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Today we are taking a look at the Titan Fenrir Siberia Edition CPU cooler which has both horizontal and vertical heatsinks. As such there is clearly plenty of potential for extracting heat from the CPU, just like having two radiators in one room of your house it will greatly improve the heating effect.
Does Prolimatech's MegahalemsRev. C have what it takes to battle with the CPU cooling bigboys?
The battle for the high end cooling throne has reached fever pitch this year. The Noctua NH D14 ruled supreme for a long time, although it recently had to make way for a new king, the Phanteks PH-TC14PE. Today we are looking at the latest flagship cooler from Thermaltake, The Frio Extreme. Is this a serious challenger for the top spot?
Phanteks delivers a C-style cooler to the lab for testing. Take a look at what the PH-TC14CS brings to CPU cooling.
Cooler Master präsentierte auf der diesjährigen CeBIT in Hannover eine wirklich innovative Weiterentwicklung der beliebten Kompaktwasserkühlungen. Das vorgestellte, hauseigene Modell hört auf den Namen "Eisberg" und bietet gegenüber den Konkurrenzprodukten neben der deutlich höheren Kühlleistung, unter anderem eine erweiterte Konfigurierbarkeit zur Integration in die jeweiligen Systeme. Obwohl bereits das Vorserien-Modell auf der IT-Messe in Hannover zu sehen war, stand das endgültige Design noch nicht fest. Dank der hervorragenden Kooperation mit Cooler Master, können wir euch nun die finale Version als erstes deutschen Online-Magazin präsentieren.
Deepcool's Ice Wind Pro heatsink is a rather novel CPU cooler for two unique qualities; 1) its heatpipe-to-fin arrangement and 2) the geometry of its leading and trailing fin edges. First off, rather than clusters of heatpipes at the left and right sides of the aluminum fin tower, the eight ends of the heatpipes are lined up straight in a row, 10mm apart, right down the middle of the heatsink. Secondly, the leading/trailing edges of the aluminum fin stack have five large, slightly arc'd diamond cut-outs parallel to the direction of the fins that break up the otherwise monolithic wall.
With the relatively recent introduction of our new LGA2011 CPU Cooler database based on our primary Intel Core i7 3930k some of you have asked if it's possible for us to test some of the older coolers i reviewed a long time ago. Unfortunately many of those are not LGA2011 compatible, at least not up until this moment and even if they were i simply lack the time to do something like that from scratch especially since that would also mean delaying tests/reviews of brand new products. However today we will be taking a look at a product which i also reviewed in the past and more specifically the NH-C14 high performance low-profile CPU Cooler by Noctua.
Introducing the only cooler to currently offer vapor chamber cooling for CPUs, the TPC 812 from Cooler Master.
Vapour chambers and heatpipes work on the same principle, the difference is that vapour chambers are planar thermal devices that conduct heat in two dimensions. The two 19x3mm vapour chambers on the Coolermaster TPC-812 heatsink are double-stacked (one vapour chamber on top of three heatpipes), much like the Xigmatek Aegir. Since vapour chambers are planar devices this represents a more efficient application that piling tubular heatpipes on top of tubular heatpipes. Coolermaster's TPC-812 is the first CPU heatsink to pass our test bench employing both vapour chambers and heatpipes in one package.
Wie schon in den letzten Tests angesprochen, hat ARCTIC als einer der wenigen Hersteller einen passenden Alternativkühler für die aktuelle Radeon HD 7970. Diesen Kühler möchten wir uns heute etwas genauer ansehen, auch wenn wir schon im Vorhinein wissen, dass es eine Verbesserung für unsere Grafikkarte geben wird.
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