Gadgetory

my coverage of Computex 2017 is brought to you by MSI EVGA Tesoro g.skill and Coolermaster alright guys I'm over here at 9 gang and I'm at the G skill booth where they have the World Series of overclocking stage over here which is behind me but they've actually offered to allow me to do some hardcore overclocking here and we're going to see if we can overclock at 7700 K 2 7 7 gears it's what we're aiming for it I've never done this and I fully admit this I've shown you guys overclocking like this before but I've never tried it myself so we got some ln2 here cheers Cheers so just know you're not supposed to drink this stuff so what's the basic idea we have a pot as it is known yeah which is made of all copper I imagine nickel plated and this is what sits on top of the CPU you're also deleting the CPUs right so the TPS have been deleted the crappy thermal paints that Intel you uses has been replaced by something much higher quality League goes back on more thermal paste pot sits on top of it it's actually got a little gap here for thermistor to drop in there to measure temperature and and that's all I know so far so that's not all you need to know for pouring in that's the basic point man well good so this is the process being used right here yeah right now we have a 7700 K which is at fifty five hundred megahertz which is running at a voltage one point one seven which is a that's actually pretty good overclock right so NASA click it's weeding out 1.60 because when you do that like you can't trust cpu-z CPU Z is not trustworthy so we're actually one point six right now so that makes a little bit more sense oh wow here's five point five a one point one seven volts that is a very nice chip right there alright so now we just pour liquid nitrogen yet if you want to get it to stuff a gigahertz the first thing we have to do is call down a temperature to about minus 190 degrees centigrade we call it okay full pot because we just keep on pouring and we leave degree that we reach the lowest temperature possible with with the liquid nitrogen okay and we're at 118 - 118 right now so just I just went for it alright here we go but essentially it's not off with that massive plume of smoke coming out a month ago spool pot the liquid nitrogen just starts to simmer and violently bubbling alright because the what is the book what is the boiling temperature of liquid nitrogen it's a minus 196 degrees okay so right now we are above that which is why it's all vaporizing I just try to pour it all in make sure you don't over for so it's like oh yeah we don't want to get it over under the under the motherboard or the TV or or our g.skill memory some modern CPUs do you have a cold look and then you have to manage the temperature very accurate okay here we could just pour in until we got the lowest temperature with others of you have to very carefully control the temperature okay it makes it easier in one way but also a bit more difficult in the other way because the thermal page not all their whole place in would send this kind of a pole temperature okay and once in a while we could have something that we call thermal paste cracking and that's basically when the thermal phase solidifies and then loses the contact between haider the CPU died at the eats better or the heat sir and the sea-cocks okay so having accurate thermal readings is what's going to allow you to be like if you've lost years the good thermal paste contact there they got full of that out all I really would have you would have a thermal thermocouple in the vicinity base had one right next to the heat spreader as well okay so you can see when you run a work load if the CPU died temperature goes up a lot but your CPU pot is stable then you have a problem that's when your your Delta separates to other when you have a high Delta you know that you've actually get a crack all right so right now we're down to minus 192 point four ish what would be our next step we have to increase the voltage to sustain a high frequency okay so we're at one point six right now and for the first step until six point five gigahertz we can use 1.85 okay so just punch that in yeah there you go there we go apply yeah there we go and we go to the CPU ratio and the ratio ah and then a little tab enable the group tuning so all the cores are enable high yet we're running core for a threat by the way without bailing any of the course or hypothermic oh nice so 55 we can go let's say 262 person all right we now have six gigahertz representing the CPU Z at one point eight five five volts so things are looking good now when we cool it down lower just kind of keep bumping up the we're we're all good with the table eight we're at a point now we can go K we have no thermal cracking the voltage seems alright we can just increase the frequency you and Lauren all right so bump up to say six five or just go straight for seven six - six - six - we have to take small leap it's a little bit exactly like you're good to bugs and quickly you got an interesting over yourself I see alright so keep things warm all right we got six - all right here - micro sticks fall down all right how long do you like do you give it some time you're like six - entrapment there's there's a strategies where you would leave it for a bit so if you leave it for a bit and there's no load on this review your CPU I will go slightly down a temperature okay so maybe you can get like that send extra megahertz or something like that right over that one for all right or let's prepare for seven gigahertz we have to increase the CPU or voltage to 1.93 for IRA Oh also pay attention to the temperature right so we have to pour it again to make sure we're at minus one we ran out of ln2 the temperatures starting to creep up a little that we're at 186 85 so we got a dump in some more since I'm in charge of this I got to do it yeah you have to manage everything you have to be on top of the temperature you have to be on top of the voltages the multipliers everything's old shifting at once it's all active all right so we're back down to 193 here so let's jump up to item 1 9 2 on the Bolton oh yeah 95 95 1.9 to 5 volts apply right in full at 193 and how we got the reading at we can jump up to let's say 6.7 and then just one ratio up at a time okay to gradually get to stuffing everything all right till we hit apply at 6 7 all right we bumped up to six eight now 6.8 hit 6 9 apply my heart rate is increasing feel