Using 4k Displays with Handheld Laptops and Air Conditioners: A Experiment Gone Right

I don't often use 4k displays with handheld laptops, but I decided to give it a try recently. I was running my laptop on a desk with air conditioning vents blowing directly onto it, creating a unique cooling setup. As I sat down to test the display, I noticed that the cords hanging down from the vents looked like hair, and the eyeballs and teeth of the nearby laptop stood out in stark relief.

The system's name for this peculiar phenomenon was born out of necessity. As we felt the air conditioning units blowing down on us, it seemed to have a profound effect on our behavior. We decided to put our trusty computer to the test, running multiple tests to see how it would hold up against the extreme conditions.

We began by examining the behavior of multi-core processors. With the temperature steadily climbing, we were eager to see how our computer would react. The results were impressive - a respectable 3.3 GHz clock speed, well above what was expected from such a modest cooling system. As we continued our tests, we noticed that the computer seemed to be confused by the airflow, but it remained steadfast at its current temperature.

Next, we decided to test the limits of our computer's performance by attaching 12,000 BTUs of power to it via an air conditioner. We were amazed as our score climbed from 11 frames per second (FPS) to a respectable 14 FPS in just one test run. This marked a significant improvement in performance, and we couldn't help but wonder what would happen if we increased the cooling power further.

With the temperature now at 40 degrees Celsius, we applied a layer of foam insulation to prevent any potential issues with the tape holding it together. The computer continued to run smoothly, showing no signs of degradation despite the extreme conditions. We were thrilled to see our score climb again, this time by an additional 400 points.

However, as we delved deeper into our experiment, we realized that the GPU was not benefiting from the increased cooling power. In fact, the system's boost clock had already been maxed out in offline testing before we began our experiments. This limited our ability to further improve performance through thermal management alone.

Despite this limitation, we were still able to achieve impressive results by simply increasing the air conditioning power and repasting the GPU. We managed to climb from 4060 to 48.53 in just one test run, showcasing the significant impact that cooling can have on a computer's performance. However, it is essential to note that attempting this experiment with your own equipment may not yield the same results - especially if you're not connected to an air conditioner or are pulling power from a battery.

In conclusion, our experiment highlights just how critical proper cooling is for achieving optimal performance in handheld laptops and gaming systems. With 12,000 BTUs of power at our disposal, we were able to push our computer to remarkable heights - a testament to the power of thermal management. As I looked on, Steve (Neymar's GEXi) took credit for his hair, joking that it was a great look.

"WEBVTTKind: captionsLanguage: entoday we're gonna break cinebench with this beast bring your setup to the next level with cablemod's all-new custom coiled keyboard cables available in a variety of colors and connector types utilizing best-in-class connectors the keyboard cables give your setup a look and feel it deserves to see the complete lineup of custom keyboard cables available from cablemod click the link in the description below so with all this talk about the stream deck or steam deck whatever deck you're talking about this is the gpd win max which is kind of like a steam deck but not really a steam deck but it's a steam deck without being called steam deck steam deck steam deck anyway it is an all-in-one gaming system so as you can see it's got thumb sticks on there it's got your d-pad you've got your xy a and d buttons you got your bumper buttons your trigger buttons over here essentially it mimics and pulling up things that's fine basically it mimics like a xbox type controller or playstation controller built into the top and it features some very interesting specs so the cpu it's a core i5 1035 g7 cpu so it's a 10th gen architecture it's a four core eight thread 1.5 gigahertz base clock realistically it spends most of its time around 2.6 2.7 gigahertz and it's got the non-xe graphics now there is a version of this it has xc graphics which is the the new graphics from intel which is that what they're basing their discrete uh graphics cards coming out you know the full-blown ones later on are based on xe graphics this one just has essentially the same as the hd graphics that you would find in the older integrated igpus found in like 9900ks and such but it's just got a lot more of them so it's got the same crap graphics intel was known for just extra crap crammed into the crap hole not less crap is more of the crap which