Thunderbolt 3 Graphics Card Enclosures

Summary

  • Thunderbolt 3 graphics card enclosures allow you to easily upgrade your computer’s graphics capabilities
  • Enclosures like RAZER Core X, ASUS XG Station Pro, and AKiTiO Node Pro support various graphics cards and provide desktop-class performance
  • Thunderbolt 3 supports GPUs through eGPUs on Mac computers with Intel processors and Thunderbolt 3 ports
  • While Thunderbolt can be used for a graphics card, additional components like a separate power supply and adapter are needed for proper functioning

In this article, I will discuss Thunderbolt 3 graphics card enclosures.

Turn Your Computer Into a Graphics Powerhouse

Upgrade your computer’s graphics capabilities with a Thunderbolt 3 graphics card enclosure. Easy to set up and compatible with various devices, it allows you to add a dedicated GPU for better gaming, graphic design, and VR experiences. Boost your system’s performance today!

Desktop-Class Performance with Plug and Play

Enclosure Model Supported Graphics Card Power Supply Connectivity
RAZER Core X NVIDIA GeForce GTX or RTX series 650W Thunderbolt 3
ASUS XG Station Pro AMD Radeon RX or NVIDIA GeForce GTX series 330W Thunderbolt 3
AKiTiO Node Pro NVIDIA GeForce GTX or RTX series 500W Thunderbolt 3

F.A.Q.

Does Thunderbolt 3 support GPU?

Thunderbolt 3 does support GPUs through the use of eGPUs on Mac computers with Intel processors and Thunderbolt 3 ports running macOS High Sierra 10.13.4 or later.

Can a Thunderbolt port be used for a graphics card?

A Thunderbolt port can be used for a graphics card, but additional components such as a separate power supply and adapter are needed to properly run the graphics card via Thunderbolt.

Can I connect a external GPU through Thunderbolt?

Yes, you can connect an external GPU through Thunderbolt on a Thunderbolt 3-equipped Mac running macOS High Sierra 10.13.4 or later to access additional graphics performance.

Why don’t GPUs have Thunderbolt?

GPUs don’t have Thunderbolt because Thunderbolt is not designed for video output, but rather for communication between the CPU and devices. It is not typically used as a video port connection.