the pressure all right we got six six point nine I kind of crept up there too okay does that usually happen always going to be this wide without a little bit back and forth on the Facebook okay face block is fluctuating by about to two or three hundredths of the megahertz all right let's jump up to seven why not awesome there we go alright I'm going to pour I'm going to pour in more Ellen - you want to try a bit higher now we have to take even smaller steps so we just start going up with the detailed paper okay 0.2 megahertz at a time all right same process oh yeah and we go keep in mind it's also a refill chip it's not an engineering system so this is listen you can do this at home basically with the retail chip you just got to get all this other you need a bunch of ln2 and that's stuff all right temperatures still looking good we're still - 193 where it's seven point zero three gigahertz that's that's pretty good now I'm gonna go for it we're going to go 100.6 on the base clock oh there we go 7042 I think our temperature is dropping just ever so slightly and that's it you got to stay on top of things and not what you're actively thinking of what's needed yeah I feel like if you could get over 70 70 you're going to be the fastest youtuber that we've had it overall yeah all right I got to do that no four are gonna be too else's vineyard we had the guys over farm when I gave her next to Steve yeah hey Steve Oh mind it's over as well all right I got 7:06 then well that was almost 70 70 I'm at 100 point nine good 101 101 we have 70 77070 point zero seven which i think is very lucky that's a very lucky number right there you can increase a little bit the voltage to like one point nine five five all right let's do 5 5 C we can hit seven point one okay and apply temperature up I'm going to add some more Ellen - yes I am a hardcore overclocker search stream that so experienced the couple at spawn some base clock up another point to here 101 point - on the base clock ah memory read access violation I'm going to call it though that I won I beat Steve and Linus it was Jay here no alright Jay didn't know he's already gone back to him right I beat Stephen - five point seven zero megahertz on the lm-2 overclocking with a 7700 K so champion so I win thank you thank you everyone everyone go comment then we finally got our blue screen - so we've come full circle alright thanks you guys I think we should also probably check out some of the hardware the G scale has on display here so I've heard they have memory let's start off with some G skilled memory they have it all lined up here so I'm going to kind of run down the line and show you guys each kit and what they have it took - these are all X 299 the newest Intel platform 4 X 3 CPUs this is a 16 gig kit letting it 45 hundred megahertz what we're looking at right now is try to be non RGB cos remembers RGB you have to have some extra data that's traveling over the bus between the memory and the rest of the system which means with RGB memory they're not going to be able to exploit as high frequencies and see here's another 8 gig by 2 kit also running a 40 500 megahertz this one are a little bit tighter timing at Katz's latency 19 again on the X 299 this looks like it must be a KB Lake X system though because the gimm flops are only populated in one slide remember KB Lake X cpus are dual channel memory skylake X CPUs or quad channels so when you have quad channel you're going to have memory on both sides if you have K bulik X and running dual channel you're only going to slot in on one side of the motherboard so that's kind of why they have this too next up here is the fastest gift they have currently running at least with a keg by two configuration 4800 megahertz Cathleen c19 everything that I'm telling you is validated by like what's up on the screens here I'm not going to like to show you guys the close-ups of everything what's going on trust me what g.skill is showing is actually accurate here this one again is running in dual channel mode but that's really fast 4,800 megahertz and already on in cells and the newest design of CPUs here's a 16 gig kit and this time we're moving into the RGB memory so remember it's RGB you can't you're not gonna be able to quite at a frequency but you do get pretty colors so you know that's your trade up 4,000 megahertz 16 gig 8 gigs by 2 kits under your cat slings 218 Steve I just want to point out hold on Steve here look Steve James person lately I get to get the hair down Steve became a person to say that he concedes to my victory in the overclocking challenge that g.skill has going on right here we also have their Bower here to validate he actually wasn't there but I'm but I'm just 7000 70.1 come up with you make that up right now no in fact I have a screen cap of it that I'm displaying on the screen right now just two trues and I'm not a liar and I am better at hardcore overclocking immediately okay well I'll list another one moving out to here we have several more kits where this is RGB stuff so I kind of like this one gets kind of red button blue seen doing America I mean I guess there's other countries with all three is rather exciting but I'm getting distracted up this is a 64 gig kit 8 gigs by 8 gigs all populated in X 9 X 299 deluxe 80s prime motherboard this is running 4200 mega again with RGB that makes it more of a challenge to run high frequency but excellence if G still has a kit that is validated and working SSP next up we got a 32 gig kit this is just 16 gigs by two so if you're setting up a mini ITX port or something where your gym flops a little bit more limited you can still get your RGB and you can still make it really fast with 4,000 megahertz testing through 17 18 18 38 that's an asrock XQ 9950 formula motherboard in there by the way and finally the fastest RGB ddr4 memory kits that anyone has there at least you feel heads I mean I would say anyone because you still usually have some the best memories out there this is a 16 gig kit a kick by two forty four hundred megahertz cast latency nineteen nineteen nineteen nineteen thirty-nine and even though the memory is FS it still has RGB data going through a tooth that's pretty cool look it's doing this fashion - team session - so much better the fast memory is awesome in all but it's even more awesome if you have that fast memory in a rising configuration so here's a crosshair 6 here with an AMD right instead of 1700 this kit