makes the crap seem less crappy but it's also got 16 gigabytes of ddr4 which is obviously shared between the system and the igpu so a couple of things we're going to do today we're going to do cinebench r23 just to see how it does temperature and all that sort of stuff because realistically this is an actual laptop just a laptop with a very very small pcb and uh integrated soldered memory single-sided nvme so it won't fit double-sided sticks this is phil's by the way if i haven't mentioned um i have absolutely no use for this ever in my life so that's why i'm just i'm just using his for this video um but what we're gonna do today is we're to see if re repasting this will help because it is two years old um the pace could with how hot these things get could absolutely be dried up want to see if we improve our score at all and then we'll pull out the old air conditioner and see if we can't chill this thing into a better space so we're just going to go ahead and run cinebench r23 multi-core oh i hit 100 c when it was oh there it goes 100 c 73 100 c fans are at 100 clogs hanging at around three three gigs look at that it's gonna go bouncing back and forth but obviously how those temps stay up and it's gonna continue to probably drop although it's it's just oh there it goes so there's 2.0 uh look how much the temps came down with that though temp and frequency are directly related so that's why i'm convinced if we can get this thing nice and chilled we'll get some pretty decent core clock um duration out of this all right so that score was a 4060. it's actually not that far behind the 7700k ironically is that more sad about the 7700 or more awesome about this modern equally both no so let's look at the turbo timer here check this out for the first 15 or 20 seconds or whatever it is 23 seconds i don't remember uh it goes full tilt it was 100c remember that the core clock started real high but look at it the core clock starts to drop whereas the turbo timer ends it dropped the clock down to the 1.5 gigahertz which i showed and then it started dynamically ramping the clock speed back up to slowly increase the the core temp until where it was comfortable at finding that equilibrium between temperature and core clock but this first bit right here it's just like all right man let's go and then it just starts like chipping away at the task and then finally it's like how long is this job i don't know we should probably slow down until we know a little more about what we're doing and then it slows down and then it goes oh okay cool we're we're dried off a little bit we can go ahead and start ramping up and then it starts working harder and then that says we're sort of equilibrium equilibriums right there even though we can't go into the bios necessarily and turn off these types of features that we're used to turning off in big motherboards and big you know desktop cpus and stuff it's this ramp up period right here and this initial shoot down because of temperature that i'm hoping that a replace could potentially help with if not i think the ac would definitely help with this part right here and this is where we can increase our score right there i don't think we're going to get a whole lot around this area i just want to make this a more linear line well at least an exponential line rather than having this massive dip and then the slow acceleration of speed again and that's specifically because of the temperature as you can see so that's where i'm hoping we can find some improvement um that was a 4060 and then we need to run 3d mark right now so that we can see um how the gpu on this is so for this test we're just doing regular time spy which does have a mixture of um has two gpu tests and a cpu test so this will get us our gpu score physics score which is technically cpu and our combined score and then of course we'll leave this running in the background and afterburner so we can see what some of that behavior is it should be interesting to see how this performs i mean look when we're just loading up tasks and stuff that spikes to 92c and that's because obviously when you guys see inside this thing the thermal mass or at least the physical mass of the cooler is very small so it doesn't have a whole lot of like it becomes saturated very quickly um it's not a whole lot you can do i mean look at the size of the thing we've got a whopping 5.9 5.8 5.6 fps could you imagine doing vr in this frame rate you'd immediately like throw up you throw up in vr you throw up in real life what's up what's funny is just the size of the brick for the monitor is like it's as big as the pc almost this is how it things look and feel to me when i'm drunk remember i was like dude the world's laggy you've heard me say that before you're drunk you're going integrated draft no i go i go low power mode yeah cpu looks fast the cpu does look fast this is the fps i was getting with my ad350 if uh amd are um i almost said fx what is fx i almost had ryzen but it's fx it's very similar fps to that yeah all right so our combined