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These are the user uploaded subtitles that are being translated: 1 00:00:00,000 --> 00:00:02,700 I don't know what's worse being the sort 2 00:00:02,701 --> 00:00:04,980 of madman who specializes in voiding 3 00:00:04,981 --> 00:00:07,370 your customers warranties or enabling 4 00:00:07,371 --> 00:00:09,590 his Reckless Behavior the way that 5 00:00:09,591 --> 00:00:13,200 noctua has done here this small plastic 6 00:00:13,201 --> 00:00:14,880 spacer kit for their iconic Brown 7 00:00:14,881 --> 00:00:19,020 coolers is not only 100 trust me bro 8 00:00:19,021 --> 00:00:21,900 guaranteed to get your RMA rejected by 9 00:00:21,901 --> 00:00:25,080 AMD but it also increases the chance 10 00:00:25,081 --> 00:00:27,420 that something will go wrong I mean who 11 00:00:27,421 --> 00:00:30,180 in their right mind would take a cooler 12 00:00:30,181 --> 00:00:33,480 this size and bolt it directly to the 13 00:00:33,481 --> 00:00:36,000 fragile dies that live under amd's 14 00:00:36,001 --> 00:00:38,940 protective heat spreader 15 00:00:38,941 --> 00:00:43,070 20 20 degrees 20 degrees look 16 00:00:43,071 --> 00:00:45,000 that's impossible 17 00:00:45,001 --> 00:00:47,340 impossible to explain until I finish 18 00:00:47,341 --> 00:00:50,700 this segue to our sponsor Mexico whether 19 00:00:50,701 --> 00:00:52,680 you're in need of webcams or accessories 20 00:00:52,681 --> 00:00:55,020 for your VR device Mexico has a great 21 00:00:55,021 --> 00:00:57,000 selection of products to choose from you 22 00:00:57,001 --> 00:00:58,500 can learn more about them at the link in 23 00:00:58,501 --> 00:01:01,000 the video description 24 00:01:01,001 --> 00:01:04,099 [Music] 25 00:01:04,330 --> 00:01:07,380 if it was anyone else I'm not even sure 26 00:01:07,381 --> 00:01:09,960 if I would believe this but after noctua 27 00:01:09,961 --> 00:01:11,580 explained it the whole thing kind of 28 00:01:11,581 --> 00:01:13,740 makes sense and it starts with the 29 00:01:13,741 --> 00:01:18,360 creatively named noctua NM amv15 offset 30 00:01:18,361 --> 00:01:21,240 am5 mounting bars you see the thing is 31 00:01:21,241 --> 00:01:25,080 when AMD designed their am5 CPUs they 32 00:01:25,081 --> 00:01:27,470 put the i o die in the middle and they 33 00:01:27,471 --> 00:01:30,470 put the actual compute dies the ccds 34 00:01:30,471 --> 00:01:34,430 down at the bottom of the IHS this puts 35 00:01:34,431 --> 00:01:37,610 the hot spots of ryzen 7000 CPUs in a 36 00:01:37,611 --> 00:01:39,900 very unconventional place and you can 37 00:01:39,901 --> 00:01:42,720 see in noctua's illustration here how 38 00:01:42,721 --> 00:01:44,930 this hurts the performance of a typical 39 00:01:44,931 --> 00:01:47,700 cooler by having the hot spot down here 40 00:01:47,701 --> 00:01:50,390 you can see we are over utilizing the 41 00:01:50,391 --> 00:01:52,610 heat pipes on this side and under 42 00:01:52,611 --> 00:01:54,720 utilizing the ones over here 43 00:01:54,721 --> 00:01:56,820 that's where the offset bar comes into 44 00:01:56,821 --> 00:01:59,700 play watch this by simply Shifting the 45 00:01:59,701 --> 00:02:01,860 mounting mechanism seven millimeters 46 00:02:01,861 --> 00:02:04,140 downward knock to assess they can drop 47 00:02:04,141 --> 00:02:06,470 the temperature on your CPU by up to 48 00:02:06,471 --> 00:02:09,300 three degrees this is because of two 49 00:02:09,301 --> 00:02:12,360 effects first it concentrates the 50 00:02:12,361 --> 00:02:14,520 pressure over those heat generating dies 51 00:02:14,521 --> 00:02:18,300 improving thermal transfer and second it 52 00:02:18,301 --> 00:02:20,400 means more effective heat distribution 53 00:02:20,401 --> 00:02:22,620 throughout the base of the cooler so 54 00:02:22,621 --> 00:02:25,200 you're making better use of all of your 55 00:02:25,201 --> 00:02:27,120 heat pipes rather than over saturating 56 00:02:27,121 --> 00:02:30,000 some and under utilizing others these 57 00:02:30,001 --> 00:02:31,730 results are really impressive and 58 00:02:31,731 --> 00:02:33,900 reinforce what we found in water cooling 59 00:02:33,901 --> 00:02:36,120 Through the Ages where we saw that from 60 00:02:36,121 --> 00:02:38,640 generation to generation the performance 61 00:02:38,641 --> 00:02:40,920 improvements were less about actually 62 00:02:40,921 --> 00:02:43,440 just building a better water block and 63 00:02:43,441 --> 00:02:45,900 more about tuning the water block better 64 00:02:45,901 --> 00:02:48,590 for modern processors so while ryzen 65 00:02:48,591 --> 00:02:51,480 3000 and 5000 can benefit from this 66 00:02:51,481 --> 00:02:54,780 offset Mount it's not to the same degree 67 00:02:54,781 --> 00:02:58,440 pun intended as ryzen 7000 because those 68 00:02:58,441 --> 00:03:01,620 ones have much thinner ihs's we'll be 69 00:03:01,621 --> 00:03:03,590 talking about that in a second in 70 00:03:03,591 --> 00:03:05,220 typical noctua fashion it'll be 71 00:03:05,221 --> 00:03:07,140 available affordably for all their 72 00:03:07,141 --> 00:03:09,080 desktop class coolers going back to 73 00:03:09,081 --> 00:03:13,310 2005. but Linus you might say up to 74 00:03:13,311 --> 00:03:15,780 three degrees is not almost 20 degrees 75 00:03:15,781 --> 00:03:18,620 what's the deal with the rest of that 76 00:03:18,621 --> 00:03:23,040 that is where this comes in these small 77 00:03:23,041 --> 00:03:25,730 plastic spacers allow noctua coolers to 78 00:03:25,731 --> 00:03:28,260 be mounted to d-litted CPUs and they're 79 00:03:28,261 --> 00:03:30,120 the result of a collaboration with their 80 00:03:30,121 --> 00:03:32,150 Bauer I mean it looks like the simplest 81 00:03:32,151 --> 00:03:33,840 thing in the world a little piece of 82 00:03:33,841 --> 00:03:36,650 plastic how could that drop you 15 83 00:03:36,651 --> 00:03:39,420 degrees except 84 00:03:39,421 --> 00:03:42,000 the devil's in the details look how 85 00:03:42,001 --> 00:03:45,540 thick this is ah so I haven't played 86 00:03:45,541 --> 00:03:49,260 around with delighted ryzen 7000 yet but 87 00:03:49,261 --> 00:03:51,540 it seems that to maintain cooler 88 00:03:51,541 --> 00:03:54,480 compatibility with the lower profile LGA 89 00:03:54,481 --> 00:03:57,000 socket compared to their last generation 90 00:03:57,001 --> 00:04:01,620 pin CPUs AMD made the IHS much thicker 91 00:04:01,621 --> 00:04:03,290 which is contributing to some of the 92 00:04:03,291 --> 00:04:06,000 thermal challenges that users are seeing 93 00:04:06,001 --> 00:04:07,560 the solution 94 00:04:07,561 --> 00:04:10,920 well if you hate having a warranty you 95 00:04:10,921 --> 00:04:12,120 can do this 96 00:04:12,121 --> 00:04:15,230 step one get your hands on a d-litted 97 00:04:15,231 --> 00:04:18,000 ryzen 7000 series processor given they 98 00:04:18,001 --> 00:04:19,440 developed the products collaboratively 99 00:04:19,441 --> 00:04:21,470 noctua recommends the one from Roman 100 00:04:21,471 --> 00:04:22,910 