is at thirty six hundred megahertz AMD just recently launched a new Ajitha new microphone for their rise and cpus the dividers with all that's of 4,000 but you know the memory manufacturers fillings work to get kits that are going to be validated work with that of course they've been a little bit finicky with actual types of ICS that they're actually using incense on beta eyes have been the most effective for writing processors 36 header bigger so at Kathleen's be 16 it's really really fast especially in a rising system and I also have this kick here which is 3466 vacillating 319 an 8 gig by 2 kit as I mentioned these are also RGB they are also RGB so that's cool too is another 3600 kits that a castellated 16 as well 8 gigs by - this one is a gigabyte GA ax 370 gaming k7 mother and finally down here on the end a couple thirty two hundred megahertz kids both eight gigabytes too fast latency 14 super tight signings on these not quite as high as frequency but 32 megahertz CL 14 is just a drip and fast Verizon and of course G CL is where can I get any kissed validated what I was asking it was like what kind of guarantee if I got a rise in processor and I buy one of these kits do I have that I'm going to be able to just plug in into that speed and that those timings I get the system to actually work they said you know it's not hundred percent obviously every CD is a little different the memory control and every CPU is a little different so getting them to play nice together isn't always just going to be a plug and play sort of thing but as the micro pedal states come out from Andy as g.skill works on the memory kit and the modules that are in there and validates those you will have more options and what they did say is that in their experience if you have an ex seriously PU like a 1700 X or an 1800 X like we have right over here they have said that those do seem to play a bit nicer with a higher frequency memory so if you are looking to get some high-speed memory with the rising platform then maybe consider one of the XQ CPUs because the pricing for those I mean it's usually about 20 30 bucks more at least for the 1700 x over to 1700 and then 1800 X of course does have a price premium but I have seen several sales on that too so there's a little there's a little bit more validity to getting excuse let's finish up with some riff rules we have riff just Mike over here now the one up on the top shelf player is the MX 780 and that's actually been up a little bit you guys may have seen me talk about that one last year actually it's really come up a little bit higher end though so G still is working on making mice that are a little bit more affordable so for about 40 bucks you can get this one here that's the MX 570 you'll notice it does have some LED lights on it actually the LED are on the back is blazing leaf bright super bright baby halos as I'm filming stuff like that g.skill did say that with the software you will be able to adjust the brightness on that pretty cool and exercise 70 though does it's got an optical sensor 7,200 DPI at the right hand of design but it does have on ROM switches and six programmable buttons and then of course that customizable RGB lighting will store up to three fill files internally in the mouse and it comes with a braided cable MX 530 is here again this is really going to cost you about 30 bucks u.s. these are also supposed to be launching in q3 of this year so keep that in mind they're not available quite yet thirty five hundred dpi sensor on this one again in right-hand design arm run switches you get to store up to three crap profiles in this one as well no braided cable that you do get again a couple RGB accent lights with the g.skill logo as well as a scroll wheel let's talk keyboards next again the one up on top of the km 780 RGB and that one I have already discussed and shown you guys before look at my coverage from last day if you really want to take supposed to look at that they have a couple more come out so the km 570 RGB is down here on the second level so the 570 is going to cross you not quite as much money we don't have prices for these yet but again we should expect them in about the third quarter of this year so I'm not too far off they are testing out some white option so guys what as you still know in the comments if a white version of one of their keyboards is something you'd be interested in they might bring that to market they do have at least a version of it here that they're showing up these are all mechanical keyboards of course - they feature Cherry MX mechanical switches they're available in blue red as well as brown these here on the left in our RGB have perky RGB LED backlighting and g.skill also has a software suite that will allow you to configure that lighting to your preference now down on the bottom they have another version of these and look how cute it is these are 10 kilos so these are actually going to be known as the km 560 RGB no 10 can there so a bit smaller is it more portable and now if you're really short on deaf space of people like thank you this option again fully programmable the software suite can help you adjust the RGB lighting on these and whatnot now if you're not into those RGB options you do have a couple probably going to be slightly less expensive options over here the camp 570 MX & km 560 m ik basically exact same as far as functions and everything goes except just red LED backlighting and then here you're not going to be using software you configure stuff everything is adjusted internally in the keyboard using the function button and the different buttons on top and finally here's the km 560 and TAM 570 just just without any lights on we're I feel weird being a g.skill and finishing my g.skill video on a stuff that doesn't have RGB likes on it lettering on all these is on the underside of each key so keeps the top side nice and clean with a nice clean look and again they're considering white options for this as well as the black option and again available in 10 keyless and non 10 keyless option so guys that's going to wrap it up for my coverage here at the GPL booth of course I need to say huge thank you to them for sponsoring my copy text 2017 coverage as well as other sponsors EVGA msi Tesoro and coolermaster of course this is thumbs up button to subscribe it's not a c-more I'd look I'll be back with more Computex coverage coming soon assuming I don't forget how to talk see you then