this apart and rebuild it and put some rgb into it now this motherboard doesn't support any rgb so we'll have to use a hub and stuff like that to make rgb work on here so this is the stock cooler no copper on the bottom here um it's an okay cooler there's nothing wrong with it it's just that uh the person wanted a bit of rgb so i thought i'll try and add some rgb here the problem is the motherboard don't support that so we will need to use a hub and things like that to get the rgb working so i'm going to clean off the cpu here and this is a ryzen 5 46 50 which means it is 6 cores and 12 threads which is a pretty good apu you can't buy these on the market for retail they're only sold as oem systems and that's why i had to buy that pre-built system so i could get my ends on this apu here so we're going to line it up here with a little triangle and put it back into its little socket here and uh once i've got this in i'll pull the retention lever down and uh get that nice and tight in there and we can then add some thermal compound and put on the cooler that we're going to use for this build so this is the cooler that come with the build and i'm going to replace this with a pretty much an rgb cooler now this is a little bit too big for what i needed but this is the only one i had to hand and i'm going to be using it in this build he won't be able to put a gpu in here because the board is very small and the cooler is going to be too big but he can always remove that cooler and put a smaller one on once he gets the money for a gpu or when the gpus become available so i just need to get the back plate sorted here for amd socket and i'm just pushing a little plastic clip on with the screw in here so i can put it on the bottom of the motherboard once i've got this on there i'll be able to put on the mounting screws so we can then start to mount uh these the cpu cooler so what i'm going to do here is push this down onto the bench here so i've got it nice and flat and what we need to do here is put in the bolts here they've got a little screw on them so i'm just going to screw these in to the motherboard and once i've got these down i will need to put a little bracket onto the cpu cooler itself so this will then actually screw onto these actual mounts here so let me go ahead and tighten these up finger tight first i can tighten them down with the little spanner that comes in the kit now this bracket needs to go on a certain way for intel and for amd chips so make sure you read the manual if you're using this cooler now this cooler will be ideal for an atx motherboard micro atx is a little bit small and it will take up quite a lot of surface on the board which means you might not get access to the ram that easy and also you won't be able to get access to the gpu slot which when you want to put a gpu in there it might not fit so bear that in mind if you're using a cooler like this we are not using the gpu so it doesn't really matter as of yet but when it comes to putting a gpu in there you will need to replace either the board or the actual cooler itself so let's go ahead and get some compound on here i'm using mx4 this is pretty good uh compound just gonna squirt a bit of this onto the cpu and then we can spread it out so let me just go and put a bit of this on now you can either leave this as is like this and just put the cooler down on top or you can spread it out with the little spreader it comes with so i'm just going to spread this out i tend to spread it out on ryzen processors and leave it as a little blob on the intel versions so now i've got this all spread out what i'm going to do is offer up the cooler itself put it onto the mounting screws and then i can put the little bolts here to screw it right the way down so it does come with a little spanner in the kit to tighten this up but first i'm going to tighten these up finger tight and then i'll get the little spanner to tighten these down on each corner to make sure it's nice and tight just like so as you can see here you can see the width of this cooler it's quite a wide cooler so make sure it's going to be okay for your build if you're looking to buy something like this it's a little bit like a ufo now this does actually have a cable which will go straight to the motherboard and it also has a another way of using it so you don't have to have um on board rgb on your board so you can actually use the little power adapter so here we have some ram i'm going for xpg gamix d10 this was 60 pound for 16 gigs which is pretty good deal now there's the gpu slot here it's gonna be a tight squeeze to get a graphics card in there so if you are using a graphics card then make sure that you can get the actual graphics card in the slot so what we're going to do is use this ram here you can see this is the team group 16 gigabyte stick it come with but now we're using this dual channel stuff which should be much more beneficial for this particular processor so let's go ahead and get this into the case so i'm going to put the i o shield in first and uh basically all i need to do here is make sure this is in the right orientation move any sort of cables out the way i've also got the mounting screws already in the case in the right positions so i just need to put in the i o shield this just pops in very