Dual Radeon? RX 6700 XT OC Edition card The ASUS Dual Radeon? RX 6700 XT OC Edition 12GB GDDR6 is armed to deliver images and keep vitals in check. OC Mode : Up to 2622 MHz (Boost Clock)/up to 2494 MHz (Game Clock) Game mode: up to 2620 MHz (Boost Clock) / up to 2474 MHz (Game Clock) The axial technology fan design features a smaller fan hub that allows for longer blades and a barrier ring that increases downward air pressure. Fan double ball bearings can last up to twice as long as sleeve bearings. Auto-Extreme technology uses automation to increase reliability. Protective back plate prevents PCB bending and trace damage. Graphics engine AMD Radeon RX 6700 XT Bus standard PCI Express 4. OpenGL OpenGL4.6 Video memory 12 GB GDDR6 Engine hours OC mode: up to 2622 MHz (Boost Clock) / up to 2494 MHz (Game Clock)
Game mode: up to 2620 MHz (Boost Clock) / up to 2474 MHz (Game Clock) Current processors 2560 MEMORY SPEED 16 Gb/s Memory interface 192-bit Resolution Digital maximum resolution 7680 x 4320 Interface Yes x 1 (Native HDMI 2.1)
Yes x 3 (native DisplayPort 1.4a)
HDCP support Yes (2.3) Maximum display support 4 NVlink/Crossfire support Yes Accessories 1 x collection card
1 x Speed Setting Guide Software ASUS GPU Tweak II and Drivers: download all software from the support page. Dimensions 295 x 139 x 55 mm
11.61 x 5.47 x 2.17 inches Recommended PSU 650W Power connectors 1 x 6-pin, 1 x 8-pin Slot 2.7 slot Note * Our performance recommendation is based on a fully overclocked GPU and CPU configuration. To get a custom suggestion, please use the “Select by Performance” feature on our PSU page: https://rog .asus.com/event/PSU/ASUS-Power-Supply-Units/index. html
* Crossfire Support – Yes for DirecX 12 and Vulkan
* “Game Clock” is the expected GPU clock when running typical game applications, set to typical TGP (Total Graphics Power). Actual results of each hour of play may vary.
* “Boost Clock” is the maximum frequency that can be reached on the GPU during serial work. Achievability of clock boost, frequency and sustainability will vary depending on a number of factors, including but not limited to thermal conditions and differences in applications and workloads. .