XGIMI Unveils Aura 3 Projectors
The new Aura 3 Pro and Aura 3 Max models boast up to 5700 lumens brightness and 8000:1 contrast ratio, making them ideal for home entertainment and gaming
XGIMI has upgraded its Aura ultra-short-throw projector series with two new models, the Aura 3 Pro and Aura 3 Max. The new projectors offer improved brightness, contrast, and low-lag 120Hz 4K output, making them suitable for home entertainment and gaming.
The Aura 3 Pro and Aura 3 Max projectors have a contrast ratio of 8000:1, which is a significant improvement over their predecessors. They also feature a new triple-laser RGB light source, which enables them to produce a brightness of up to 5700 lumens.
The Aura 3 projectors support low-lag 120Hz 4K output, which is perfect for gamers who require fast and seamless visuals. Additionally, they have a throw ratio of 0.163:1, allowing for a large image to be projected from a short distance.
The projectors also support Dolby Vision and have ultra-low 1ms latency, making them ideal for watching movies and playing games. With their advanced features and improved performance, the Aura 3 Pro and Aura 3 Max are set to revolutionize the home entertainment experience.
## Why it matters The launch of the Aura 3 Pro and Aura 3 Max projectors is significant because it pushes the boundaries of what is possible with ultra-short-throw projectors. The improved brightness, contrast, and low-lag output make them suitable for a wide range of applications, from home entertainment to gaming. As the demand for high-quality display technology continues to grow, the Aura 3 projectors are well-positioned to meet the needs of consumers who are looking for an immersive and engaging viewing experience.
## What happens next With the launch of the Aura 3 Pro and Aura 3 Max, XGIMI is likely to continue to innovate and improve its projector technology. As the company continues to push the limits of what is possible with ultra-short-throw projectors, we can expect to see even more advanced features and improved performance in the future. This could include further improvements to brightness, contrast, and latency, as well as the integration of new technologies such as artificial intelligence and machine learning.
