ARCTIC Freezer 7 X vícekompatibilní CPU chladič, Socket Intel 115x/1200/755 & AMD FM1, FM1+, FM2, FM2+, AM3, AM3+, AM4



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ARCTIC Freezer 7 X vícekompatibilní CPU chladič, Socket Intel 115x/1200/755 & AMD FM1, FM1+, FM2, FM2+, AM3, AM3+, AM4
PN: ACFRE00077A


ARCTIC Freezer 7 X vícekompatibilní CPU chladič, Socket Intel 115x/1200/755 & AMD FM1, FM1+, FM2, FM2+, AM3, AM3+, AM4 Super tichý chladič pro téměř jakýkoliv procesor, za nepřekonatelnou cenu – to je novinka v podobě chladiče Freezer 7 X, který je přímým nástupcem legendárnícho Freezer 7 Pro. O kvalitní chlazení se stará 92mm ventilátor, který žene vzduch přes hliníkový radiátor se 44 žebry. Velkou výhodou je i široká podpora procesorových patic Intel a AMD a již od výrobce předinstalovaná teplovodivá pasta Arctic MX-2. Kompatibilní se sloty Intel® a AMD® • Předem nanesená tepelná pasta MX-2 • Prodloužená životnost díky nízké teplotě cívky • Nižší spotřeba energie a menší vibrace díky nové technologie motoru • Ofsetová tepelná potrubí zajišťují optimální odvod tepla Kompatiblní s AMD® FM1/2(+), AM3(+), AM4 a Intel® 115x, 1200, 775 Ventilátor: 92 mm Hlučnost: 0.3 sonu (při maximálním výkonu) Počet Heat-pipe trubiček: 2 (z každé strany) Tloušťka Heat-pipe: 6mm Rychlost otáček: 300 – 2 000 ot./min (řízeno PWM) Typ ložiska: Fluid Dynamic Konektor: 4-pin Hmotnost: 425 g Rozměry: 74,3 x 110,5 x 132,5mm Kompatibilní se sockety: Intel 115x, 1200, 755 AMD FM1, FM1+, FM2, FM2+, AM3, AM3+, AM4 Freezer 7 X Compact Multi-Compatible CPU Cooler Compatible with Intel® & AMD® sockets • Pre-applied MX-2 thermal paste • Extended lifespan thanks to low coil temperature • Lower power consumption and less vibration with new motor technology • Offset heat pipes ensure optimal heat dissipation A worthy Freezer 7 Pro successor: better price, better performance The Freezer 7 X benefits from an improved heatsink design and a reworked heat pipe layout. In conjunction with the fan, which is optimized for high static pressure, we have been able to significantly improve the Freezer 7 X's cooling performance. Optimized and more effective manufacturing processes also allow us to offer it at a better MSRP. Specifications Heat Pipe Direct Touch Ř 6 mm x 2 Heatsink Aluminium Fins x 44 Thickness: 0.4 mm Thermal Compound MX-2 pre-applied Dimensions 74.3 (L) x 110.5 (W) x 132.5 (H) mm Weight 425 g Compatibility AMD® FM1/2(+), AM3(+), AM4 Intel® 115x, 1200, 775 RAM Clearance no limit Fan 1 x 92 mm, 300–2000 RPM (Controlled by PWM) Current/Voltage 0.07 A/12 V Bearings Fluid Dynamic Bearing Noise Level 0.3 Sone Connector 4-pin connector Compatible with Intel & AMD sockets The Freezer 7 X is compatible with all current desktop sockets from Intel and AMD. By using the mounting frame, simple installation is possible without a need to remove the mainboard. Pre-applied MX-2 thermal paste Pre-applied, high-performing MX-2 thermal paste ensures quick and clean assembly. Longer lifespan thanks to its low coil temperature In theory, reducing the coil temperature by 10 °C can double the service life. With the use of new ARCTIC fan motors, we were able to lower the temperature by 20 °C, which quadrupled the lifespan of the fans. Offset heat pipes enable optimal heat dissipation The direct-touch heat pipes attached to the Freezer 7 X and an optimized design of the 44 cooling fins together ensure that the heat from the CPU can be ideally removed and released into the air. P-fan for Increased Performance Inspired by the P-series, the Freezer 7 X’s fan benefits from all of the advantages of P-fans: • High static pressure for increased cooling performance • Broad RPM range • Lower power consumption • Less vibration • PWM for synchronous fan control Hydrodynamic plain bearing Thanks to a combination of alloy and lubricant developed in Germany, the friction within the bearing is reduced, leading to greater efficiency. In this way, less heat is generated, there is less bearing noise and the life of the fan is extended. Direct Touch Heatpipes The Freezer 7 X uses direct-touch heatpipes. This ensures that the heat to be dissipated is transferred directly to the heatpipes without an additional material layer, and transported into the heatsink via the pipes.