Product description
GT730 4GB DDR3 Desktop Gaming Video Card with HDMI-Compatible VGA DVI Port Low Profile Graphics Card PCI-E2.0 16X with Cooling Fan for Office/Home Entertainment/Light Games for Desktops PC/Servers
1. Large Memory Capacity: With 4GB of memory capacity, this graphics card can meet the demands of daily office tasks and light gaming needs.
2. Various Interface Types: This graphics card offers DVI, VGA, and HDMI-Compatible interfaces, making video card easy to connect different types of displays. The DVI interface is suitable for digital signals, while the VGA interface is suitable for analog signals, and the HDMI-Compatible interface supports high-definition video transmission.
3. Compact Design: This graphics card features a half-height low-profile design that is relatively small in size, making it compatible with various computer cases, especially smaller ones.
4. Boot Display Functionality: With its support for boot display functionality, this graphics card can be set as the primary display card in the BIOS settings, allowing the computer to output images directly after booting up.
5. Application Range: This gaming graphics card is suitable for various scenarios, including home entertainment, light gaming, and office tasks. However, for more complex applications such as graphic processing or video editing, users may require a more powerful graphics card.
Video Memory Capacity: 4 GB
Interface Type: PCI Express 2.0 X16
Memory Clock(Mhz): 700 MHz
Memory Interface: 64/128bit random delivery
Output Interface Type: DVI-I,VGA(D-Sub)
Max Resolution: 1024 x 768
Product Features: Crossfire
Usage Scenario: Gaming,Office
Product Category: Server/Workstation Graphics Cards
Application: Desktop, server
Chipset manufacturer: for NVIDIA
Display interface: VGA+DVI+ HDMI-Compatible high-definition interface
Video memory bandwidth: 21.3GB/s
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.