sold under the thermal Grizzly brand 101 00:04:22,911 --> 00:04:24,720 they've been doing a lot of that collab 102 00:04:24,721 --> 00:04:27,780 sort of stuff lately step two install a 103 00:04:27,781 --> 00:04:29,750 direct die mounting frame like this one 104 00:04:29,751 --> 00:04:32,400 again from thermal Grizzly this isn't 105 00:04:32,401 --> 00:04:36,120 strictly necessary but it dramatically 106 00:04:36,121 --> 00:04:37,909 reduces the risk of accidentally 107 00:04:37,910 --> 00:04:40,560 cracking one of these delicate dies as 108 00:04:40,561 --> 00:04:42,470 you're tightening down your cooler I 109 00:04:42,471 --> 00:04:45,000 wouldn't even consider mounting a cooler 110 00:04:45,001 --> 00:04:46,800 direct eye these days without one of 111 00:04:46,801 --> 00:04:49,020 these frames next you're going to need 112 00:04:49,021 --> 00:04:51,600 some liquid metal thermal compound okay 113 00:04:51,601 --> 00:04:54,060 you don't actually need it but the issue 114 00:04:54,061 --> 00:04:56,340 is that the benefit of this modification 115 00:04:56,341 --> 00:04:59,040 with traditional thermal paste is very 116 00:04:59,041 --> 00:05:01,800 low only about two to four degrees 117 00:05:01,801 --> 00:05:05,180 this is because even though amd's IHS is 118 00:05:05,181 --> 00:05:09,120 too thick at least it's soldered so it's 119 00:05:09,121 --> 00:05:11,460 pretty fast at moving heat from the 120 00:05:11,461 --> 00:05:13,740 hottest parts of the dyes I mean it's 121 00:05:13,741 --> 00:05:15,360 right in the name right it's a heat 122 00:05:15,361 --> 00:05:17,940 spreader so if we use a traditional 123 00:05:17,941 --> 00:05:21,410 thermal compound right on these dies it 124 00:05:21,411 --> 00:05:23,520 can be somewhat overwhelmed by the 125 00:05:23,521 --> 00:05:26,400 concentration of these hot spots heat 126 00:05:26,401 --> 00:05:28,910 flux density is the term that noctua 127 00:05:28,911 --> 00:05:31,320 used but for all but the most technical 128 00:05:31,321 --> 00:05:32,940 of our viewers that's unlikely to mean 129 00:05:32,941 --> 00:05:35,580 anything so finally you'll need knock to 130 00:05:35,581 --> 00:05:37,080 his offset Mount that I showed you guys 131 00:05:37,081 --> 00:05:40,190 before okay you don't need it but if 132 00:05:40,191 --> 00:05:42,120 you're going to avoid your warranty why 133 00:05:42,121 --> 00:05:44,580 settle for 10 to 17 degrees of 134 00:05:44,581 --> 00:05:46,440 improvement when you can have anywhere 135 00:05:46,441 --> 00:05:50,100 from 12 to 19. that is the cumulative 136 00:05:50,101 --> 00:05:53,750 benefit of all of these little changes 137 00:05:53,751 --> 00:05:56,159 though now that your warranty is void 138 00:05:56,160 --> 00:05:57,720 there are a couple of more things to 139 00:05:57,721 --> 00:06:01,020 consider die cracking that's less of a 140 00:06:01,021 --> 00:06:03,410 concern thanks to the contact frame but 141 00:06:03,411 --> 00:06:07,190 liquid metal on any one of these little 142 00:06:07,191 --> 00:06:09,600 surface mount components would be a big 143 00:06:09,601 --> 00:06:11,820 problem so I would suggest some nail 144 00:06:11,821 --> 00:06:14,160 polish or conformal coating or some 145 00:06:14,161 --> 00:06:15,900 protective covering for the ones that 146 00:06:15,901 --> 00:06:18,410 aren't already covered and here's the 147 00:06:18,411 --> 00:06:21,360 coolest part noctua isn't even forcing 148 00:06:21,361 --> 00:06:24,060 you to buy this spacer if you get