SAPPHIRE NITRO FURY Tri-X AMD HBM Graphics Card 4GB

Product Overview The SAPPHIRE NITRO R9 FURY is based on an exciting new GPU from AMD that combines Graphics Core Next architecture with the revolutionary high bandwidth memory (HBM). Cooled by the award-winning Tri-X cooler, the new NITRO FURY now comes with the SAPPHIRE original PCB design with enhanced power design for better power efficiency. The design goal of new SAPPHIRE NITRO FURY is cool, quiet and overclockable.for gamers who wants the best out of its class.

High Bandwidth Memory
Introducing HBM, a new type of memory chip with low power consumption, ultra-wide communication lanes and a revolutionary new stacked configuration. HBM’s vertical stacking and fast information transfer open the door for truly exciting performance in innovative form factors. And GPU applications are just the start – look for HBM’s superior power efficiency and space savings to spark industry-wide innovation.

Revolutionary HBM breaks the processing bottleneck:
High Bandwidth: Performance well beyond DDR4/GDDR5/LPDDR4.
Power Efficiency: >3X the performance per watt of GDDR5.
Small Form Factors: 94% less PCB surface area than GDDR5.
Innovation: New interconnects, interposer & DRAM type designed by AMD.

Two-ball bearing
Dual ball bearings on the fan spindles ensure smooth running and long life and are designed to keep out dust. A quiet cooling solution, Two ball-bearing fan features a high-efficiency blade design.

Intelligent Fan Control
For high-end graphic card users, we always like to get the best performance, running GPU cooler, quieter and for longer life.

Traditional graphic cards cooling solutions mainly focus on keeping GPU at lower operation temperature while balancing acoustics for end users to enjoy a quieter gaming experience. At Sapphire our experienced thermal experts always fine tuning the fan control table for each graphic card we design.

With more and more transistors and integration of High bandwidth memory (HBM), we introduced an even more intelligent scheme to monitor and dynamically adjust the fan speeds. This so called IFC (Intelligent Fan Control) is not only limited to cooling GPU cores but also inputs from HBM, Power control logics (like MOSFETS). With integrated SMU, there is a smart algorithm to receive temperature readings from multiple inputs, i.e., multiple GPUs power cores, external Bridge control logics, voltage regulator MOSFETs. It will also take the current application loading and environment temperature into consideration.

The benefit of this new intelligent fan control methodology is users can always expect the best performance, quieter environment based on whole graphics systems without need to worry about the manual fan table adjustments.

Features