AORUS ATC800 can run i9 10900K at 5.1GHz – Tin tức Gaming Gear

AORUS ATC800 features direct induction heat pipe, stacked finned heat sink, advanced fan design, easily pushes cooling capacity up to 250 Watts

GIGABYTE, the world’s leading manufacturer of motherboards and graphics cards, has just announced the AORUS ATC800 heatsink fan that can cool the Intel Core i9 10900K at 5.1GHz for all cores in burning- in Prime 95 for a long time.

Mr. Jackson Hsu, Director of GIGABYTE’s Channel Solutions Product Development Division, said, “Our liquid cooling products with i9 10900K CPUs completed all cores at 5.2 GHz in testing. burn-in, this makes many customers very impressed. However, there are also relative restrictions on liquid cooling that make users hesitate. ”

AORUS ATC800 can run i9 10900K at 5.1GHz - Tin tức Gaming Gear

AORUS ATC800 uses fish fin heat pads, 6 direct-diameter heat pipes 6 mm / tube, dual ball bearing structure and unique rotor design for superior heat dissipation to help solve this organ. All of these features are not just designed for users to overclock Intel CPUs® Core ™ i9-10900K on all cores at 5.1GHz in Prime 95 burn-in test, but also meet all the needs of CPU cooling. The easy display of temperature function and stylish appearance is also the reason why all the passionate about its premium products come so

AORUS ATC800 can run i9 10900K at 5.1GHz - Tin tức Gaming Gear

AORUS Improved ATC800 with outstanding product design that can easily reduce heat and more than 250 Watts TDP generated by Intel overclocking® Core ™ i9-10900K on all cores at 5.1 GHz in Prime 95 burn-in test. It not only provides users with excellent overclocking experience but also confirms the design power and quality of Its radiator products.

In addition to its efficient heat dissipation, AORUS The ATC800 also incorporates cool lighting effects that serve as a key indicator of fan and RPM CPU temperatures. Users now don’t need software or BIOS access and can easily manage temperature conditions and build excellent and efficient systems. will bring you the latest information in the future.



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