Cooler Master introduces a new mainstream CPU cooler – Hyper 212 Plus. Continue Reading
Tag Archive | "fan air"
Tags: airflow, AM2, AM3, AMD, cooler master, cpu cooler, dual fan, fan air, fan life, fan noise, fan speed, h 120, heat dissipation, heat pipe, heat pipes, Intel, lga 775, pin fan, speed 600
Cooler Master Revamps Hyper 212 CPU Cooler with ‘Plus’ Edition
Posted on 28 May 2009 by Ventus
Tags: airflow, AM2, AM3, AMD, blade shape, cooler master, cpu, cpu cooler, dual fan, fan air, fan design, fan noise, fan speed, heat dissipation, heat pipe design, heat pipes, Intel, lga 775
Cooler Master Introduces a Mainstream Cooler – Hyper TX3
Posted on 19 May 2009 by Ventus
Cooler Master’s Hyper TX series has evolved over time with adaptation to requirements of mainstream CPUs. The introduction of Hyper TX3 marks another milestone with Cooler Master’s first-ever full compatibility with Intel LGA 1156 and previous socket types. The Hyper TX3 also brings back the original Direct Contact heat-pipe design from Cooler Master. Continue Reading
Tags: cooler, cooler master, cooling technology, core i7, cpu, cpu cooler, energy consumption, extreme temperature, fan air, fan control, fan noise, fan speed, heat dissipation, heat pipes, heat transfer, Intel Core i7, noise level, operation temp, pin fan, RPM
Cooler Master Launches 200+W CPU Cooler – V10
Posted on 03 February 2009 by Ventus
Cooler Master is taking cooling technology to the next level. The innovative V10 monster generates more than 200 watts of cooling power. It is the most heavy duty machine that overpowers any competition in the market. Continue Reading
Tags: air pressure, akasa, brushed aluminium, computer components, cooler, ergonomic design, fan air, fan speed, heat dissipation, laptop, macbook, macbooks, mesh grille, notebook, notebook cooler, Notebooks, quiet fans, quiet operation, stable operation, system temperature, usb, usb cable, wrist rest
Akasa ORION Notebook cooler AK-NBC-07
Posted on 17 January 2009 by Ventus
Notebooks and MacBooks can get very warm and while stock cooling is usually adequate to prevent the notebook from overheating adding effective cooling under the laptop significantly decreases overall system temperature. Continue Reading
