MSI ha annunciato le video card N560GTX-Ti Twin Frozr II 2GD5 e N560GTX-Ti Twin Frozr II 2GD5/OC, due nuove soluzioni, basate sulla gpu GeForce GTX 560 Ti di NVIDIA, che vanno ad ampliare la linea GeForce 500 del maker taiwanense, caratterizzate dalla dotazione di un design non reference.

Come si evince dalla denominazione dei prodotti, entrambe le schede grafiche sono equipaggiate con una quantità di memoria locale pari al doppio del valore standard (2GB vs 1GB); in tal modo MSI punta a offrire frame rate più elevati anche con il gaming in 3D HD.

Le nuove GeForce sono inoltre stabilizzate termicamente con un cooler basato sulla tecnologia Twin Frozr II che utilizza delle "SuperPipe" per veicolare l'energia termica prodotta dalla gpu verso due ampie ventole PWM; in accordo al produttore, questo sistema di raffreddamento assicura una riduzione della temperatura operativa pari a 20° rispetto alle soluzioni convenzionali.

Un simile cooler inoltre protegge l'hardware che opera in regime di overclocking; a tal proposito la dotazione del software di controllo Afterburner permette non soltanto di gestire la velocità di rotazione delle ventole, ma anche di eseguire l'overvolting della GPU.

L'utilizzo di induttori Super Ferrite Chokes (SFC) e di condensatori allo stato solido assicura, infine, stabilità nell'immediato e longevità a lungo termine.

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Taipei, Taiwan] Leading graphics card and mainboard manufacturer MSI, has released N560GTX-Ti Twin Frozr II 2GD5 and N560GTX-Ti Twin Frozr II 2GD5/OC with double memory to provide a better gaming experience with big HD monitors. The N560GTX-Ti Twin Frozr II 2GD5 series graphics card is equipped with the MSI exclusive Twin Frozr II thermal design that provides 20° lower temperatures. The N560GTX-Ti Twin Frozr II 2GD5 is supported by MSI's Afterburner overclocking utility and helps release its overclocking potential and adopting Military Class II components provides the best product stability. With the above features, the N560GTX-Ti Twin Frozr II 2GD5 series graphics card is the best choice for HD gaming enthusiasts.

Double Memory Increases HD Gaming Performance
Gamers like to play games with anti-aliasing and the best special effects on a big HD monitor or even on 3 monitors. However, when a normal graphics card is running the game scene with lots of objects, its memory can't support the huge load and it will cause frame rate decreases and game "lag". The MSI N560GTX-Ti Twin Frozr II 2GD5 series graphics cards adopt double memory to provide a true, smooth 3D HD gaming experience.

Exclusive Twin Frozr II Thermal Design Delivers 20° Cooler
The MSI N560GTX-Ti Twin Frozr II 2GD5 series graphics cards are equipped with the exclusive Twin Frozr II thermal design, which uses a nickel plated copper base to absorb the heat from the GPU. Heat is rapidly transferred to the heat sink via the SuperPipe technology and is then dissipated with the airflow produced by the large dual PWM fans. Compared with the reference thermal design, MSI's Twin Frozr II thermal design lowers GPU's temperature by 20°C and provides an overall cooler platform.

GPU Overvoltage Boosts 25% Overclocking Potential
Moreover, MSI's exclusive Afterburner overclocking software not only allows users to adjust the fan speed according to their preferences, but also supports GPU Overvoltage function to fully unleash its potential, achieving a higher level performance with an overclocking rate of 25%. Users will be able to enjoy the satisfaction of vastly enhanced performance in just a few simple steps.

Military Class II Components Provide Best Stability
MSI uses Military Class II components in the N560GTX Twin Frozr II 2GD5 series graphics cards, such as Hi-c CAP— which are of the same class of components used in space shuttles and satellites and offer a lifespan 8 times longer than ordinary solid-state capacitors. In addition, Super Ferrite Chokes (SFC) are employed to not only improve efficiency by 10%, but also increase the maximum output current by 30%, and when coupled with All-Solid capacitors, the product's overall lifespan can be effectively extended.

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