score 930 great wait what why does it say great i don't know why it says great it's not really that great that is not great 932 graphic score 825. go away cpu score 35.52 okay let me go and shut this down and we're gonna tear it open and take a look at the inside um again this is phil's unit if i break it then i have to buy him the new one that has the xe graphics in it so secretly you know he's like hello no i'm not busy right now that's fine i've gotten asked a bunch of times what screwdriver this is this actually came with asus cameras ace of something i keep saying i fix it you need to make a power screwdriver anyway all of the screws on this guy are in the perimeter that's titan so when you take the cover off this is what you get uh we had to use the spudger tool to pry it open and of course find the ifixit kit link down below so here's the battery in the connector i unconnected that um it goes right here on the pcb so we'll set that aside safely because it is a battery look at the size of the pcb on this thing it is tiny so these are the fans right here there's actually a decent amount of dust to them these are the fans right here this is the m.2 storage right there which as you can see yeah single sided only and then we'll just start we'll just start taking some screws off see those are the fans and that's it two heat pipes and a partridge in a pear tree two heat pipes right there and that's it and that's it that's the entire cooler world's smallest cpu cpu and gpu right there next to each other look at that it's a pretty well engineered like thing if you think about it like the way that this all kind of goes it's like origami yeah so that's it let me get some ice cream for alcohol and a rag and then we'll what do you think kpx extreme kingpin extreme extreme so we got ourselves our nice clean dye and our kpx thermal paste which i will be spreading on there because i like to do it that way so one thing to keep in mind when you're pasting an exposed dye like this that's the actual silicon right there you're looking at with like a clear coat on it um you want to cover every inch of it and i can't even say every inch of the straight face is so tiny but every single visible portion of it corners and all need to be covered and i'm trying to make this as thick as possible because i want the excess to squish out you get any portion of it that does not have thermal paste touching it it will just become a hot spot which will cause throttling so the initial spikes right there only went up to 77. that's actually an improvement already um so let's do cinebench r23 first like i said everything's the same nothing's been touched or messed with all right so i started the test was it 3.3 before it didn't hold it for that long it's staying higher for a little longer i mean right now it's obviously going to drop any second now there it goes we had a 40 60 before i think we're gonna get like maybe a 41 something maybe a 42 something maybe dude it's only back up to two eight it's going higher it's seeking a higher frequency because it's like hey we're not at a hundred this gives me actual like hopes for this the ac part this is why i always advise people if they're comfortable with it and they're willing to potentially void their warranty or what to replace their laptops and such especially if they're old and they've been used a lot remember thermal paste does have a life cycle um you know too many heat cycles in it eventually it gets hard and the harder it gets the less transfer you get i picked this up used so i kind of wanted to you picked it up used yeah and you i know the internet could really tell but when i took that heatsink off it was pretty like it looked like a dry lake bed which is kind of normal it's just that's what happens because it expands and contracts under temperature changes and then eventually it gets hard and then when it when it recedes or shrinks there's no elasticity to it so it just pulls apart then you have gaps then you get the odd behavior 42 to 18. like i said i was i what i say i said about 41 4200 right it's like i've run the score a couple times in my life so we picked up almost 200 points with a re-paste on this all right let's uh send it let's do um that other thing that other yeah 3d mark that thing forgot for me it's been a while it's been a minute okay so we got a 928 which is actually dot down from our 932 which is weird our graphics score went from an 825 to 28 21 but our cpu score went up from a 35 52 to a 36 27 3d mark's a weird one how you can gain cpu score lose four points in a graphic score and lose overall like but that's that's actually not that abnormal all right definitely received improvement they make pills for that this is the part where phil has a realistic chance of getting her replacement unit it was the natural progression of this whole series that's the coolest gaming system right there it looks like it's going it's making the e this makes me wanna like actually created acpc acpc fps thunder jeep wait why don't we have a let's do this