SAPPHIRE NITRO+ AMD RADEON RX 9070 XT OC 16GB (BLACK)

SKU : TWGC2762 Category : Graphic Cards

0.00 M.R.P.: 100350

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Quick Connect MagniPlate The magnetic backplate on the graphics card combines sleek design with practical functionality. Engineered for effortless installation, its magnetic attachment ensures a secure fit while enhancing heat dissipation and overall durability. This premium feature not only protects your graphics card but also elevates your build with a clean, modern aesthetic—perfect for gamers and creators who demand performance and style. AeroCurve Fan Blade The latest fan blade design builds upon its predecessor with advancements that reduce air friction, increasing the usable fan RPM range while maintaining low noise levels. This refined design ensures improved airflow, optimized static pressure, and enhanced cooling efficiency for demanding applications.

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Description

SAPPHIRE NITRO+ AMD RADEON RX 9070 XT OC 16GB (BLACK)

Honeywell PTM7950 TIM

The Honeywell PTM7950 Thermal Interface Material (TIM) offers a premium solution for high-performance electronics, particularly in the demanding field of graphics processing units (GPUs). The PTM7950 delivers superior thermal conductivity, enhancing the reliability and longevity of graphics cards by its outstanding material characteristics.

Quick Connect MagniPlate

The magnetic backplate on the graphics card combines sleek design with practical functionality. Engineered for effortless installation, its magnetic attachment ensures a secure fit while enhancing heat dissipation and overall durability. This premium feature not only protects your graphics card but also elevates your build with a clean, modern aesthetic—perfect for gamers and creators who demand performance and style.

AeroCurve Fan Blade

The latest fan blade design builds upon its predecessor with advancements that reduce air friction, increasing the usable fan RPM range while maintaining low noise levels. This refined design ensures improved airflow, optimized static pressure, and enhanced cooling efficiency for demanding applications.