The word "EGPU" is spelled using the International Phonetic Alphabet (IPA) as [iː-dʒiː-pjuː]. This acronym stands for "External Graphics Processing Unit," which is a technology that allows a computer to utilize an external GPU to improve its graphical performance. The spelling of "EGPU" is simple and straightforward, with each letter representing a sound in the word's pronunciation. This spelling also makes it easy to understand and remember the meaning of the acronym, making it a useful term in the computer technology field.
An eGPU, short for External Graphics Processing Unit, refers to an external device designed to enhance graphical performance for computers, laptops, or other compatible devices. It allows users to connect a powerful graphics card externally, providing a significant boost in graphical processing capabilities.
Commonly used in scenarios where the existing graphics capabilities of a system fall short or require additional power for demanding tasks such as gaming, video editing, or 3D rendering, an eGPU acts as an expansion device. It connects to the computer via a variety of interfaces, usually either Thunderbolt or USB-C, utilizing a high-speed data transfer protocol.
The primary advantage of an eGPU is its ability to enhance graphical performance without requiring users to upgrade their entire computer system. By connecting an external graphics card, the eGPU bypasses the limitations posed by integrated or existing graphics cards. This allows for smoother gameplay, faster video processing, and enhanced visual effects.
eGPUs typically consist of an enclosure that houses the graphics card, a built-in power supply, and cooling mechanisms to prevent overheating. They are often compatible with a wide range of operating systems, including Windows, macOS, and Linux, offering a versatile solution for users across different platforms.
Overall, an eGPU serves as an external add-on unit that provides additional graphical power to a computer or compatible device, allowing users to enhance performance, achieve higher frame rates, and handle graphically demanding tasks more efficiently.