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AORUS ATC800 CPU Cooler Leads in Overclocking i9 10900K All-core at 5.1G
Gigabyte announced the AORUS ATC800 tower fan which is specially designed for multi-core processors, features stack fins, 6 Direct Touch Heatpipes that are each 6mm in diameter.
It delivers superior heat dissipation TDP suppression for overclocking the Intel® Core™ i9-10900K CPUs to all cores at 5.1GHz under a Prime 95 burning-in test. AORUS ATC800 also integrates smart CPU temp/RPM light indicators for users to easily manage the system dissipation condition.
“Our liquid cooling products with i9 10900K CPU have accomplished all-core at 5.2GHz under the burn-in test, which is attractive to many users. However, there are also comparatively more constraints on liquid cooling to make users hesitate” stated Jackson Hsu, Director of the GIGABYTE Channel Solutions Product Development Division. “GIGABYTE AORUS ATC800 tower fan makes use of fin thermal pad, 6 Direct-Touch Heatpipes, each 6mm in diameter, dual ball bearing structure, and our unique fan blade design, for superior heat dissipation. All of these features are not only designed for users to overclock their Intel® Core™ i9-10900K CPUs to all cores at 5.1GHz under the Prime 95 burn-in test, but definitely fulfills all kinds of needs for CPU heat dissipation. The easy display of the temperature function and fashionable appearance are also essential to why people are enthusiastic for AORUS.”
With the help of its composite mounting bracket, AORUS ATC800 can fully support most of the Intel and AMD processors, so users can upgrade to the latest 10th Generation Intel® Core™ processors without extra purchase of new fans. AORUS ATC800 implements stack fins to enlarge the dissipation area. With 6 Direct-Touch Copper Heatpipes, each 6mm in diameter, it can increase 20% in surface area compared to other designs of 3 heatpipes, which bolster heat dissipation. Specialized welding between the heatpipes and stacked fins not only strengthens the structure of the design but also draws heat away more quickly from the CPU to the fins, allowing the dual ball bearing fan to significantly lower temperatures.
Enhanced with distinguished product design, AORUS ATC800 can easily mitigate the heat and over 250 Watts TDP which is generated from overclocking the Intel® Core™ i9-10900Ks to all cores at 5.1GHz under the Prime 95 burn-in test. It not only provides users an excellent overclocking experience, but also reveals the design strength and quality of GIGABYTE AORUS cooling products.
Aside from being able to dissipate heat effectively, AORUS ATC800 embeds fashionable lighting effects that serve as a prompt key indicator for CPU temperature and fan RPM. Users don’t need to access software or the BIOS to easily manage thermal conditions and build their cool and effective systems.
Gigabyte Shows a lot of Aorus at Computex - 06/09/2018 08:39 AM
In the final stages of photos to show you from Computex, the next one in line is Gigabyte. Active at two locations, the Taipei 101 suite and the TWTC convention center. For Gigabyte the strongest f...
Gigabyte Outs its Aorus ATC 700 CPU Cooler - 07/11/2017 07:55 AM
We've shown you a couple of photos of this during Computex already, but Gigabyte is launching its new Aorus ATC 700 CPU Cooler. Soon they will also release a new mouse and keyboard series....
Gigabyte To Release Aorus ATC 700 CPU cooler - 05/22/2017 08:55 AM
On a recent Asia based presentation related to Computex, gigabte has been showing some products. It seems Gigabyte is expanding theit Aorus luneup with CPU coolers as well....
SpikeOT
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Junior Member
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Joined: 2014-11-04
#5814664 Posted on: 08/04/2020 10:30 AM
With respect Hilbert, the title of the press release probably shouldn't be the title of the article in this case. "Cooler dominates" and "cooler leads" both make it sound like this cooler is better than its peers, when nobody has independently tested yet. It's just a standard manufacturer claim until proven otherwise.
With respect Hilbert, the title of the press release probably shouldn't be the title of the article in this case. "Cooler dominates" and "cooler leads" both make it sound like this cooler is better than its peers, when nobody has independently tested yet. It's just a standard manufacturer claim until proven otherwise.
Undying
Senior Member
Posts: 15413
Joined: 2008-08-28
Senior Member
Posts: 15413
Joined: 2008-08-28
#5814665 Posted on: 08/04/2020 10:34 AM
So you are telling me aorus rgb can beat poo color noctua? That cant be right.
So you are telling me aorus rgb can beat poo color noctua? That cant be right.
Yosif Videlov
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Posts: 24
Joined: 2020-03-20
Member
Posts: 24
Joined: 2020-03-20
#5814742 Posted on: 08/04/2020 03:57 PM
is there some hidden setting to make prime95 a burden on the cpu ? because all I did was set to max threads etc...and found it quite useless to test my cooling setups
it's nowhere near has hard as testing with aida64 stress test or a combo of tests like running cinebenchR20 + kombustor or furmark together
something which gamer nexus and linus or others sometimes do when they want a cooling or cpu to look bad (only reason why you would use a much harsher test method when you know people will compare it to normal results) this is way worse than a regular cpu stress test you're asking for 160-200% cpu load basically with max power gpu and motherboard, no one except the ones that already tried it know how worst it is : 840+watts at the psu with a 1080ti and 3960x to give you an idea
Well run latest Prime95 which uses AVX2 and run Small FFTs (max FPU stress) and witness the burnout galore
I OCed my previous cpu 9600K to just 4.8ghz and managed to hit 80-85C in it with Noctua NHU12A. with 4.9-5.0 ghz i got 95-100C @1.36-1.39 vcore. OCCT - linpack stress testing is brutal to say the least as well.
is there some hidden setting to make prime95 a burden on the cpu ? because all I did was set to max threads etc...and found it quite useless to test my cooling setups
it's nowhere near has hard as testing with aida64 stress test or a combo of tests like running cinebenchR20 + kombustor or furmark together
something which gamer nexus and linus or others sometimes do when they want a cooling or cpu to look bad (only reason why you would use a much harsher test method when you know people will compare it to normal results) this is way worse than a regular cpu stress test you're asking for 160-200% cpu load basically with max power gpu and motherboard, no one except the ones that already tried it know how worst it is : 840+watts at the psu with a 1080ti and 3960x to give you an idea
Well run latest Prime95 which uses AVX2 and run Small FFTs (max FPU stress) and witness the burnout galore
I OCed my previous cpu 9600K to just 4.8ghz and managed to hit 80-85C in it with Noctua NHU12A. with 4.9-5.0 ghz i got 95-100C @1.36-1.39 vcore. OCCT - linpack stress testing is brutal to say the least as well.
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is there some hidden setting to make prime95 a burden on the cpu ? because all I did was set to max threads etc...and found it quite useless to test my cooling setups
it's nowhere near has hard as testing with aida64 stress test or a combo of tests like running cinebenchR20 + kombustor or furmark together
something which gamer nexus and linus or others sometimes do when they want a cooling or cpu to look bad (only reason why you would use a much harsher test method when you know people will compare it to normal results) this is way worse than a regular cpu stress test you're asking for 160-200% cpu load basically with max power gpu and motherboard, no one except the ones that already tried it know how worst it is : 840+watts at the psu with a 1080ti and 3960x to give you an idea