![]() Thanks to Hi-c CAP's MSI mainboards are the most energy efficient in the market. Besides ensuring enough spacing around a CPU socket to install large coolers, it also allows for 93% energy efficiency. One With their aluminum core design, Solid CAP's have been a staple in high-end design mainboard designs and provides lower Equivalent Series Resistance (ESR) as well as its over-10-year lifespan.Ī Hi-c CAP is a very small, but super-efficient capacitor. That is why MSI only uses MIL-STD-810G certified components for its Gaming cards because only these components have proven to be able to withstand the torturous circumstances of extreme gaming and overclocking. One of the deciding factors in performance is the quality of the components used. In addtion,This exclusive heatsink design is increasing the area of heatsink so that enhancing the efficiency of dissipation much more. is leading airflow to heat pipe by spcial deflector on heatsink, so it can deflect more airflow to heat pipes directly. SuperPipes transfer heat twice as fast as regular heat pipes enabling an MSI GAMING graphics card to stay cooler than the competition.įuthermore, MSI provide all new Airflow Control technology on Twin Frozr. Heat from the GPU is transferred to the fin grid array by virtue of heat pipes with MSI's special SuperPipe technology. ![]() The other part that the Twin Frozr cooler uses is a large Aluminium fin grid array that provides a huge amount of surface area for cooling. The first Twin Frozr kicked off the dual-fan trend and today MSI stays true to its dual-fan dual-slot design where others have to resort to less effective means. MSI's Twin Frozr has been the industry defining graphics card cooler. The best operating environment with fabulous low noise.Provide a stable gaming experience with higher core clock.Tune up core clock and fan speed to gain a best performance.Pre-overclocked graphics cards simply give more performance and you don't have to worry about damaging your card, it is completely covered by our warranty! This simply means you get more performance out of your card, without spending any time on checking for maximum clocks and stability. NVIDIA is promising some huge performance-per-watt gains with "Maxwell." Given that the GM107 is based on the same 28 nm process as the GeForce Kepler series, there's only one way NVIDIA can deliver on its promise - by developing a better overall architecture.Most MSI Gaming graphics cards come pre-overclocked out of the factory. The GTX 750 Ti is positioned between the GTX 760 and GTX 660, which is a sizable gap to fill. This 1.87 billion-transistor GPU features a basic component hierarchy that's not too different from that of "Kepler," but sees some under-the-hood changes in the design of its key parallel processing sub-unit, the streaming multiprocessor "Maxwell" (SMM). The GeForce GTX 750 Ti and the GTX 750 (also launched today) are based on the 28 nm GM107 (GeForce-Maxwell 107) silicon. The fact that TSMC's 20 nm node isn't in a position to ship out such complex ASICs as graphics processors right now and that NVIDIA wouldn't want its new architecture to in any way be hit by unforeseen issues arising out of the move to a new process may have led to the decision to use the existing 28 nanometer process. First reports of the chip being based on "Maxwell" hit us by surprise as we presumed that a new micro-architecture is invariably pegged to NVIDIA's foundry partner, TSMC, to launch its next-generation 20 nanometer silicon fabrication process. Here it is, NVIDIA's GeForce GTX 750 Ti, one of the first GPUs based on its next-generation "Maxwell" GPU architecture.
0 Comments
Leave a Reply. |