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TUF-RX6700XT-O12G-GAMING
製品名
TUF-RX6700XT-O12G-GAMING
グラフィックスエンジン
AMD Radeon RX 6700 XT
バスインターフェース
PCI Express 4.0
OpenGL
OpenGL®4.6
ビデオメモリ
12GB GDDR6
コアクロック
OC mode : Up to 2622 MHz (Boost Clock)/Up to 2534 MHz (Game Clock)
Gaming mode : Up to 2622 MHz (Boost Clock)/Up to 2514 MHz (Game Clock)
Gaming mode : Up to 2622 MHz (Boost Clock)/Up to 2514 MHz (Game Clock)
Stream Processors
2560
メモリスピード
16 Gpbs
メモリインターフェース
192-bit
解像度
Digital Max Resolution 7680 x 4320
インターフェース
Yes x 1 (Native HDMI 2.1)
Native DisplayPort 1.4a x3
HDCP(2.3)対応
Native DisplayPort 1.4a x3
HDCP(2.3)対応
最大ディスプレイサポート
4
NVlink/ Crossfire サポート
はい
アクセサリ
1 x TUF Certificate of Reliability
1 x Collection Card
1 x Speedsetup Manual
1 x Collection Card
1 x Speedsetup Manual
ソフトウェア
ASUS GPU Tweak II &ドライバー：サポートサイトからすべてのソフトウェアをダウンロードしてください。
サイズ
322 x 152 x 58 mm
12.68 x 5.98 x 2.28 inches
12.68 x 5.98 x 2.28 inches
推奨PSU
650W
電源コネクタ
2 x 8-pin
スロット
2.9スロット
AURA SYNC
ARGB
その他
* Our wattage recommendation is based on a fully overclocked GPU and CPU system configuration. For a more tailored suggestion, please use the “Choose By Wattage” feature on our PSU product 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 gaming applications, set to typical TGP (Total Graphics Power). Actual individual game clock results may vary.
* ‘Boost Clock’ is the maximum frequency achievable on the GPU running a bursty workload. Boost clock achievability, frequency, and sustainability will vary based on several factors, including but not limited to: thermal conditions and variation in applications and workloads.
* Crossfire Support - Yes for DirecX® 12 and Vulkan®
* ‘Game Clock’ is the expected GPU clock when running typical gaming applications, set to typical TGP (Total Graphics Power). Actual individual game clock results may vary.
* ‘Boost Clock’ is the maximum frequency achievable on the GPU running a bursty workload. Boost clock achievability, frequency, and sustainability will vary based on several factors, including but not limited to: thermal conditions and variation in applications and workloads.