Anyone who is looking for more powerful graphic performance and has devices fitted with the new Thunderbolt port might be interested in this demonstration showing an external GPU. This innovative setup is equipped with an AMD Radeon 6700 chip connected to an Ultrabook via a Thunderbolt port. Watch the video after the jump to learn more about the Thunderbolt external GPU project and see it in action.
The Evolution of External GPUs
The talk of external GPU cards has been around for some time, but now Lucid is seeing the advantages of using the latest Thunderbolt port for additional graphics performance within external GPU devices. External GPUs, or eGPUs, have long been a topic of interest for gamers, video editors, and professionals who require high-end graphics capabilities but prefer the portability of laptops. The Thunderbolt port, with its high data transfer speeds and versatility, has opened new possibilities for these external devices.
The AMD Radeon 6700 chip used in this prototype is known for its robust performance in desktop setups. By integrating it into an external GPU, users can potentially transform their lightweight Ultrabooks into powerful gaming or workstation machines. This could be particularly beneficial for users who need to switch between high-performance tasks and everyday computing without investing in a bulky desktop system.
Potential Applications and Future Prospects
The external Thunderbolt device is just a prototype at the moment, so don’t expect it to arrive in stores anytime soon. However, the connection via Thunderbolt may definitely keep the concept of external GPU cards alive for the future. The potential applications for such technology are vast. For instance, graphic designers and video editors could benefit from the enhanced rendering capabilities, while gamers could enjoy a more immersive experience with higher frame rates and better graphics quality.
Moreover, the flexibility of an external GPU means that users can upgrade their graphics performance without having to replace their entire laptop. This modular approach to computing could lead to more sustainable and cost-effective technology use. Imagine being able to upgrade your GPU as easily as you would upgrade your software, keeping your system up-to-date with the latest advancements in graphics technology.
Another exciting prospect is the potential for virtual reality (VR) applications. VR requires significant graphical power, and an external GPU could make VR experiences more accessible to users who do not own high-end desktops. This could democratize access to VR, making it possible for more people to explore virtual worlds, engage in VR gaming, or even participate in VR-based professional training programs.
In conclusion, while the external Thunderbolt GPU is still in its prototype stage, its potential impact on the computing world is significant. By leveraging the high-speed capabilities of the Thunderbolt port, this technology could bring desktop-level graphics performance to portable devices, opening up new possibilities for gamers, professionals, and everyday users alike. Keep an eye on this space, as the future of external GPUs looks promising.
Source: Toms Hardware
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