thing oh is it taking a minute to turn on the display oh okay there we go i don't often use 4k displays with handheld laptops and air conditioners air conditioners oh oh crap my password's numbers so with the cords hanging down we felt that looked like hair in fact that's eyeballs and and teeth and stuff we felt we needed to name it and the only appropriate name i could come up with so 12 c is about where we bottomed out right here i bet you feel it go for longer it would actually go lower especially if i turn the system off um but it's flat line because his minimum on his chart is 40. so anyway i also put this foam down here because i thought with the moisture and cold air i didn't want it to loosen up the tape to have it like fall down so at least it could fall on some foam if that happens okay let's take a look at our behavior now and see what happens with multi-core you ready phil 61 degrees 62 63 oh my goodness look at that the computer's confused that's i know it's like weight of it look at the temps just climbing right there but to a such a reasonable number just dude flatlined at 33. look at that 3.3 all core is pretty respectable for a computer that look at this for that okay there we just saw our first dip it went down to 30 uh two or three it went to 30 then 32 back to 31. that's 73 it might also keep it at that clock speed it should have dropped already oh there it goes oh it only dropped the 2.9 so now i'm thinking we're going to probably hit 4 300. 4318. 46.38 wow we picked up another 400 points by only attaching 12 000 btus to it yeah this is burning 1000 watts of electricity we're we're spreading a thousand watts of power to cool down 40 no 30 when it goes long so before it dropped down to 11 fps at the end of the test we dropped down to 14 this time around it's touching 13 but it comes right back up to 14. that's i mean that's going to give us a big improvement in the score like just one or two fps makes a huge difference in the score yeah from 11 to 14 at the end 939 it so doesn't care i'm telling you it's we've got to get gpu up for that to match 4241. holy and all it took again was a you know 399 dollar air conditioner to make a 399 computer computer go a little faster so i mean obviously the gpu is not going to benefit from this like we called out because um and offline testing before we made this video told us it was already max boosting so there was nothing to gain and there's nowhere to control the boost clock on this like you can't go into afterburner in an igpu like this and look we can't right we can't do anything with it it's fully locked so there's nothing we could do about that but anyway this was fun phil bought this thing he's been playing around with it for a while and i said hey let's just do a thing with it today he wanted to he wanted to paste it so make a video about it it was my idea to put on the air conditioner and that was clearly the best idea so as i said we would do we went ahead and ran one test where we upped the power limit uh long term limit from 30 to 40 watts and this is where phil was comfortable he could go higher but this is as comfortable as he was willing to go so instead of having it dropped down to 30 like we were it then ran 40 the entire test so went from 4060 to 48.53 so just under 800 points just from cooling it and repasting it and then increasing the power limit don't do this on your own if you have one if you're not hooked up to an ac or something because check this out we actually had to pull power from a wall the battery was not we only pulled 14 watts to 15 watts but that was power needed above what the battery could supply so the battery was like help the charger was like i got you bro so that's what that was but look at the clock speed just the entire time not that just 3.3 the entire time so again i say all you need to cool a 300 or 400 handheld cooling or a gaming system like this is a 400 12 000 btu air conditioner what's so hard about that but you know what steve you did a great job today buddy good job don't confuse this with gamers nexus steve this is neymar's gexis steve not the same he has better hairtoday we're gonna break cinebench with this beast bring your setup to the next level with cablemod's all-new custom coiled keyboard cables available in a variety of colors and connector types utilizing best-in-class connectors the keyboard cables give your setup a look and feel it deserves to see the complete lineup of custom keyboard cables available from cablemod click the link in the description below so with all this talk about the stream deck or steam deck whatever deck you're talking about this is the gpd win max which is kind of like a steam deck but not really a steam deck but it's a steam deck without being called steam deck steam deck steam deck anyway it is an all-in-one gaming system so as you can see it's got thumb sticks on there it's got your d-pad you've got your xy a and d buttons you got your bumper buttons your trigger buttons over here essentially it mimics and pulling up things that's