simple and easy to do now probably this is the only way you're going to be able to get a gaming system today because gpus are just completely impossible to find right now so this was an option that we had to go with for this build so we've got the motherboard standoffs already in the correct position by default when we bought the case so that's good it just means i can offer up the motherboard now into the case and it should go straight into the io shield and be no problem there so let's go ahead and get that in i'm just going to hold the cooler here and slot this into position and then we can screw them up all down with the mounting screws into the stand offset pretty straightforward stuff so just make sure you've got all your cables out the way here you're going to be getting them trapped underneath the motherboard or you don't want any sort of standoffs in the wrong position here touching the board which could shoot the ball down so you've got to be careful make sure all the standoffs in the right place once you're happy with that you can then go ahead and start to screw down the motherboard and screws come in the pack when you buy your case so whatever case you buy it will come with a little bundle of screws just go ahead and screw down the motherboard now i'm not going to show you every single screw here and this is not really how to build a computer video it's just to show you basically uh what i did with the pre-built system that i bought the other day and getting it ready for the person who wants it so let's go ahead and get the rest of these screws in so once all the screws are in we can then go ahead and move on to the next job which is putting the fans in so i'm going to put some rgb fans in here two at the top and one at the back and that will add a bit of rgb bling to the build now if you don't like rgb you can go ahead and just get normal standard fans but it does come with its own remote control and its own hub here and this will allow us to get rgb onto this system here without having rgb headers on the motherboard now you don't really need this many fans in a build you can actually get away with just one at the front and one at the back you don't really need that many fans but the person wanted a bit of rgb in here so we're going to add some rgb fans in also it just saves the job of upgrading to those a little bit later on so we'll do it all now and basically all we need to do is put in the gpu when he gets one so just go ahead and offer the fan up and get it screwed in just four mounting screws that need to be screwed for the actual fans here and i've done all of the back and i'll also do the top fans as well now this is a great way to get rgb into a budget build to make it look a bit more fancy if you're into rgb that is so you don't really need a rgb editor on the motherboard but it is nice to have one of those so you can get a little bit more easier to choose what color scheme you want and also to synchronize them all with the other fans and other cooler and stuff like that that you've got rgb on so let's go ahead and finish this off here so these all tightened up and we can now put the magnet filter back on top there we go so that's now done we're going to be putting a power supply in like i said we've gone for a pretty uh decent power supply here 10 year warranty on this this is another xpg power supply 650 watt fully modular a bit overkill for this particular build but as i said when he upgrades and puts a gpu in here you won't need to worry about the power supply because we've already put a decent power supply in there ready so it just means that he's going to have a really good power supply running his computer and you can see here it's much better than the ketchup and mustard cables they used before these have all been blacked out and it's got nice sleeve in around the cables again fully modular means that you can plug in what cables you need and then keep the rest back so you don't actually overcrowd the case with loads of unnecessary cables that you're not using the specs of this is pretty impressive it's a 650 watt 54 amps and also on the 12 volt rail which means you're getting quite a a decent power supply here so i'm just going to go ahead and put these cables in that i'm going to be using in this build which should be the cpu 24 pin and also some sata cables and stuff like that so we go ahead and plug all these in that they're in so i'm just need to get the power supply in i'm gonna have the fan facing down because we've got a filter on the bottom and once i've got this in i just need to screw this in with four screws so pretty straightforward and easy to do now the power supply is one of the items that people tend to cut corners on and let me tell you i fired a pound for every time i've seen power supplies let go and take all the hardware with it i'll be a millionaire it really is bad to use cheap quality power supplies so these pre-built systems that you buy online most of the time they're coming with cheap branded power supplies so just rip them out and replace them with something decent something like what you see in this video so i'm just poking all the cables through here the 24 pin the cpu uh the usb 3.0 cable and so on and i'll get these all plugged in to the board and you can see here