Afghanistan, Albania, Algeria, Andorra, Angola, Anguilla, Antigua and Barbuda, Argentina, Armenia, Aruba, Austria, Azerbaijan Republic, Bahamas, Bahrain, Bangladesh, Barbados, Belarus, Belize, Benin, Bermuda, Bhutan, Bolivia, Bosnia and Herzegovina, Botswana, Brazil, British Virgin Islands, Brunei Darussalam, Bulgaria, Burkina Faso, Burundi, Cambodia, Cameroon, Cape Verde Islands, Cayman Islands, Central African Republic, Chad, Chile, China, Colombia, Comoros, Cook Islands, Costa Rica, Cyprus, Czech Republic, Côte d'Ivoire (Ivory Coast), Democratic Republic of the Congo, Djibouti, Dominica, Dominican Republic, Ecuador, Egypt, El Salvador, Equatorial Guinea, Eritrea, Estonia, Ethiopia, Falkland Islands (Islas Malvinas), Fiji, French Guiana, French Polynesia, Gabon Republic, Gambia, Georgia, Ghana, Gibraltar, Greece, Greenland, Grenada, Guadeloupe, Guatemala, Guernsey, Guinea, Guinea-Bissau, Guyana, Haiti, Honduras, Hungary, Iceland, India, Indonesia, Iraq, Ireland, Israel, Italy, Jamaica, Jersey, Jordan, Kazakhstan, Kenya, Kiribati, Kuwait, Kyrgyzstan, Laos, Latvia, Lebanon, Lesotho, Liberia, Libya, Liechtenstein, Lithuania, Luxembourg, Macau, Macedonia, Madagascar, Malawi, Maldives, Mali, Malta, Marshall Islands, Martinique, Mauritania, Mauritius, Mayotte, Mexico, Micronesia, Moldova, Monaco, Mongolia, Montenegro, Montserrat, Morocco, Mozambique, Namibia, Nauru, Nepal, Netherlands Antilles, New Caledonia, Nicaragua, Niger, Nigeria, Niue, Norway, Oman, Pakistan, Palau, Panama, Papua New Guinea, Paraguay, Peru, Philippines, Qatar, Republic of the Congo, Reunion, Romania, Russian Federation, Rwanda, Saint Helena, Saint Kitts-Nevis, Saint Lucia, Saint Pierre and Miquelon, Saint Vincent and the Grenadines, San Marino, Saudi Arabia, Senegal, Serbia, Seychelles, Sierra Leone, Slovakia, Slovenia, Solomon Islands, Somalia, South Africa, South Korea, Spain, Sri Lanka, Suriname, Svalbard and Jan Mayen, Swaziland, Taiwan, Tajikistan, Tanzania, Togo, Tonga, Trinidad and Tobago, Tunisia, Turkey, Turkmenistan, Turks and Caicos Islands, Tuvalu, Uganda, Ukraine, United Arab Emirates, Uruguay, Uzbekistan, Vanuatu, Vatican City State, Venezuela, Vietnam, Wallis and Futuna, Western Sahara, Western Samoa, Yemen, Zambia, Zimbabwe I bought a used one for an i5-4460 a couple of years ago and while it's massive cooler as hell, especially compared to that tiny toy Intel cooler, I'm not sure it'll be potent enough for the new 300 W furnaces. 5 W1zzardApocalypseeThey still use crappy plastic on those push-pin. It cant stand a few heatsink removal I love those, because it takes only 15 secs to installer a cooler for a quick testing run 6 Space LynxAstronaut blowing heat down onto the mobo just seems like such a bad design to me, especially for a case like mine where its soundproof, i have 1 rear exhaust and 3x 120mm intake on front panel. i need my CPU cooler to cycle out the air as fast possible so i opted for the 2 fan arctic esports e34 sucks in the 360 fresh instake air and aims it right at the rear exhaust fan, and i get soundproof foam on 4 side panels on top of that, works out great for me 7 maxitaxi96chfrcoghlanI bought a used one for an i5-4460 a couple of years ago and while it's massive cooler as hell, especially compared to that tiny toy Intel cooler, I'm not sure it'll be potent enough for the new 300 W furnaces. Linus reviewed them a while back. They're enough for a 95W CPU... but also not significantly better than the stock cooler... 8 Vayra86lynx29blowing heat down onto the mobo just seems like such a bad design to me, especially for a case like mine where its soundproof, i have 1 rear exhaust and 3x 120mm intake on front panel. i need my CPU cooler to cycle out the air as fast possible so i opted for the 2 fan arctic esports e34 sucks in the 360 fresh instake air and aims it right at the rear exhaust fan, and i get soundproof foam on 4 side panels on top of that, works out great for me Topflow is actually the most effective and above all 'fool proof' design for CPU cooling. You cool the VRM, so regardless of case airflow, if something crashes, its because the whole system is too hot, which means you can spot it quickly. With a tower heatsink, that may completely escape your attention until its too late. A CPU cooler