fine basically it mimics like a xbox type controller or playstation controller built into the top and it features some very interesting specs so the cpu it's a core i5 1035 g7 cpu so it's a 10th gen architecture it's a four core eight thread 1.5 gigahertz base clock realistically it spends most of its time around 2.6 2.7 gigahertz and it's got the non-xe graphics now there is a version of this it has xc graphics which is the the new graphics from intel which is that what they're basing their discrete uh graphics cards coming out you know the full-blown ones later on are based on xe graphics this one just has essentially the same as the hd graphics that you would find in the older integrated igpus found in like 9900ks and such but it's just got a lot more of them so it's got the same crap graphics intel was known for just extra crap crammed into the crap hole not less crap is more of the crap which makes the crap seem less crappy but it's also got 16 gigabytes of ddr4 which is obviously shared between the system and the igpu so a couple of things we're going to do today we're going to do cinebench r23 just to see how it does temperature and all that sort of stuff because realistically this is an actual laptop just a laptop with a very very small pcb and uh integrated soldered memory single-sided nvme so it won't fit double-sided sticks this is phil's by the way if i haven't mentioned um i have absolutely no use for this ever in my life so that's why i'm just i'm just using his for this video um but what we're gonna do today is we're to see if re repasting this will help because it is two years old um the pace could with how hot these things get could absolutely be dried up want to see if we improve our score at all and then we'll pull out the old air conditioner and see if we can't chill this thing into a better space so we're just going to go ahead and run cinebench r23 multi-core oh i hit 100 c when it was oh there it goes 100 c 73 100 c fans are at 100 clogs hanging at around three three gigs look at that it's gonna go bouncing back and forth but obviously how those temps stay up and it's gonna continue to probably drop although it's it's just oh there it goes so there's 2.0 uh look how much the temps came down with that though temp and frequency are directly related so that's why i'm convinced if we can get this thing nice and chilled we'll get some pretty decent core clock um duration out of this all right so that score was a 4060. it's actually not that far behind the 7700k ironically is that more sad about the 7700 or more awesome about this modern equally both no so let's look at the turbo timer here check this out for the first 15 or 20 seconds or whatever it is 23 seconds i don't remember uh it goes full tilt it was 100c remember that the core clock started real high but look at it the core clock starts to drop whereas the turbo timer ends it dropped the clock down to the 1.5 gigahertz which i showed and then it started dynamically ramping the clock speed back up to slowly increase the the core temp until where it was comfortable at finding that equilibrium between temperature and core clock but this first bit right here it's just like all right man let's go and then it just starts like chipping away at the task and then finally it's like how long is this job i don't know we should probably slow down until we know a little more about what we're doing and then it slows down and then it goes oh okay cool we're we're dried off a little bit we can go ahead and start ramping up and then it starts working harder and then that says we're sort of equilibrium equilibriums right there even though we can't go into the bios necessarily and turn off these types of features that we're used to turning off in big motherboards and big you know desktop cpus and stuff it's this ramp up period right here and this initial shoot down because of temperature that i'm hoping that a replace could potentially help with if not i think the ac would definitely help with this part right here and this is where we can increase our score right there i don't think we're going to get a whole lot around this area i just want to make this a more linear line well at least an exponential line rather than having this massive dip and then the slow acceleration of speed again and that's specifically because of the temperature as you can see so that's where i'm hoping we can find some improvement um that was a 4060 and then we need to run 3d mark right now so that we can see um how the gpu on this is so for this test we're just doing regular time spy which does have a mixture of um has two gpu tests and a cpu test so this will get us our gpu score physics score which is technically cpu and our combined score and then of course we'll leave this running in the background and afterburner so we can see what some of that behavior is it should be interesting to see how this performs i mean look when we're just loading up tasks and stuff that spikes to 92c and that's because obviously when you guys see inside this thing