the board looks a lot better in this case because it goes all the way down to the bottom so once we get all this put together it should look a lot more nicer and more pleasing to the eye now if that's not a problem for you and you want to use a micro atx motherboard in a larger case then by all means do so but it will never look nothing with the cables like that because they'll be dangling down and it looks a little bit unsightly so i'm just going to go ahead and get all the cables plugged in here the usb cables and also the front panel cables and stuff like that audio cables get these all plugged in cpu header and the 24 pin all those will be plugged into the board and then we can go ahead and move on to the next bit which would be a bit cable management and just generally tidy up the build itself now with the motherboard coming all the way down to the bottom of the case here it means you only see a small amount of cable and it just looks a little bit tidier in my personal opinion and makes it look a little bit more fuller inside that case if that's the right word to use where your motherboard is not looking so lost in a massive case and it will make it much more sellable if you're building pcs like this with the right cases with the right motherboards because that makes people look at it you know in a different light compared to having a little tiny bald in a massive case so let's go ahead and get the fan hub here now this is another great option if you don't have rgb headers on the motherboard and you can use something like this to get some rgb into that build and it's a great way of making a pc look pretty nice you can see here the cable management's all done at the back and the pc build is now complete and it looks pretty nice in my personal opinion it looks much more in perspective all the motherboard fits lovely in there we've got a much better case that fits better with that motherboard the power supply has been changed everything is ready to go we've got some rgb in there and i think it turned out pretty well it definitely looks a little bit better than what it was when we got it and i think that's what our main goal was and again you can use whatever parts you've got but i had some parts lying around and i wanted to use them to keep the cost down but again i think andy will agree it does look pretty nice and he can change that color scheme to whatever color scheme he likes but he did tell me e light blue so i've just got it on a blue sort of color the cable management turned out a lot better compared to what it was before we've replaced some of the cheaper components that come with this uh pre-built system and made it into a much more better system with better branded parts that will last a lot longer and also protect the life of the pc when he gets a chance to be able to get a gpu he can then put one straight into that system now give one game a quick go here i haven't had much chance to tweak the system yet but you can see here without tweaking the system we're getting 39 frames per second which isn't too bad for an on-board graphics and again this will be able to uh play a lot of other games as well at lower frame rates but it's a 1080p monitor we're playing on here and we're getting pretty good frame rates here as you can see not too bad for on-board graphics now i think this pc is a nice bridge gap until he gets a chance to get his hands on a proper gpu where he can play at higher frame rates but we have to wait until the gpu prices come down until they become more available and in stock at the moment you just can't get your hands on one and this is the only option that we had available so all in all not a bad system i will do some more testing and i will do some more benchmarks with some other games so let me know in the comment section below what games you want to see me test with this little system and uh what benchmarks you want to see and i'll do my best to make those videos for you so as you can see at these sort of frame rates you're probably looking at console level uh frames per second so i'm pretty sure with a few bits of tweaks we might be able to push a bit more frames per second out of this uh apu so yeah not too bad for the money anyway i think that's going to be about it for this video so i hope andy enjoys his new pc or she'll get this posted off as soon as i can and he should have it by the weekend my name is ben brian from broad tech computers dot co dot uk just want to say a big shout out to all my youtube members who have joined my youtube members group i really do appreciate the support and i shall see you again for another video real soon thanks again for watching bye for now youwhat you guys got another pc build video here for you if you're looking for a gaming pc but you don't have a lot of money then buying a pre-built system is probably one of the best ways of going about it this system does have a ryzen 5 4650g and i wanted to make some changes to it so i'm going to change the case so the motherboard fits better in that case and i can use the other case for another build uh later date this is a micro atx case which means the motherboard should go all the way down to the bottom which won't show all those ugly cables also i am changing the power supply for a better power supply and we're making