ASUS GTX650-DC-1GD5 features DIGI+ VRM with Super Alloy Power, which has been applied via a massive power design that uses digital voltage regulators to minimize power noise by 30% & enhance power efficiency by 15%, widen the voltage modulation range, & improve overall stability & longevity by 2.5 times longer than reference. ...

ASUS graphics card engineering leads the industry once again with the introduction of Direct CU II SSU thermal design. Comprising two "S" & one "U" shapes, the heatpipes are precision shaped for optimal efficiency & heat transference. They are also nickel-plated to minimize oxidization, with their mid-section now placed directly over the GPU die. This design shortens heat transfer travel to lower thermal resistance & create bi-directional flow for up to twice the cooling capacity in the same space as that required by existing graphics card cooler designs. High-conductivity copper used in heatpipe formulation creates tube-like vapor chambers, moving heat to a large aluminum heatsink that features extended fins for multiple points of dissipation. The assembly is further chilled by two high performance but carefully-tuned & sound-dampened fans for faster & quieter cooling. ...

ASUS GTX650 features NVIDIA Phys X ready, you can play games with advanced effects such as blazing explosions & lifelike characters with 10x faster switching between graphics & physics processing, enabling more complex effects to be rendered in real time. The flattened copper heatpipes makes direct contact with the GPU surface so heat is dissipated efficiently, delivering a 20% cooler & vastly quieter performance than reference. ...

ASUS GTX650 features NVIDIA Phys X ready, you can play games with advanced effects such as blazing explosions & lifelike characters with 10x faster switching between graphics & physics processing, enabling more complex effects to be rendered in real time. The flattened copper heatpipes makes direct contact with the GPU surface so heat is dissipated efficiently, delivering a 20% cooler & vastly quieter performance than reference. ...

Exclusively-formulated alloy components boost performance by reducing power loss, enhancing durability, & achieving cooler operation. Choke concrete cores eliminate buzzing sound under full load while capacitors assure a 50, 000-hour lifespan: equivalent to 2.5 times longer than traditional capacitors. ...

Step up to the Ge Force GTX 650 Ti for turbocharged, PC gaming at a remarkable price. Based on the fast & efficient NVIDIA Kepler architecture, Ge Force GTX 650 Ti delivers 40% boost over Ge Force GTX 650 GPU, provides stunning Direct X 11 performance, 1080p HD brilliance in your favorite FPS, RTS, & MMO games. ...

Tough ball bearings on both sides of the fan housing ring equal greater strength & higher heat tolerance. Lasting up to 50% longer than generics, this fan runs smoother with reduced friction, its dust-proof design improving lifespan & cooling efficiency. ...

Flattened copper heatpipes make direct contact with GPU surfaces so heat is dissipated more efficiently, delivering 20% cooler & vastly quieter performance than reference. Exclusively-formulated alloy components boost performance by reducing power loss, enhancing durability, & achieving cooler operation. Choke concrete cores eliminate buzzing sound under full load while capacitors assure a 50, 000-hour lifespan: equivalent to 2.5 times longer than traditional capacitors. ...

This card features Direct CU II, flattened copper heatpipes make direct contact with GPU surfaces so heat is dissipated more efficiently, delivering 20% cooler & 3x quieter performance with twice the dissipation area & 6x greater airflow than reference. ...

Direct CU thermal design utilizes direct contact copper heatpipes so heat is dissipated efficiently, delivering a 20% cooler & vastly quieter performance than reference. 1085 MHz boost clock for better performance & outstanding gaming experience Acclaimed DIGI+ VRM has been applied via a massive power design that uses digital voltage regulators to minimize power noise by 30% & enhance power efficiency by 15%, widen the voltage modulation range, & improve overall stability & longevity by 2.5 times longer than reference. ...