Trusted Partners


The central fan operates in reverse to minimize air turbulence and enhance airflow dispersion throughout the heatsink for improved cooling performance.
The central fan operates in reverse to minimize air turbulence and enhance airflow dispersion throughout the heatsink for improved cooling performance.


Engineered to strike the perfect balance between thermal efficiency and silent operation through refined design details.

Engineered to strike the perfect balance between thermal efficiency and silent operation through refined design details.

ASRock's new Striped Ring Fan design allows for increased lateral air intake, providing superior airflow through the cooling array.
ASRock's new Striped Ring Fan design allows for increased lateral air intake, providing superior airflow through the cooling array.


The fans automatically engage for optimal cooling when temperatures rise and completely stop during low-temperature operation to ensure absolute silence.

The fans automatically engage for optimal cooling when temperatures rise and completely stop during low-temperature operation to ensure absolute silence.

Features V-shaped cutting fins and air vents that guide airflow more rapidly and regularly, significantly enhancing cooling efficiency.
Features V-shaped cutting fins and air vents that guide airflow more rapidly and regularly, significantly enhancing cooling efficiency.


The heatpipes are consolidated to maximize contact with one another and the GPU baseplate, ensuring optimized heat dissipation.

The heatpipes are consolidated to maximize contact with one another and the GPU baseplate, ensuring optimized heat dissipation.

Utilizes a premium copper base heatsink design to maximize the direct contact area with the GPU, effectively improving thermal transfer.
Utilizes a premium copper base heatsink design to maximize the direct contact area with the GPU, effectively improving thermal transfer.


Effectively isolates gaps between the pipe and stacked fins, resulting in significantly improved heat dissipation performance.

Effectively isolates gaps between the pipe and stacked fins, resulting in significantly improved heat dissipation performance.

Incorporates the Honeywell PTM7950 phase-change thermal pad to effectively fill gaps between the GPU and thermal module, ensuring excellent heat dissipation and longevity under high loads.
Incorporates the Honeywell PTM7950 phase-change thermal pad to effectively fill gaps between the GPU and thermal module, ensuring excellent heat dissipation and longevity under high loads.


Precise screw torque is applied during assembly to optimize cooler mounting pressure, which improves thermal efficiency while preventing damage to the GPU die.

Precise screw torque is applied during assembly to optimize cooler mounting pressure, which improves thermal efficiency while preventing damage to the GPU die.

Integrated ARGB LEDs allow users to create unique colorful lighting effects that can be switched on or off and synchronized with compatible ASRock motherboards.
Integrated ARGB LEDs allow users to create unique colorful lighting effects that can be switched on or off and synchronized with compatible ASRock motherboards.


Features a physical switch that allows users to instantly turn the LED lighting on or off depending on their needs or environment.

Features a physical switch that allows users to instantly turn the LED lighting on or off depending on their needs or environment.

Includes an ARGB pin-header that allows connection to ARGB strips or devices, enabling richer and more vivid lighting setups.
Includes an ARGB pin-header that allows connection to ARGB strips or devices, enabling richer and more vivid lighting setups.


Features a 16 power phase design utilizing SPS components to deliver higher maximum current to the GPU and memory for enhanced performance.

Features a 16 power phase design utilizing SPS components to deliver higher maximum current to the GPU and memory for enhanced performance.

The solid metal backplate is designed to prevent PCB bending while offering a stylish aesthetic. It also aids cooling via premium thermal pads on the backside.
The solid metal backplate is designed to prevent PCB bending while offering a stylish aesthetic. It also aids cooling via premium thermal pads on the backside.


Dual BIOS design lets users select their preferred setting by switching between P (Performance) BIOS and Q (Quiet) BIOS modes.

Dual BIOS design lets users select their preferred setting by switching between P (Performance) BIOS and Q (Quiet) BIOS modes.

Utilizes conductive polymer electrolytes to achieve lower equivalent series resistance (ESR), delivering outstanding electrical characteristics, reliability, and heat resistance.
Utilizes conductive polymer electrolytes to achieve lower equivalent series resistance (ESR), delivering outstanding electrical characteristics, reliability, and heat resistance.


The Dr.MOS design incorporates SPS technology to monitor current and temperature on each phase, ensuring smoother power delivery to the GPU and improved overclocking capability.

The Dr.MOS design incorporates SPS technology to monitor current and temperature on each phase, ensuring smoother power delivery to the GPU and improved overclocking capability.

ASRock's premium 100A power chokes increase saturation current by up to three times compared to traditional chokes, providing enhanced Vcore voltage.
ASRock's premium 100A power chokes increase saturation current by up to three times compared to traditional chokes, providing enhanced Vcore voltage.


Constructed with carefully selected copper materials, the 2oz Copper PCB facilitates lower temperatures and higher energy efficiency for overclocking.

Constructed with carefully selected copper materials, the 2oz Copper PCB facilitates lower temperatures and higher energy efficiency for overclocking.

Features a distinct matte black and copper color scheme designed to complement the high-end components of the graphics card.
Features a distinct matte black and copper color scheme designed to complement the high-end components of the graphics card.


The High Density Glass Fabric PCB design reduces gaps between PCB layers, protecting the card against electrical shorts caused by humidity.

The High Density Glass Fabric PCB design reduces gaps between PCB layers, protecting the card against electrical shorts caused by humidity.

Powered by unified AMD RDNA 4 compute units, this card delivers enhanced raytracing and ultra-fast performance. It supports AMD HYPR-RX to boost performance across supported games.
Powered by unified AMD RDNA 4 compute units, this card delivers enhanced raytracing and ultra-fast performance. It supports AMD HYPR-RX to boost performance across supported games.


Immerse yourself in lifelike visuals with next-gen raytracing and higher quality AI-powered upscaling via AMD FidelityFX Super Resolution 4 frame generation.

Immerse yourself in lifelike visuals with next-gen raytracing and higher quality AI-powered upscaling via AMD FidelityFX Super Resolution 4 frame generation.

One-click activation of AMD HYPR-RX leverages AMD Radeon Super Resolution, Fluid Motion Frames 2, and Anti-Lag to unleash the GPU's full potential.
One-click activation of AMD HYPR-RX leverages AMD Radeon Super Resolution, Fluid Motion Frames 2, and Anti-Lag to unleash the GPU's full potential.


This card is built for the future with DisplayPort 2.1 support, up to 16GB of video memory, and compatibility with AMD Ryzen 9000 series processors and PCI Express Gen 5.

This card is built for the future with DisplayPort 2.1 support, up to 16GB of video memory, and compatibility with AMD Ryzen 9000 series processors and PCI Express Gen 5.









Please Note: Product images are for illustrative purposes only and may differ from the actual product.
Hand-pick every part with live stock, compatibility, and instant pricing.
Try the new builderHand-pick every part with live stock, compatibility, and instant pricing.
Try the new builderASRock RX 9070 XT Taichi 16GB









