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The astonishing rise of VR video quality



The astonishing rise of VR video quality

It’s no secret that video quality has been improving at an astounding rate over the past few years. This is especially apparent in the world of virtual reality, where immersive, high-quality video experiences are becoming more and more common. So what’s driving this rapid improvement in VR video quality?

One of the major factors is simply the increasing power and capabilities of the hardware that’s being used to capture and display VR video. As VR headsets have become more advanced, they’ve been able to provide higher frame rates that give users a much more realistic and immersive experience. In addition, newer VR cameras are capable of capturing video at extremely high resolutions, such as 8K, which allows for a truly stunning view of the virtual world.

Better connectivity

Another factor that’s contributing to the improvements in VR video quality is the increasing availability of high-speed internet connections. This is crucial for delivering VR video content, as it needs to be streamed in real-time in order to provide a smooth and realistic experience. With more and more people having access to high-speed internet, it’s becoming easier for VR content creators to deliver their experiences to a wider audience.


Also, the advancements in video compression technology have also played a role in the improvements of VR video quality. By using more efficient compression algorithms, VR videos can be much smaller in size while still maintaining a high level of quality. This is important for two reasons: first, it allows VR videos to be streamed more easily and efficiently; and second, it reduces the amount of storage space that’s required to keep VR video content.

All of these factors are coming together to create a perfect storm of sorts that’s driving the rapid improvement in VR video quality.

Can we expect lifelike VR footage anytime soon?

The short answer is: maybe. The technology definitely exists to create VR video experiences that are incredibly realistic and lifelike. However, there are still some challenges that need to be overcome before we can achieve this level of quality on a widespread basis.


One of the biggest challenges is the fact that current VR headsets can only display video at a relatively low resolution compared to the human eye. This is partly due to the way that VR headsets work: they need to display two separate images, one for each eye, in order to create the illusion of depth. As a result, the overall resolution of VR video is limited by the number of pixels that can fit into each eye’s view.

Frame rate is an issue

Another challenge is the fact that our eyes are constantly in motion, which means that VR videos need to be refreshed at a very high rate in order to avoid causing motion sickness. Current VR headsets can only refresh video at a rate of 90 frames per second, which is below the rate at which our eyes actually move, although higher frame rates are available. However, there’s still room for improvement when it comes to the refresh rate of VR video.

Finally, some older VR video content is often quite static and lacks the level of interactivity that would be necessary to create a truly lifelike experience. In order for VR video to become truly realistic, it would need to be able to respond in real-time to the user’s movements and actions. This is a very difficult task to achieve, but it’s one that researchers at the likes of VR streaming company SexLikeReal are actively working on. However, more recent VR movies are much more realistic and lifelike.


The technology is definitely getting closer and closer to making it lifelike VR footage a reality. With each passing year, we’re getting closer to achieving the Holy Grail of VR: total immersion.

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