some changes to the ram as well because this only come with one 16 gigabyte sticker ram and even if i bought the eight gigabyte stick it would still only have one stick which means we're not running on dual channel so we're gonna run dual channel on this system so i thought i'd take it all apart and make some changes so you can see this is the motherboard here asus uh prime a520 m k that is the motherboard in here we're going to be replacing the cooler here so i'm going to remove the cooler and i want to also put some better compound on here just to make sure that it's running nice and cool so i'm going to take all this apart and rebuild it and put some rgb into it now this motherboard doesn't support any rgb so we'll have to use a hub and stuff like that to make rgb work on here so this is the stock cooler no copper on the bottom here um it's an okay cooler there's nothing wrong with it it's just that uh the person wanted a bit of rgb so i thought i'll try and add some rgb here the problem is the motherboard don't support that so we will need to use a hub and things like that to get the rgb working so i'm going to clean off the cpu here and this is a ryzen 5 46 50 which means it is 6 cores and 12 threads which is a pretty good apu you can't buy these on the market for retail they're only sold as oem systems and that's why i had to buy that pre-built system so i could get my ends on this apu here so we're going to line it up here with a little triangle and put it back into its little socket here and uh once i've got this in i'll pull the retention lever down and uh get that nice and tight in there and we can then add some thermal compound and put on the cooler that we're going to use for this build so this is the cooler that come with the build and i'm going to replace this with a pretty much an rgb cooler now this is a little bit too big for what i needed but this is the only one i had to hand and i'm going to be using it in this build he won't be able to put a gpu in here because the board is very small and the cooler is going to be too big but he can always remove that cooler and put a smaller one on once he gets the money for a gpu or when the gpus become available so i just need to get the back plate sorted here for amd socket and i'm just pushing a little plastic clip on with the screw in here so i can put it on the bottom of the motherboard once i've got this on there i'll be able to put on the mounting screws so we can then start to mount uh these the cpu cooler so what i'm going to do here is push this down onto the bench here so i've got it nice and flat and what we need to do here is put in the bolts here they've got a little screw on them so i'm just going to screw these in to the motherboard and once i've got these down i will need to put a little bracket onto the cpu cooler itself so this will then actually screw onto these actual mounts here so let me go ahead and tighten these up finger tight first i can tighten them down with the little spanner that comes in the kit now this bracket needs to go on a certain way for intel and for amd chips so make sure you read the manual if you're using this cooler now this cooler will be ideal for an atx motherboard micro atx is a little bit small and it will take up quite a lot of surface on the board which means you might not get access to the ram that easy and also you won't be able to get access to the gpu slot which when you want to put a gpu in there it might not fit so bear that in mind if you're using a cooler like this we are not using the gpu so it doesn't really matter as of yet but when it comes to putting a gpu in there you will need to replace either the board or the actual cooler itself so let's go ahead and get some compound on here i'm using mx4 this is pretty good uh compound just gonna squirt a bit of this onto the cpu and then we can spread it out so let me just go and put a bit of this on now you can either leave this as is like this and just put the cooler down on top or you can spread it out with the little spreader it comes with so i'm just going to spread this out i tend to spread it out on ryzen processors and leave it as a little blob on the intel versions so now i've got this all spread out what i'm going to do is offer up the cooler itself put it onto the mounting screws and then i can put the little bolts here to screw it right the way down so it does come with a little spanner in the kit to tighten this up but first i'm going to tighten these up finger tight and then i'll get the little spanner to tighten these down on each corner to make sure it's nice and tight just like so as you can see here you can see the width of this cooler it's quite a wide cooler so make sure it's going to be okay for your build if you're looking to buy something like this it's a little bit like a ufo now this does actually have a cable which will go straight to the motherboard and it also has a another way of using it so you don't have to have um on board rgb on your board so you can actually use the little power adapter so here we have some ram i'm going for xpg gamix d10 this was 60 pound for 16 gigs which is pretty good deal now there's the gpu slot here it's gonna be a tight squeeze to get a graphics card in there so if you are using a graphics card then make sure