the thermal mass or at least the physical mass of the cooler is very small so it doesn't have a whole lot of like it becomes saturated very quickly um it's not a whole lot you can do i mean look at the size of the thing we've got a whopping 5.9 5.8 5.6 fps could you imagine doing vr in this frame rate you'd immediately like throw up you throw up in vr you throw up in real life what's up what's funny is just the size of the brick for the monitor is like it's as big as the pc almost this is how it things look and feel to me when i'm drunk remember i was like dude the world's laggy you've heard me say that before you're drunk you're going integrated draft no i go i go low power mode yeah cpu looks fast the cpu does look fast this is the fps i was getting with my ad350 if uh amd are um i almost said fx what is fx i almost had ryzen but it's fx it's very similar fps to that yeah all right so our combined score 930 great wait what why does it say great i don't know why it says great it's not really that great that is not great 932 graphic score 825. go away cpu score 35.52 okay let me go and shut this down and we're gonna tear it open and take a look at the inside um again this is phil's unit if i break it then i have to buy him the new one that has the xe graphics in it so secretly you know he's like hello no i'm not busy right now that's fine i've gotten asked a bunch of times what screwdriver this is this actually came with asus cameras ace of something i keep saying i fix it you need to make a power screwdriver anyway all of the screws on this guy are in the perimeter that's titan so when you take the cover off this is what you get uh we had to use the spudger tool to pry it open and of course find the ifixit kit link down below so here's the battery in the connector i unconnected that um it goes right here on the pcb so we'll set that aside safely because it is a battery look at the size of the pcb on this thing it is tiny so these are the fans right here there's actually a decent amount of dust to them these are the fans right here this is the m.2 storage right there which as you can see yeah single sided only and then we'll just start we'll just start taking some screws off see those are the fans and that's it two heat pipes and a partridge in a pear tree two heat pipes right there and that's it and that's it that's the entire cooler world's smallest cpu cpu and gpu right there next to each other look at that it's a pretty well engineered like thing if you think about it like the way that this all kind of goes it's like origami yeah so that's it let me get some ice cream for alcohol and a rag and then we'll what do you think kpx extreme kingpin extreme extreme so we got ourselves our nice clean dye and our kpx thermal paste which i will be spreading on there because i like to do it that way so one thing to keep in mind when you're pasting an exposed dye like this that's the actual silicon right there you're looking at with like a clear coat on it um you want to cover every inch of it and i can't even say every inch of the straight face is so tiny but every single visible portion of it corners and all need to be covered and i'm trying to make this as thick as possible because i want the excess to squish out you get any portion of it that does not have thermal paste touching it it will just become a hot spot which will cause throttling so the initial spikes right there only went up to 77. that's actually an improvement already um so let's do cinebench r23 first like i said everything's the same nothing's been touched or messed with all right so i started the test was it 3.3 before it didn't hold it for that long it's staying higher for a little longer i mean right now it's obviously going to drop any second now there it goes we had a 40 60 before i think we're gonna get like maybe a 41 something maybe a 42 something maybe dude it's only back up to two eight it's going higher it's seeking a higher frequency because it's like hey we're not at a hundred this gives me actual like hopes for this the ac part this is why i always advise people if they're comfortable with it and they're willing to potentially void their warranty or what to replace their laptops and such especially if they're old and they've been used a lot remember thermal paste does have a life cycle um you know too many heat cycles in it eventually it gets hard and the harder it gets the less transfer you get i picked this up used so i kind of wanted to you picked it up used yeah and you i know the internet could really tell but when i took that heatsink off it was pretty like it looked like a dry lake bed which is kind of normal it's just that's what happens because it expands and contracts under temperature changes and then eventually it gets hard and then when it when it recedes or shrinks there's no elasticity to it so it just pulls apart then you have gaps then you get the odd behavior 42 to 18. like i said i was i what i say i said about 41 4200 right it's like i've run the score a couple times in my life so