XFX Radeon RX 9070 XT 16GB Mercury OC Gaming Edition
GDDR6, OverClocked, HDMI: 1, 1870MHz
from1.021,69 € at 8 stores
XFX Radeon RX 9070 GRE 12GB GDDR6 Swift Graphics Card
GDDR6, OverClocked, HDMI: 1, 1420MHz
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XFX Radeon RX 9070 XT 16GB Quicksilver Gaming Edition
GDDR6, HDMI: 1, 1660MHz
from1.267,80 € at 6 stores
XFX Radeon RX 9070 XT 16GB Swift Gaming Triple Fan White
GDDR6, HDMI: 1, 1660MHz
from1.126,35 € at 6 stores
XFX Radeon RX 9070 XT 16GB Mercury OC White Gaming Edition
GDDR6, OverClocked, HDMI: 1, 1870MHz
from1.133,22 € at 6 storesXFX Radeon RX 9060 XT 16GB Swift OC White Triple Fan Gaming Edition
GDDR6, OverClocked, HDMI: 1, 1900MHz
from836,43 € at 6 storesXFX Radeon RX 9070 16GB Swift OC Triple Fan Gaming Edition
GDDR6, OverClocked, HDMI: 1, 2210MHz
from1.022,14 € at 7 storesXFX Radeon RX 9060 XT 16GB Swift OC Triple Fan Gaming Edition
GDDR6, OverClocked, HDMI: 1, 1900MHz
from810,71 € at 7 storesXFX Radeon RX 9070 XT 16GB OC White Magnetic Air Edition RGB
GDDR6, OverClocked, HDMI: 1, 1870MHz
from1.218,99 € at 5 storesXFX Radeon RX 9070 16GB OC White Triple Fan Gaming Edition
GDDR6, OverClocked, HDMI: 1, 2210MHz
from1.030,79 € at 5 storesXFX Radeon RX 9060 XT 16GB Swift OC Gaming Edition
GDDR6, OverClocked, HDMI: 1, 1900MHz
from781,69 € at 10 storesXFX Radeon RX 9070 XT 16GB Mercury OC Magnetic Air Edition RGB
GDDR6, OverClocked, HDMI: 1, 1870MHz
from1.300,88 € at 6 storesXFX Radeon RX 9060 XT 16GB GDDR6 Mercury OC Gaming Edition Graphics Card
GDDR6, OverClocked, HDMI: 1, 2780MHz
from935,10 € at 5 storesXFX Radeon RX 9070 XT 16GB Swift Gaming Triple Fan
GDDR6, HDMI: 1, 1660MHz
from1.056,19 € at 10 storesXFX Radeon RX 9070 GRE 12GB GDDR6 Swift Graphics Card
GDDR6, OverClocked, HDMI: 1, 1420MHz
from741,43 € at 7 stores
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- The main graphics processing chip of the card. It is the most basic feature and indicative of its performance.
- The amount of RAM memory available on the graphics card. Important for demanding games and applications at high resolutions. It is recommended that the card has 4GB or more for gaming.
- 4GB: Basic capacity for older cards. Suitable for simple everyday tasks, viewing content, and light or older gaming at low settings.
- 6GB: An affordable option for basic gaming at 1080p resolution. Suitable for esports titles and light image or video editing.
- 8GB: The modern standard for 1080p gaming. It delivers smooth performance in most games and essential content creation capabilities.
- 10GB: Mid-range capacity that provides extra headroom for demanding games at 1080p and 1440p, as well as smooth graphics editing.
- 12GB: An ideal choice for smooth gaming at 1440p resolution with high settings. It offers long-lasting performance and excellent capabilities for video editing and AI.
- 16GB: Excellent capacity for comfortable gaming at 1440p and 4K resolutions with high texture settings, as well as for professional video and graphics editing.
- 20GB and above: Top-tier capacity for the most powerful graphics cards. Designed for extreme 4K gaming, intensive 3D design, 8K video editing, and running AI models locally.
- The main graphics processing chip of the card. It is the most essential feature and indicative of its performance.
- Performance: Cards that can smoothly run the most modern games at high resolutions up to 8K.
- Entry Level: Cards that can run satisfactorily to exceptionally, games with resolutions up to Full HD (1920x1080).
- Basic: Economic cards that make up a computer intended for office applications or even light gaming.
- Professional: Cards designed for professionals who use their computer for design programs, game development, image editing, and other demanding applications.
- OverClocked: The graphics card is outdated by the manufacturer. They offer better performance compared to their basic version.
- Low Profile: Small-sized graphics cards.
- RGB Lighting: It features built-in colorful LED lighting.
- Without external power: Does not require external power, like the 6-pin or the 8-pin we find on more powerful graphics card. They are powered by the PCI Express from the motherboard.
- High-speed memory technologies that determine the graphics card’s overall performance.
- GDDR5: An older memory standard. It offers basic speeds and is found in older or very budget-friendly graphics cards for simple everyday tasks and light gaming.
- GDDR6: The most popular modern standard. It offers high speed and excellent performance, making it the ideal choice for most graphics cards today.
- GDDR6X: An upgraded version of GDDR6 with double the bandwidth. Delivers top speeds for demanding gaming at high resolutions and intensive applications.
- GDDR7: The latest generation of memory, offering top speeds and low power consumption. Designed for the most powerful next-generation graphics cards, 4K gaming, and AI.
- HDMI: Modern way of digital transfer of image and sound, compatible with DisplayPort and DVI through an adapter.
- DVI-D: An older digital way of transferring images, partially compatible with HDMI cables through an adapter. The Dual version supports higher resolutions compared to the simple one.
- USB-C: Modern method of digital transfer of image, sound, and data with simultaneous charging capability.
- VGA (D-Sub): An older type of image transfer that lacks in quality compared to modern digital ones such as HDMI, display port, etc.
- DisplayPort: Modern method of digital transfer of image, sound and data, compatible with HDMI and DVI through an adapter.
- The minimum power that the system’s power supply must provide for the graphics card to operate correctly and stably, according to the manufacturer’s requirements.
- Hardcore Gaming: Top performance for maximum detail at high resolutions. Designed for absolute smoothness in motion and support for advanced imaging technologies.
- Casual Gaming: Affordable options for smooth gaming at basic resolutions, everyday office use, and media playback. Ideal for systems with low power consumption.
- Pro Video Editing: Specialized hardware with an emphasis on large memory capacity and processing power. Suitable for complex content production projects, 3D graphics, and computational tasks.
- The total length of the graphics card. Before purchasing, compare it with the maximum supported graphics card length of the case, taking into account any front fans or radiator.
- Up to 180mm: Very small graphics cards, suitable for many compact systems. Also check the height and the number of slots they occupy.
- 181mm - 230mm: Short-length cards that can be installed in quite compact cases, provided there is sufficient available length.
- 231mm - 270mm: Medium-length cards. They are compatible with many cases, but it is necessary to check the available space inside them.
- 271mm - 300mm: Relatively long graphics cards. Check whether your case supports them together with the front fans or the radiator.
- 301mm - 330mm: Large graphics cards that require a case with increased available space for the GPU and sufficient clearance from the front cooling.
- Over 330mm: Very large graphics cards. Careful checking of GPU clearance, internal layout, and space for power cables is required.
- The main Intel graphics processing chip that the card has. It largely determines its performance in games, creative applications, and professional tasks.