Gadgetory

what's going on youtubers Elric here at Tech Oh tomorrow to bring you guys a latest product release from the people at Swift tech I'm with their chairman Gabe Roshan and today we're going to show you a brand new product now this is the first concealed or enclosed liquid cooling kit that you can take apart and add more parts to so we're going to show you like a full demo on all kinds of really cool stuff showing you it against the competitor and an other system so here's mr. Bhushan I'm gonna turn the table over to him and he's introduct this new product to you folks hello guys well what I'm going to show you today and this is essentially our main campaign we are going to show you a system that bridges the gap between current all-in-one systems closed loop closed loop and full-on custom loops so remember that because this is our theme today bridge the gap between all-in-one and closed loops because the system can be used by both novices and by custom DIY users and the price is actually pretty well isn't right this Thanksgiving worth about 129 139 139 95 and you can actually take it and add your components to it so unlike having one of the old school ones you can take this add your video card at extra components on it refill the unit and continue going and actually once the unit is sealed it's supposed to last for about two years so that's not bad okay three three years okay so they've extended the life more and excuse me on that so now we're gonna go over folks we're gonna show you some systems and show you this product against the competitor so let's go across the room and begin the demonstration so here you have it dock that's the new h2 20 C PU cooler from swift AG now what you see here is exactly what you get in other words it comes exactly like this prefilled with the coolant all you have to do is the fans as you can see already pre-installed even the fans we don't get another all-in-one coolers you have to assemble the fans for example all you have to do is attach it to the top of your case or to your phone panel if you have access if you have a case that allows this connect the four screws for the CPU and you're in business so installation on this is truly plug-and-play the plugin may portion of it connections you just connect your CPU cooler to this little PWM splitter all that system is PWM control connect your two fans to this this to the motherboard and the entire unit is controlled by the motherboard so there is no need for extra software essentially put the settings in the BIOS computer surest and if you want more fine tuning use the motherboard supplied software such as it comes with every major motherboard manufacturer asu's MSI gigabyte and forgive me if I forget someone okay now you may have about month month and a half ago we released the h2o 220 led CPU cooler and it comes with a dual 120 millimeter radiator and the famous Apogee Drive - CPU cooler which has essentially that mCP 35 X pomp right now that kid sells for 239 at retail in contrast the Swift take it sells for 139 at retail how is that possible well let's talk about it talk about the radiator first essentially there is no difference between these two ideas the core is exactly the same it's the same 14 FBI Fein count all we did was reduce the length a little bit so in other words we reduce the size of the reservoir and we reduced we installed swivel fittings here all together with saving a few millimeters you can see compared to the alleged compared to the original NCR 220 both are copper core radiators what else did we do well compared to this guy we thought about to learn about the Venant novice users and here we design the side channels so that in case you want to use a longer screw you're not going to poke the channels and damage your radiator it's a small detail but it's important because we had more than once users who with these earlier generations actually destroyed every year by using off the market our aftermarket screws by mistake very nice swivels also that allow you to orient the product pretty much anywhere you want so so far what do we see really no difference in terms of the radiator now let's talk about the fans well the fans are the same they are the helix 120 millimeter pto prevent fans for the same fans that came with the elite kit so far no difference now let's talk about the CPU cooler itself because this is really where the difference comes in play in the apogee drive - it is no secret that we have been using an OEM pump that we do not manufacture that we have that pump is as many of you know made by Lang it's marketed under the swift tech brand and we have been doing these for over 10 years now but it's still not the pump that we actually manufacture ourselves whereas with the h2 20 cooler okay we manufacture this product entirely ourselves three years ago I decided that I wanted to get into the manufacturing into the electric motor manufacturing business and we hired the people and we invest into equipment so that we could actually get the best possible pricing and best possible cost for pump and it took us three years to develop it now we developed the product in with our initial goals and the still our current goals to be to have a very high performance product in other words we could have made a very low-power pump pice oriented cost oriented but we didn't we wanted for this product to bridge the gap between all-in-one coolers and custom coolers and the only way to bridge that gap is to use a pump that has enough power to drive additional devices in your loop in other words that pump is capable to accommodate one two graphics graphics card liquid cool graphics cards up to two or three radiators like we saw that capture you know in the next few minutes all right so we're capable of driving a multiple number of devices thanks to the power of that pump for reference that pump is a six watts pump whereas the pumps offered by the competition about 1.2 watts if I'm not mistaken so it is five times more powerful and we also design the pump to be extremely quiet and we also design it for very high shelf life for reference again the self life on