your 149 00:06:24,061 --> 00:06:25,620 direct eye contact frame and all this 150 00:06:25,621 --> 00:06:28,130 stuff from other companies they will 151 00:06:28,131 --> 00:06:30,840 make literally nothing providing you the 152 00:06:30,841 --> 00:06:32,690 STL files of these spacers on 153 00:06:32,691 --> 00:06:35,280 printables.com but they're doing it 154 00:06:35,281 --> 00:06:37,909 anyway then all you need to do is Source 155 00:06:37,910 --> 00:06:39,470 slightly longer screws and they're going 156 00:06:39,471 --> 00:06:40,620 to have the information about which 157 00:06:40,621 --> 00:06:42,240 screws you'll need on the printables 158 00:06:42,241 --> 00:06:44,690 page again this works with the vast 159 00:06:44,691 --> 00:06:47,159 majority of Knoxville coolers since 2005 160 00:06:47,160 --> 00:06:49,970 and is launching at the end of July but 161 00:06:49,971 --> 00:06:51,409 that doesn't mean that all cooling 162 00:06:51,410 --> 00:06:53,630 Innovation is down to changing the 163 00:06:53,631 --> 00:06:56,100 position and avoiding your CPU warranty 164 00:06:56,101 --> 00:07:00,530 meet the next gen nhd15 it's got a 165 00:07:00,531 --> 00:07:03,000 whopping eight heat pipes now compared 166 00:07:03,001 --> 00:07:06,000 to six on the original and that's just 167 00:07:06,001 --> 00:07:07,800 the beginning the heat pipes are 168 00:07:07,801 --> 00:07:09,660 optimized for better performance you 169 00:07:09,661 --> 00:07:11,580 know optimizing wall thickness Wick 170 00:07:11,581 --> 00:07:13,910 structure all that kind of stuff but the 171 00:07:13,911 --> 00:07:17,520 big one is this fan it's finally here 172 00:07:17,521 --> 00:07:21,590 after what is this eight long years of 173 00:07:21,591 --> 00:07:24,780 product development their new 140 174 00:07:24,781 --> 00:07:27,120 millimeter fan and thanks to its 175 00:07:27,121 --> 00:07:29,460 incredible performance giving it up to 176 00:07:29,461 --> 00:07:31,080 three degrees better performance 177 00:07:31,081 --> 00:07:32,940 compared to their old one on a radiator 178 00:07:32,941 --> 00:07:35,630 they were able to increase the surface 179 00:07:35,631 --> 00:07:39,780 area of the fin stack here by 20 meaning 180 00:07:39,781 --> 00:07:42,120 that this should be good for anywhere in 181 00:07:42,121 --> 00:07:45,000 the neighborhood of about three to four 182 00:07:45,001 --> 00:07:46,909 degrees of improvement over the already 183 00:07:46,910 --> 00:07:51,000 legendary NHD 15. now of course that's 184 00:07:51,001 --> 00:07:54,659 on a 300 watt heat load so you better be 185 00:07:54,660 --> 00:07:58,130 running an Intel CPU got him which is 186 00:07:58,131 --> 00:08:00,120 why noctua actually doesn't recommend 187 00:08:00,121 --> 00:08:03,360 buying this if you have a 65 watt CPU 188 00:08:03,361 --> 00:08:05,750 what they would recommend is that I do 189 00:08:05,751 --> 00:08:08,030 this segue to our sponsor thanks to 190 00:08:08,031 --> 00:08:10,020 switchpod for sponsoring this video are 191 00:08:10,021 --> 00:08:11,880 you a video creator looking to upgrade 192 00:08:11,881 --> 00:08:14,400 your on-the-go or vlogging setup look no 193 00:08:14,401 --> 00:08:16,910 further than switch pod compatible with 194 00:08:16,911 --> 00:08:19,370 any camera from a phone to a DSLR this 195 00:08:19,371 --> 00:08:21,360 handheld tripod was designed by 196 00:08:21,361 --> 00:08:23,460 passionate video creators like us just 197 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