Specification Video Memory Specifications Type GDDR5 Size 2GB Resolution 7680 x 4320 Core Clock OC Mode - GPU Boost Clock : 1531 MHz GPU Base Clock : 1278 MHz Gaming Mode (Default) - GPU Boost Clock : 1506 MHz GPU Base Clock : 1252 MHz Memory Clock 6008 MHz BUS Type PCI Express 3.0 Memory Interface 64-bit CUDA Cores 384 Interface HDMI Yes x 1 (Native HDMI 2.0b) DVI Yes x 1 (Native DVI-D) HDCP HDCP Support Yes (2.2) Power Specifications Recommended PSU 300W Display Option Multi Display 3 Application Programming Interfaces DirectX 12 Physical Specifications Dimensions 184 x 111 x36 mm Warranty Manufacturing Warranty 2 Years Description Asus Phoenix GeForce GT 1030 OC 2GB GDDR5 Graphics Card ASUS Phoenix GeForce GT 1030 comes equipped with a dual ball-bearing fan for a 2X longer card lifespan and the fan is IP5X dust-resistant for improved reliability. Industry-exclusive Auto-Extreme Technology with Super Alloy Power II components for superior stability. ASUS Phoenix GeForce® GT 1030 also has GPU Tweak II for intuitive performance tweaking. ASUS fan design is certified under the International Protection Marking (IP code) as IP5X dust resistant for improved reliability and optimal fan performance, even under severe conditions. Without the problem of oil drying common in sleeve-bearing fans, the dual-ball bearing fan on ASUS Phoenix GeForce GT 1030 lasts 2X longer. With reduced friction, it also runs smoother, further improving card lifespan and cooling efficiency. ASUS graphics cards are produced using Auto-Extreme technology, an industry-first 100% automated production process, and feature premium Super Alloy Power II components that enhance efficiency, reduce power loss, decrease component buzzing under load, and lower thermal temperatures for unsurpassed quality and reliability. Redesigned with an intuitive, all-new UI, GPU Tweak II makes overclocking easier and more visual than ever, while still retaining advanced options for seasoned overclockers. With one click, the new Gaming Booster function maximizes system performance by removing redundant processes and allocating all available resources automatically.

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