![]() ![]() ![]() The aim here was to build a representative system and explore whether stock cooling was adequate, and where the benefits of more expensive cooling solutions stop being worthwhile. We chose this case because it’s representative of most cases on the market today with a front intake, rear exhaust, a PSU shroud and a wide variety of cooling configurations to choose between. We used a GTX 1660 Super GPU and the system was built in the Thermaltake Versa H17 case. PBO, AMDs own overclocking algorithm was enabled. ![]() ![]() Infinity fabric speed was also locked at 3600MHz. The system comprised of a Ryzen 3600, 16Gb of DDR4 RAM running at 3600MHz CL15. At £65/$72 it’s the next tier up in price and as much expense as we’d ever recommend for a low TDP cooler such as the Ryzen 3600. Standard mounting location for the radiator is in the front of the case with the pair of 120mm fans as an intake so the 140mm fans were removed. It ships ready to fit and includes a pair of 120mm fans. This liquid cooling loop combines a pump and radiator to pull heat away from the CPU via a copper cold plate. Adding an AIO:įinally we went all out by fitting a Corsair H100x 240mm AIO. We combined it with the pair of 140mm fans, our reasoning being that a competent builder would be unlikely to buy a tower cooler and neglect additional intake fans for a total cooling cost of around $40/£40/45€. This cooler is as simple as they come with 3 heat pipes, a cold plate and a fin stack to dissipate heat. It represents one of the lowest cost and most basic aftermarket cooling solutions available for the AM4 fitment. This cooler is available for £20/$35 and uses 3 heat pipes and a 92mm fan. We removed the standard Wraith Stealth cooler and replaced it with the BeQuiet! Pure Rock Slim tower cooler. We wanted to test if thermal improvements could be made from the relatively low outlay of a tube of thermal paste applied during the first build. We removed the stock paste and reapplied ‘ Arctic Silver 5’, a common lower budget thermal paste. A pair of 140mm intake fans cost around $20 so this is a low cost option. We were testing if changing the case to a ‘positive pressure’ set up can keep temperatures at acceptable levels during a torture test. We added a pair of 140mm fans to the basic configuration, a common first step to improving cooling. Using only the supplied materials is the single exhaust fan and stock cooler capable of keeping the CPU working at full capacity? Improved intake: This configuration represents the budget builder who has put everything towards core components. The Wraith stealth is a simple Aluminum block with fins at the sides and a downdraft fan to blow air through it. We used the supplied Wraith Stealth CPU cooler with standard pre-applied cooling paste and only the supplied 120mm Case Fan. Why? Because common knowledge has it that the Wraith Stealth cooler that ships with the Ryzen 3600 is adequate and we wanted to put that to the test.Ĭonfigurations under test: The budget build: We’ve been busy putting the Premiumbuild test rig through its paces and one of the first test series we ran was to compare a variety of cooling solutions for AMD Ryzen systems. Either way, enthusiasts should probably get ready to carefully tune the voltage of their Ryzen 7000 CPUs if they want the maximum performance.6.5 Related Why you need a CPU cooler, even for Ryzen. It's possible that AMD could resolve or reduce the issue with firmware updates in that time. If it's the latter, well, there's still nearly four weeks until the release of these CPUs. The same thing may be possible with Zen 4 according to the leaker, who writes that "there is a lot of CLK/temp headroom."īoth ECSM_Official and seem to believe that these results are anomalous and could result from either the usage of pre-release sample silicon or early firmware. These GPUs would often actually run higher clocks while undervolted due to the reduction in heat output. These kinds of undervolting results haven't been seen since the days of AMD's Vega and Hawaii GPUs, both of which responded extremely well to undervolting. However, after an unspecified manual core voltage tweak, the leaker has the chip drawing barely half the power (68W) and running at just 57⁰C while maintaining the same clock rate. On the left side, you can see the CPU in stock operation-under a full load, it's running at 5.05 GHz and pulling over 120 watts while running at 93⁰C-even worse than Mr. ![]()
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