also barely affects the airflow in/out of case. Its not like its making any air, right? It just creates a different flow around the CPU area, but intakes and exhausts will still push the air through the case. You're suffering 90 degree angles no matter what. The only limitation of topflow is the size issue. Its not easy making a big one and for heatsinks size matters in terms of the TDP they can take. I'm a fan of this attempt, note the double heatsink 9 Space LynxAstronaut Vayra86Topflow is actually the most effective and above all 'fool proof' design for CPU cooling. You cool the VRM, so regardless of case airflow, if something crashes, its because the whole system is too hot, which means you can spot it quickly. With a tower heatsink, that may completely escape your attention until its too late. I never thought of it that way, that makes sense. I just figured you are cycling out the hot air faster cause the extra 2 fans pointed directly at the exhaust fan, keeps the suction of everything going. But what you said does make more sense. VRM cooling i won't be worried about though as my next mobo will be the msi x570 tomahawk. assuming it ever comes in stock 10 hatEnthusiast The case airflow should be able to remove any heat given off by the CPU cooler anyway. 11 TomorrowIntel is super weird sometimes. On one hand they include iGPU in EVERY mainstream CPU they produce (even F models where the silicon is present but disabled). Even with high end 500$ CPU's despite it being more than likely that people buying such a pricy DIY component already have (even several) or can easily procure a superior graphics solution. Not to mention the die size an iGPU consumes. Intel could easly have 16c/32t CPU's right now if they would let go of this oddity. Atleast on their K series SKU's. But then on the other hand they do not include a stock heatsink with their mainstream K and KF series (boxed obviously) CPU's. Obviously they assume people buying those already have their own cooler(s) or can procure them. Yet the same is not true for a GPU?. And the one they do include is woefully inadequate despite producing a superior version for DIY market. Seriously - does anyone know anyone who has purchased this thing in the article instead of hunderds of better options available on the market? 12 W1zzardTomorrowdoes anyone know anyone who has purchased this thing in the article instead of hunderds of better options available on the market? I have, even paid premium for it, because I'm not aware of any faster option to install the CPU cooler. 13 Caring1Vayra86Topflow That sir is a thing of beauty. :love: 14 Vayra86lynx29I never thought of it that way, that makes sense. I just figured you are cycling out the hot air faster cause the extra 2 fans pointed directly at the exhaust fan, keeps the suction of everything going. But what you said does make more sense. VRM cooling i won't be worried about though as my next mobo will be the msi x570 tomahawk. assuming it ever comes in stock Cooling aside, suction is always good :pimp: 15 TomorrowW1zzardI have, even paid premium for it, because I'm not aware of any faster option to install the CPU cooler. I have a faster option. Well it's not the most secure one so better not have cats or dogs (or children) near the motherboard when the CPU is under load: Place the motherboard horizontally on a box or a testbed. Place the cooler on the CPU without any mounting hardware and let gravity do all the work. Done :D Well some thermal paste is actually a good idea. I've run several test benches that way. Saves a lot of time but admittely works best with huge (1KG+) dual-tower coolers. 16 W1zzardTomorrowPlace the cooler on the CPU without any mounting hardware and let gravity do all the work that's what i've been doing for more than a decade. it'll be fine for desktop work, but not for any serious load, so i just bought that heatsink, problem solved 17 TomorrowW1zzardthat's what i've been doing for more than a decade. it'll be fine for desktop work, but not for any serious load, so i just bought that heatsink, problem solved I'll take your word for it considering your expertise. 