the mCP 35x the end what is called the MTBF which is mean time between failure is 50,000 hours the self life on this product is 66 zero thousand hours $60,000 so it is a high very high reliability pump forgive me okay every detail in this product has been considered sort of very carefully to satisfy novice users but also to satisfy custom users and everything in between so now I assume you're a novice user you install that product you are down the line you want to buy a graphics card liquid good graphics card or something like this you want to add a radiator for every reason what do you do all you do is loosen that screw here on that clamp pull out that Club take the tube out and that's it you connect that tube to your graphics card or another tube put another piece here link the two you're done and here is the field port where you can actually empty or we feel you liquid cooling loop okay just by loosening that cap here bring it up with fluid okay and we'll have on our website a full installation get not installation but maintenance guide you probably video video taped also that will show novice users and other users how to do these in details but it's very very very simple now what else comes with the product in terms of mounting systems just about everything every desktop processor Intel 775 11 55 56 1366 comes with that backplate now 2011 ok and also all AMD a.m. 2 a.m. 3 FM FM 1 FM 2 etc processors comes with a pocket all you have to do is remove that screw screw the back it on you're done it's two minutes operation so everything has been thought of to make it very easy for just about every user ok one last detail that I want to show you if you take a look those those of you guys who know the AP DD AP the apogee drive tool which is quite famous for being a very high performance product this is the same base plate the same configuration it is stéphanie it is exactly the same so we use the same form factor okay as the famous Apogee drive - the only difference is the pump now let's move on to the second part of this demonstration where we are actually going to show the unit in operations live operations with several systems that we put together here so here you are gentlemen ladies and gentlemen where we've set up four complete systems in operations to demonstrate both the ability of our cooler towards the competition and the ability of a cooler for custom loops custom operations so let me tell you about these four systems number one there are four identical cases and this is the Nanak's ya ds1 case and we have chosen this case so thank you to nano Kia for sponsoring this we have chosen this case specifically because of the German engineering and the fact that it is a very quiet case it is all padded so we wanted in during our demonstration to be able to demonstrate silent operations and we find this case particularly appropriate for this kind of demo okay so for Nanoka cases the next sponsor is a soos and thank you Asus for providing for Maximus 5 motherboards which is that motherboard that has that beautiful little via on chipset cooler that can be used with air or that can also be used for water cooling and so that is the reason why we chose it in addition to the fact that these boards offer the tremendous amount of TWIC ability and stability our third sponsor in this roundup was Kingston and we want to thank the people at Kingston for providing the memory and for provide the HyperX memory and the HyperX SSDs ok and our fourth sponsoring this bill schoolmaster thank you cool master for providing four of their latest 1300 watt power supplies and the reason why we chose them is because they are also extremely quiet and very powerful power that we needed for our sli setup here which is a final sponsor our partners at EVGA thank you EVGA for providing two gtx 680 hydro copper as well as three gtx 660ti s that are on air so these three systems of cpu cooling only and the graphics are air cooling the last system is CPU and graphics and chips liquid-cooled now what about the CPU cooling the first system is thermal tech water 2.0 the second system is a corsair h 100 i and the third system is the swift tech h2 20 now conditions of this test we want to be able to read the temperatures and be able to see approximately what temperature differences are or I forgot about the CPU sorry Kawai seven 3770k overclocked at 4.6 gigahertz Intel processor obviously ok all these machines are overclocked by the push of a button on thanks to the Asus software we did not tweak the voltage or anything like this just push the button 4.6 gigs or for them so that we on equal ground with respects to the thermal load okay so got thermaltake got the h2 20 now we placed load on each one of these machines using cpu burn six eight instances forgive me of cpu burn and every one of these machines is running at 1,400 rpms and speed the thermal tag 1,400 rpm is the lowest fan speed that you can get on silent mode the maximum speed on the thermal tech unit is 2200 RPMs on the Corsair unit also the minimum speed is in there quiet mode at about 1,400 rpm except the higher speed is 2700 in contrast the Swift tech unit lowest speed is 800 rpm and the highest speed of the fan is 1800 rpms for this demonstration this step of the demo we're on all four systems at 1400 now let's move over to the temperature controller here okay so here we have a temperature controller that summarizes the CPU temperature of all four systems and we can see here that the Swift a cage 220 we measure a 10 minutes average temperature okay 10 10 minutes it means that it's been averaging the temperature of the course for the past 10 minutes so excuse me you see the Swift a cage 220 at seventy seven point five okay then you see the thermal take water 2.0 at seventy eight point two you see the Corsair H 100 I at 81 and you see the Swift a cage 220 plus the two gtx 680 s and the chipset cooling running at 82 degrees and what we observe is the five degrees difference approximately between the swift a cage 220 just cooling the CPU and the Swift egg h 220 cooling CPU and graphics two gtx 680 s and the VR cool so here you go