Graphics Card SAPPHIRE PULSE Radeon RX 6800 XT 16G:Are you thinking of buying a high-end gaming graphics card that will easily handle the most demanding games available? The SAPPHIRE PULSE Radeon RX 6800 XT 16G graphics card with 16 GB of RAM is just what you need, with a clock speed of 16000 MHz. With this amount of RAM, the 256Bit bus, and a core speed of 2065 MHz. With this graphics card, you will always get an amazing experience, regardless of whether you are playing the latest games or working with graphics software. for the connection of a monitor. This graphics card has the DisplayPort 1,4 and HDMI 2,1 interface for the connection of a monitor. The active cooling on this graphics card guarantees very low temperatures, even under load. SAPPHIRE PULSE Radeon RX 6800 XT 16G Gaming Graphics Card Key Features Graphics card has RX 6800 XT graphics chip with 7 nm production technology Graphics card is ideal for playing new AAA games or running 3D software Recommended minimum PSU performance: 750 W AMD Radeon RX 6800 XT graphics card RAM: 16 GB Graphics card cooling tech: Active Graphics card monitor port type: DisplayPort 1,4 and HDMI 2,1 SAPPHIRE PULSE Radeon RX 6800 XT 16G Graphics Card Cooling and Size Active cooling, such as that, which is found in this graphics card, is often preferred mainly because its a safe and proven way to keep the component temperature low. The Three slots cooling system on this graphics card features 3 fans and adjusts its cooling performance depending on the current computing load. If you are planning to buy a particular cooling system, make sure to double-check if it can fit into your computer case. The SAPPHIRE RX 6800 XT graphics card has a total length of 313 mm, a depth of 134,8 mm, and a height of 53,4 mm. With a graphics card with these dimensions, you should opt for a mini tower PC case or larger. Graphics Card Has 16 GB GDDR6 System Memory The SAPPHIRE GDDR6 type memory, which is on this graphics card, is the latest successor to GDDR5. Unlike GDDR5, it offers greater capacity and 2× better performance. In the future, this type of memory is expected to dominate the mainstream of graphics cards.