18 FreedomEclipse~Technological Technocrat~ W1zzardthat's what i've been doing for more than a decade. it'll be fine for desktop work, but not for any serious load, so i just bought that heatsink, problem solved Can we have a review? Im interested in how it stacks up against aftermarket coolers. 19 watzupkenVayra86Topflow is actually the most effective and above all 'fool proof' design for CPU cooling. You cool the VRM, so regardless of case airflow, if something crashes, its because the whole system is too hot, which means you can spot it quickly. With a tower heatsink, that may completely escape your attention until its too late. I agree. Tower heatsink reduces a lot of airflow to the hot components around the CPU, and basically minimal airflow to the components for watercooling. While the appears to cool the CPU better, the VRMs and such runs hot. CrackongSo they knew their thermal solution is insufficient in the very first place. (pic form hothardware) Intel should bundle this with their processors, especially the current generation. They cheap out for so many years giving that crappy small and thin heatsink for the sake of cost cutting. While the basic cooler worked fine with the first gen Skylake chip, the Comet Lake is a Skylake on power steroid. 20 FreedomEclipse~Technological Technocrat~ watzupkenI agree. Tower heatsink reduces a lot of airflow to the hot components around the CPU, and basically minimal airflow to the components for watercooling. While the appears to cool the CPU better, the VRMs and such runs hot. Unless youre setup on an open air bench this shouldnt matter. With the way cases are designed to channel air through one way and out the other. There is still gonna be airflow. Its when there isnt enough air being pulled through the case is when its going to be a problem. Most boards do just fine without a fan on the VRMs or the chipset so long as you have a good amount of air being push and pulled in and out of the case. The only time this could be an issue is when youre doing some extreme overclocking and need to set the voltage sky high or when youre running big clocks & a hot GPu but your ambient temp is 30'c+ 21 timta2TomorrowIntel is super weird sometimes. On one hand they include iGPU in EVERY mainstream CPU they produce (even F models where the silicon is present but disabled). Even with high end 500$ CPU's despite it being more than likely that people buying such a pricy DIY component already have (even several) or can easily procure a superior graphics solution. Not to mention the die size an iGPU consumes. Intel could easly have 16c/32t CPU's right now if they would let go of this oddity. Atleast on their K series SKU's. The reasoning for all this has already been explained and discussed, over and over, for years. You would have to have been trying not to pay attention in order to not know it. The other part of the problem, here, is the assumptions you're making, like that people who buy the higher-end CPUs only use them for gaming and don't need an iGPU or might not be able to benefit from it's capabilities or future use cases. You think Intel hasn't done it's research on what coolers people with higher-end CPUs have been using and are unaware of something that most of the enthusiasts have been aware of for decades? I don't know where you're getting this "woefully inadequate", that you're referring to, but you don't think Intel engineers design and test them to work properly with the CPUs that they are included with? That's been the case for every Intel CPU with included cooler that I've ever purchased. They usually aren't great in comparison to other aftermarket options, but they work and are cheap, which is what most consumers want. As far as the cooler in this article, it's a good thing you aren't being forced to buy it, right? I don't understand getting worked up about that. 22 wahdangunW1zzardI have, even paid premium for it, because I'm not aware of any faster option to install the CPU cooler. actually amd mechanism in am2/am3/am4 is faster, just push and secure the clip, its more robust too 23 W1zzardwahdangunactually amd mechanism in am2/am3/am4 is faster, just push and secure the clip, its more robust too i tend to disagree, mounting the amd clip coolers seems a little bit slower to me than the intel push pins. either way, it won't help me install the cooler on an intel cpu :) |