here you have it that's the type of performance that you can expect on these units compared to other units available on the market now this is the next step of our demonstration here and in this step what we are going to do is have you listened to the maximum noise level of each units so right now we are looking at the age to 20 we have tuned the fans and the pop up to their maximum speed respectively 1800 rpms for the fans and 3000 rpms for pump and I'm going now to be quiet and let you listen to what it sounds like at maximum speed so let's move over to the coast area 8 100 I here and now what we gonna do we can turn it on at full speed and let's go ahead and do that so that we can hear the sound level I think we had enough of the noise levels so let's let's now move on to the thermal take unit and listen to the by the way these fans were running at twenty seven and a hundred rpms and that's the reason why they are fairly noisier than the other fans and I found out okay okay so now let's go ahead and put the thermal tech unit at its maximum noise level maximum speed of 2200 rpm okay so I think we have a good idea of what the speed of the assist of these respective systems is at when running at maximum noise level and the next step is in our demonstration is going to be at running in silent mode now earlier in that presentation we already know that at 1,400 rpms both the course area and the thermal take unit we already at their minimum noise level so I don't think there is a point to redo that so the last step of this demo is going to be running Swift Tec H 220 in silent mode so let's go ahead and do that now here you have it the age to 2009 in silent mode we do have a little bit of ambient noise in that hotel maybe some background air-conditioning but I'm going to be quiet now and I'm gonna maybe you can try to get as close as you can from the unit and see if you can hear it we do advertise that this product is inaudible as installed and when you're sitting a foot away from it go ahead and try to try to pick up some nose now the next part of this demo I want to show the capabilities of the system to become a full-on custom liquid calling so we've seen so far CPU cooling we've seen the thermals they are pretty good we've seen the noise or with herb or not herb in some cases the noise now how about the guy who starts up with this system and wants to obtain so here we are showing an edge to 20 which is calling the vias and which is calling two gtx 680 and let me open up that case so that you can see that in more details so you can see here how the pump how the radiator is going to the water block from the ASUS Maximus five out of the water block out of that water block into the CPU cooler then the CPU cooler goes to the vga 680 the first one and then the second one and then back to the radiator so with a single-edged 220 we are actually calling to high-end graphics calc water cool graphics cards now the system is running right now and as you can hear it's running really quiet now temperature-wise morning Phil milk which has everybody knows is a the most intensive testing program somewhat out of the real world but essentially what we've been seeing running running Phil mark temperatures on these two cards at max level about 60 degrees see all that cooled with at h2o 220 and an overclocked processor at hope in six games so it is fairly reasonable and it haunts very stable and in the last portion of this presentation let me lead you to the crown of this presentation the full custom loop as is built by many enthusiasts users and let me show you what we've got here we have the cooler master stone topper Thank You cooler master for covered in this case for this demonstration as well as the cooler master 1300 watts power supply the motherboard is an MSI and we have two radians HD 7900 Komodo HD $7,900 is the processor is an intel socket 2100 block to 4.5 gigs and thank you kingston for providing the HyperX memory so now let me open that case so that you can see what I mean by full on custom so what we have in this loop we start with the age to twenty calling system we drive to first Brittany on HD 7970 on HT 7901 dual 120 radiator at CMC up to 20 QP and then another dual 140 millimeter radiator that CMC our 240 QP so with that pump we're driving three radiators and two graphics cards in crossfire mode so let's take a look at some of the temperatures that we get as an example in that food custom system we are honing here at the Haven benchmark and we can see that these 79 70s are running at about 51 degrees C which at full load which for all intensive purposes is very very good we can also look at the temperature the process temperatures although under this benchmark the processor is not placed under any load except the full score ok so what's important here is the graphics but what's most important is the fact that the H 220 calling system as delivered can be used as a CPU only system and can be fully expanded just like a custom system would be to drive multiple devices in the loop and all this at either very very silent operations inaudible operations or reasonably quiet in full at full speed at the cost of one 3995 I hope that you enjoyed this presentation and sorry if I stumbled on the world sometimes but I'm not a video guy doc is the man for that but thanks for thank you for the time and attention that you spent listening to this alright folks so there you have it you guys have seen the demo you've seen the product in action you guys now know that the Swift tech H 220 is beating the competition and it's also very quiet as well you get a three year warranty so that means three years maintenance free use of this Swift tech product right Gabe absolutely alright and one thing it's really cool that is one of presses you guys can use this thing as a closed loop system no maintenance whatsoever but if you want to add other parts to it you can drain the system reconnect it refill it and put whatever you want it into this system correct yep so that's it folks this thing is coming to market about 139 and we'll see you guys back here on tech of tomorrow for more tech