Gigabyte GT 1030 Low Profile D4 2GB DDR4 Graphics Card

Gigabyte GT 1030 Low Profile D4 2GB DDR4 Graphics Card

Gigabyte GT 1030 Low Profile D4 2GB DDR4 Graphics Card

The Gigabyte GT 1030 Low Profile D4 2G DDR4 Graphics Card is a compact and efficient flexibility for entry-level desktop builds, office systems, and small form factor PCs that require little space and power consumption. Built around the dependable NVIDIA GeForce GT 1030 GPU, this low profile card has a 150 mm length, making it excellent for tiny towers and compact cases with limited expansion room. The Gigabyte GT 1030 Low Profile D4 2G Graphics Card includes 2GB of DDR4 memory connected via a 64-bit memory bus and operates at a memory clock speed of 2100 MHz, providing enough bandwidth for everyday computing, multimedia playback, and light gaming. The Gigabyte GT 1030 Low Profile D4 2GB DDR4 Graphics Card has two performance modes: OC Mode, which boosts the core clock to 1417 MHz from a base of 1177 MHz, and Gaming Mode, which runs at a boost of 1379 MHz and a base of 1151 MHz, allowing users to maximize performance with one-click overclocking via the AORUS Graphics Engine software. With 384 CUDA cores, the Gigabyte GT 1030 Low Profile D4 2GB DDR4 Graphics Card supports DirectX 12 and OpenGL 4.5, making it compatible with modern operating systems and a wide range of applications, including video rendering and basic 3D activities. It provides multi-view output via two digital display ports: one DVI-D and one HDMI 2.0b, allowing for dual-monitor setups with a maximum resolution of 4096 x 2160, ideal for 4K multimedia viewing or high-quality productivity work. The HDMI 2.0b port supports a resolution of 4096x2160 at 60Hz, resulting in excellent pictures on modern TVs and monitors. The Gigabyte GT 1030 Low Profile D4 2GB DDR4 Graphics Card is designed for energy efficiency, drawing little power and being compatible with systems with a 300W power supply, removing the need for extra power connectors. As a low-profile form factor card, it fits neatly into tight locations while providing a substantial performance boost over integrated graphics.