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Our superior cooling technology to keep your temperatures low at a high framerate

 

*NEW for RX 6000 Series* Hybrid Fan Blade

The new hybrid fan design combines the quietness of a traditional axial fan design and strong air pressure of a blower fan design to generate an improvement in the downward air pressure through the fan while keeping the fan noise low. 

 

*NEW for RX 6000 Series* WAVE Fin design

The WAVE Fin Design reduces friction when the wind goes into the fin module resulting in a reduction of the wind cut noise. 

 

*NEW for RX 6000 Series* V-Shape Fin Design for GPU cooling

The V-shape fin design on top of the GPU accelerates and centralizes the air flow around the GPU to dissipate heat efficiently. 

 

*NEW for RX 6000 Series* Integrated Cooling Module

The combined Memory & VRM cooling module cools the memory, MOSFET, and the chokes. Two heat pipes are added underneath the module to dissipate the heat from the components with better efficiency.

 

*NEW for RX 6000 Series* K6.5 Memory Pad

When compared to the previous K5, the K6.5 Memory Pad has a nearly 38% better thermal conductivity between the components and the cooler. 

 

Intelligent Fan Control

Fan speed is intelligently controlled to keep the GPU, memory, PWM IC and other components as low as possible in temperature to balance performance, and fan noise.

 

Precision Fan Control

Standard industry fans may have up to 10% difference between fan rotation cycles (RPM). The Fan IC Control on SAPPHIRE graphics cards reduce differential at approximately 3%. This up to 70% improvement on accuracy ensures that cooling and noise performance of every graphics card is up to scratch.

 

Robust VRM Cooling

The SAPPHIRE graphics cards are designed with robust VRM cooling and have a high thermal conductivity pad on the back-plate to take away the heat efficiently and effectively.

 

Robust Memory Cooling

One of the hottest parts on a next-gen graphics card is generated from memory. A robust memory cooling solution has been integrated into each SAPPHIRE graphics card to cool down memory with a specially designed independent cooling module.

 

Tri-X Cooling Technology

The Tri-X Cooling Solution is powered by three large fans to optimize wind flow efficiency. The tunneled fins on the fans aid in increasing the convection of airflow to ensure that Tri-X cooling is a low temperature and low noise cooling solution.

 

Dual-X Cooling Technology

The Tri-X Cooling Solution is powered by three large fans to optimize wind flow efficiency. The tunneled fins on the fans aid in increasing the convection of airflow to ensure that Tri-X cooling is a low temperature and low noise cooling solution.

 

 

Our core parts that elevate the life of our products through quality, robustness & reliability

 

Backplate (Tough Metal Backplate)

The all-aluminum backplate provides additional rigidity that guarantees nothing bends and dust stays out. It also helps cool your card by increasing heat dissipation.

 

Two-Ball Bearing

These feature Dual Ball bearing fans, which have an approximately 85% longer lifespan than sleeve bearings in our tests. The improvements to the fan blades means the solution is up to 10% quieter than the previous generation.

 

Fan Quick Connect

If there’s a fan problem, you don’t have to return the entire card. SAPPHIRE or our channel partners will send out a replacement fan directly to you! That means they’re easy to remove, clean and replace, with just one screw holding them securely in place.

 

Fuse Protection 

In order to protect your card, the SAPPHIRE cards have fuse protection built into the circuit of the external PCI-E power connector to keep the components safe. 

 

Dual BIOS

Choose between performance mode or silent mode to enhance your gaming experience.

All of the extra features that make our SAPPHIRE Boards so special and unique

 

TriXX Supported

Customize your individual style with TriXX Software and heighten your gaming experience!

 

TriXX Boost

Take gaming to the next level by adjusting your resolution options. Gain FPS by slightly decreasing resolution that is then adjusted through image sharpening for a more immersive gaming experience with much more fine-grained control over the quality vs. performance tradeoff.

 

Software BIOS Switch

Starting from the RX5000 Navi series, switch from performance mode to silence mode or back using our TriXX software for a quick and easy switch between your dual BIOS modes.

 

Max Boost

The Max Boost switch increases the boost clock and power limit for higher performance to unleash the gaming performance of the card. Planning to overclock or looking for maximum performance? This feature is the key.

 

Power Design

SAPPHIRE NITRO cards are designed with Phase Digital Power specifically for GPU and memory to aid in overclocking, balancing current distribution and averaging thermal dissipation for each power phase.

 

Optional Fan Glow ARGB  support

Customize the LED glow on your RX 5000 & RX 6000 Series ARGB fans using TriXX Software.

 

NITRO Glow

With tasteful shroud design augmented by ARGB LEDs, you can change the colors of the LED, for a customized design. This can be controlled via TriXX software. Choose from different modes including Fan Speed Mode, PCB Temperature Mode or the colourful rainbow mode or turn off the LEDs.

 

ARGB Audio Visualization

The LED sections on the graphics card are synced to volume level and can be controlled through TriXX. The colours will slide across the light strip according to the peaks and dips in the sound volume level for a theatrical ARGB light display in your PC

 

Fan Check

At times fans need service but it can be frustrating to return the entire card and wait for a replacement to be authorized. Fan Check feature allows users to check the cooler’s status and immediately contact customer support through Fan Service in case of problems.

 

Free Flow

The traditional axial fan design system circulates hot air to the fan inlet resulting in higher temperature. We redesigned the airflow so that the hot air is expelled through the system fan instead, rapidly dissipating heat and includes a tunnelled fin with tiny holes which increases the convection airflow. 

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