Subject: Cases and Cooling | October 24, 2013 - 01:34 PM | Jeremy Hellstrom
Tagged: liquid cooling system, Hydro Series, H75, corsair
Fremont, California — October 24, 2013 — Corsair, a worldwide designer of high-performance components for the PC hardware market, today announced the Hydro Series H75 dual-fan 120mm liquid CPU cooler. The easy-to-install H75 provides PC users with quieter and more effective cooling than stock CPU coolers, all in a 120mm footprint that is widely compatible with most PC cases on the market. The Hydro Series H75 will be available in November at a suggested retail price of $84.99 (USD).
The Hydro Series H75 is comprised of a low-profile CPU cooling block connected to a 120mm radiator and fan assembly via kink-resistant rubber tubing. The H75’s new cooling block is designed with a micro-fin copper cold plate and a high-quality, ceramic bearing pump that provides reliable, low-noise heat transfer away from the CPU. The slim 25mm thick radiator is surrounded by dual SP120L PWM 120mm fans resulting in design that is quieter and thinner than other dual fan coolers, and more effective at dispersing heat than single fan designs. The H75’s fans work with PWM motherboard fan headers, allowing users to control the fan speed and noise levels from their motherboard’s built-in software or BIOS.
“The H75 is a great choice for PC enthusiasts who want the streamlined features of our H60 120mm cooler but desire the additional cooling performance of a dual fan design,” said Xavier Lauwaert, Director of Product Marketing at Corsair.
The Hydro Series H75 features a simple, tool-free mounting system and wide Intel and AMD socket compatibility. Like all Hydro Series liquid CPU coolers, the H75 is completely self-contained and does not require filling or maintenance.
Features and Specifications
120mm aluminum radiator
- 120mm x 152mm x 25mm
Two SP120L PWM 120mm high static pressure fans
- 120mm x 25mm
- 2000 RPM (+/- 10%)
- 54 CFM
- 31.4 dBA
- PWM fan control for customizable cooling
- Support for AMD and Intel CPUs
- AM2, AM3, FM1, FM2, LGA 1156, 1155, 1150, 1366, 2011
- Advanced copper cold plate and manifold design
- Tool-free bracket for simple installation on most Intel and AMD motherboards
- Sealed all-in-one design, pre-filled and maintenance free
- 5-year limited warranty
Video Overview of the Hydro Series H75 A video overview the Hydro Series H75 and the installation process can be viewed here:
To learn more about Corsair PC cooling products, please visit: http://www.corsair.com/cpu-cooling-kits/hydro-series-water-cooling-cpu-c...
The AMD Closed Loop System
Closed loop water cooling is not new, but it certainly is a pretty hot topic now. Some of the first units out there had some interesting issues (like internal corrosion clogging everything up), but once those teething problems were solved the closed loop systems turned out to be pretty effective and easy to install. Initially these units had the performance of a top end air cooler, but with a lot lower noise. The latest generation of liquid cooling systems (LCS) is now further improved and provides performance approaching that of larger, more complex cooling systems. These products will not replace exotic systems like phase change, but they provide a lot of cooling in a fairly decent sized package.
Clean lines and graphics give this box a striking look without being tacky.
Last year with the introduction of the AMD FX-8150, AMD decided to create a SKU which not only included the CPU, but also a fairly robust LCS. This unit is based on an Asetek design which features a double wide cooler/reservoir with the push-me/pull-ya fan combination. Other manufacturers offer this particular product under a variety of names, but this is simply an AMD FX branded unit with some small cosmetic changes to differentiate it from other units.
AMD will eventually offer this cooler with the new Vishera based FX-8350 CPU (or at least we assume they will), and we wanted to take this combination out for a spin. In our FX-8350 review we did not hit the overclocking targets that AMD had set. In most literature that we were provided AMD stated that most FX-8350 parts would be able to hit around 5 GHz with some aggressive cooling. In our review I was able to get to around 4.6 GHz max and around 4.5 GHz stable with better than average cooling. The results were not as impressive as we had hoped, but we again did not have a top end cooling solution such as what AMD provides with this particular LCS.
With a brand new LCS in hand, I retested the FX-8350 to see how hard it could be pushed. I also wanted to see how this particular unit performance in terms of thermal properties. The results were quite surprising for me, as this is my first real experience with a LCS.
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