that you can get the actual graphics card in the slot so what we're going to do is use this ram here you can see this is the team group 16 gigabyte stick it come with but now we're using this dual channel stuff which should be much more beneficial for this particular processor so let's go ahead and get this into the case so i'm going to put the i o shield in first and uh basically all i need to do here is make sure this is in the right orientation move any sort of cables out the way i've also got the mounting screws already in the case in the right positions so i just need to put in the i o shield this just pops in very simple and easy to do now probably this is the only way you're going to be able to get a gaming system today because gpus are just completely impossible to find right now so this was an option that we had to go with for this build so we've got the motherboard standoffs already in the correct position by default when we bought the case so that's good it just means i can offer up the motherboard now into the case and it should go straight into the io shield and be no problem there so let's go ahead and get that in i'm just going to hold the cooler here and slot this into position and then we can screw them up all down with the mounting screws into the stand offset pretty straightforward stuff so just make sure you've got all your cables out the way here you're going to be getting them trapped underneath the motherboard or you don't want any sort of standoffs in the wrong position here touching the board which could shoot the ball down so you've got to be careful make sure all the standoffs in the right place once you're happy with that you can then go ahead and start to screw down the motherboard and screws come in the pack when you buy your case so whatever case you buy it will come with a little bundle of screws just go ahead and screw down the motherboard now i'm not going to show you every single screw here and this is not really how to build a computer video it's just to show you basically uh what i did with the pre-built system that i bought the other day and getting it ready for the person who wants it so let's go ahead and get the rest of these screws in so once all the screws are in we can then go ahead and move on to the next job which is putting the fans in so i'm going to put some rgb fans in here two at the top and one at the back and that will add a bit of rgb bling to the build now if you don't like rgb you can go ahead and just get normal standard fans but it does come with its own remote control and its own hub here and this will allow us to get rgb onto this system here without having rgb headers on the motherboard now you don't really need this many fans in a build you can actually get away with just one at the front and one at the back you don't really need that many fans but the person wanted a bit of rgb in here so we're going to add some rgb fans in also it just saves the job of upgrading to those a little bit later on so we'll do it all now and basically all we need to do is put in the gpu when he gets one so just go ahead and offer the fan up and get it screwed in just four mounting screws that need to be screwed for the actual fans here and i've done all of the back and i'll also do the top fans as well now this is a great way to get rgb into a budget build to make it look a bit more fancy if you're into rgb that is so you don't really need a rgb editor on the motherboard but it is nice to have one of those so you can get a little bit more easier to choose what color scheme you want and also to synchronize them all with the other fans and other cooler and stuff like that that you've got rgb on so let's go ahead and finish this off here so these all tightened up and we can now put the magnet filter back on top there we go so that's now done we're going to be putting a power supply in like i said we've gone for a pretty uh decent power supply here 10 year warranty on this this is another xpg power supply 650 watt fully modular a bit overkill for this particular build but as i said when he upgrades and puts a gpu in here you won't need to worry about the power supply because we've already put a decent power supply in there ready so it just means that he's going to have a really good power supply running his computer and you can see here it's much better than the ketchup and mustard cables they used before these have all been blacked out and it's got nice sleeve in around the cables again fully modular means that you can plug in what cables you need and then keep the rest back so you don't actually overcrowd the case with loads of unnecessary cables that you're not using the specs of this is pretty impressive it's a 650 watt 54 amps and also on the 12 volt rail which means you're getting quite a a decent power supply here so i'm just going to go ahead and put these cables in that i'm going to be using in this build which should be the cpu 24 pin and also some sata cables and stuff like that so we go ahead and plug all these in that they're in so i'm just need to get the power supply in i'm gonna have the fan facing down because we've got a filter on the bottom and once i've got this in i just need to screw this in with four screws so pretty straightforward and easy to do now the power supply is