we picked up almost 200 points with a re-paste on this all right let's uh send it let's do um that other thing that other yeah 3d mark that thing forgot for me it's been a while it's been a minute okay so we got a 928 which is actually dot down from our 932 which is weird our graphics score went from an 825 to 28 21 but our cpu score went up from a 35 52 to a 36 27 3d mark's a weird one how you can gain cpu score lose four points in a graphic score and lose overall like but that's that's actually not that abnormal all right definitely received improvement they make pills for that this is the part where phil has a realistic chance of getting her replacement unit it was the natural progression of this whole series that's the coolest gaming system right there it looks like it's going it's making the e this makes me wanna like actually created acpc acpc fps thunder jeep wait why don't we have a let's do this thing oh is it taking a minute to turn on the display oh okay there we go i don't often use 4k displays with handheld laptops and air conditioners air conditioners oh oh crap my password's numbers so with the cords hanging down we felt that looked like hair in fact that's eyeballs and and teeth and stuff we felt we needed to name it and the only appropriate name i could come up with so 12 c is about where we bottomed out right here i bet you feel it go for longer it would actually go lower especially if i turn the system off um but it's flat line because his minimum on his chart is 40. so anyway i also put this foam down here because i thought with the moisture and cold air i didn't want it to loosen up the tape to have it like fall down so at least it could fall on some foam if that happens okay let's take a look at our behavior now and see what happens with multi-core you ready phil 61 degrees 62 63 oh my goodness look at that the computer's confused that's i know it's like weight of it look at the temps just climbing right there but to a such a reasonable number just dude flatlined at 33. look at that 3.3 all core is pretty respectable for a computer that look at this for that okay there we just saw our first dip it went down to 30 uh two or three it went to 30 then 32 back to 31. that's 73 it might also keep it at that clock speed it should have dropped already oh there it goes oh it only dropped the 2.9 so now i'm thinking we're going to probably hit 4 300. 4318. 46.38 wow we picked up another 400 points by only attaching 12 000 btus to it yeah this is burning 1000 watts of electricity we're we're spreading a thousand watts of power to cool down 40 no 30 when it goes long so before it dropped down to 11 fps at the end of the test we dropped down to 14 this time around it's touching 13 but it comes right back up to 14. that's i mean that's going to give us a big improvement in the score like just one or two fps makes a huge difference in the score yeah from 11 to 14 at the end 939 it so doesn't care i'm telling you it's we've got to get gpu up for that to match 4241. holy and all it took again was a you know 399 dollar air conditioner to make a 399 computer computer go a little faster so i mean obviously the gpu is not going to benefit from this like we called out because um and offline testing before we made this video told us it was already max boosting so there was nothing to gain and there's nowhere to control the boost clock on this like you can't go into afterburner in an igpu like this and look we can't right we can't do anything with it it's fully locked so there's nothing we could do about that but anyway this was fun phil bought this thing he's been playing around with it for a while and i said hey let's just do a thing with it today he wanted to he wanted to paste it so make a video about it it was my idea to put on the air conditioner and that was clearly the best idea so as i said we would do we went ahead and ran one test where we upped the power limit uh long term limit from 30 to 40 watts and this is where phil was comfortable he could go higher but this is as comfortable as he was willing to go so instead of having it dropped down to 30 like we were it then ran 40 the entire test so went from 4060 to 48.53 so just under 800 points just from cooling it and repasting it and then increasing the power limit don't do this on your own if you have one if you're not hooked up to an ac or something because check this out we actually had to pull power from a wall the battery was not we only pulled 14 watts to 15 watts but that was power needed above what the battery could supply so the battery was like help the charger was like i got you bro so that's what that was but look at the clock speed just the entire time not that just 3.3 the entire time so again i say all you need to cool a 300 or 400 handheld cooling or a gaming system like this is a 400 12 000 btu air conditioner what's so hard about that but you know what steve you did a great job today buddy good job don't confuse this with gamers nexus steve this is neymar's gexis steve not the same he has better hair\n"