one of the items that people tend to cut corners on and let me tell you i fired a pound for every time i've seen power supplies let go and take all the hardware with it i'll be a millionaire it really is bad to use cheap quality power supplies so these pre-built systems that you buy online most of the time they're coming with cheap branded power supplies so just rip them out and replace them with something decent something like what you see in this video so i'm just poking all the cables through here the 24 pin the cpu uh the usb 3.0 cable and so on and i'll get these all plugged in to the board and you can see here the board looks a lot better in this case because it goes all the way down to the bottom so once we get all this put together it should look a lot more nicer and more pleasing to the eye now if that's not a problem for you and you want to use a micro atx motherboard in a larger case then by all means do so but it will never look nothing with the cables like that because they'll be dangling down and it looks a little bit unsightly so i'm just going to go ahead and get all the cables plugged in here the usb cables and also the front panel cables and stuff like that audio cables get these all plugged in cpu header and the 24 pin all those will be plugged into the board and then we can go ahead and move on to the next bit which would be a bit cable management and just generally tidy up the build itself now with the motherboard coming all the way down to the bottom of the case here it means you only see a small amount of cable and it just looks a little bit tidier in my personal opinion and makes it look a little bit more fuller inside that case if that's the right word to use where your motherboard is not looking so lost in a massive case and it will make it much more sellable if you're building pcs like this with the right cases with the right motherboards because that makes people look at it you know in a different light compared to having a little tiny bald in a massive case so let's go ahead and get the fan hub here now this is another great option if you don't have rgb headers on the motherboard and you can use something like this to get some rgb into that build and it's a great way of making a pc look pretty nice you can see here the cable management's all done at the back and the pc build is now complete and it looks pretty nice in my personal opinion it looks much more in perspective all the motherboard fits lovely in there we've got a much better case that fits better with that motherboard the power supply has been changed everything is ready to go we've got some rgb in there and i think it turned out pretty well it definitely looks a little bit better than what it was when we got it and i think that's what our main goal was and again you can use whatever parts you've got but i had some parts lying around and i wanted to use them to keep the cost down but again i think andy will agree it does look pretty nice and he can change that color scheme to whatever color scheme he likes but he did tell me e light blue so i've just got it on a blue sort of color the cable management turned out a lot better compared to what it was before we've replaced some of the cheaper components that come with this uh pre-built system and made it into a much more better system with better branded parts that will last a lot longer and also protect the life of the pc when he gets a chance to be able to get a gpu he can then put one straight into that system now give one game a quick go here i haven't had much chance to tweak the system yet but you can see here without tweaking the system we're getting 39 frames per second which isn't too bad for an on-board graphics and again this will be able to uh play a lot of other games as well at lower frame rates but it's a 1080p monitor we're playing on here and we're getting pretty good frame rates here as you can see not too bad for on-board graphics now i think this pc is a nice bridge gap until he gets a chance to get his hands on a proper gpu where he can play at higher frame rates but we have to wait until the gpu prices come down until they become more available and in stock at the moment you just can't get your hands on one and this is the only option that we had available so all in all not a bad system i will do some more testing and i will do some more benchmarks with some other games so let me know in the comment section below what games you want to see me test with this little system and uh what benchmarks you want to see and i'll do my best to make those videos for you so as you can see at these sort of frame rates you're probably looking at console level uh frames per second so i'm pretty sure with a few bits of tweaks we might be able to push a bit more frames per second out of this uh apu so yeah not too bad for the money anyway i think that's going to be about it for this video so i hope andy enjoys his new pc or she'll get this posted off as soon as i can and he should have it by the weekend my name is ben brian from broad tech computers dot co dot uk just want to say a big shout out to all my youtube members who have joined my youtube members group i really do appreciate the support and i shall see you again for another video real soon thanks again for watching bye for now you\n"