Although it usually goes unnoticed by the general public, Intel is one of the most relevant firms in the technology sector. Its long history dates back to 1968 and, unlike many companies, it is still at the foot of the canyon.
It is currently the world’s largest manufacturer of integrated circuits . Just take a look at the laptops closest to you, they will most likely have the Intel label. However, despite its success in the field of laptops and personal computers, the firm is continually working to improve in broader and more specific sectors, specifically, they are working on aspects that will change the way we see sports events, starting with Japan Olympics.In this sense, Intel has developed 3D Athlete Tracking , a system that uses Artificial Intelligence to be able to extract detailed information on athletes’ performance in real time.
They achieve this by using mobile cameras that capture the shapes and movements of the athletes,
after which they apply algorithms capable of analyzing the biomechanical characteristics of those movements . Here is a video where you can see how it works:A tremendously useful technology both for the most curious sports lovers and for the athletes themselves who want to improve their records. Intel has made several deals for 3D Athlete Tracking to be used in various sports at the Olympic Games to be held in Tokyo later this year, so you’ll be able to see it for yourself soon.
It is hoped that the way to show this through sports broadcasts will be with a series of graphs that allow viewers to compare the performance of athletes, so that it will be possible to instantly see which moment a runner lost. -or won- the race.
View from any angle
Sports broadcasts have not undergone truly innovative changes for decades. Yes, now we can watch our favorite sport with higher image quality, however, we still see everything from the same point of view. And that’s where Intel comes in again with its volumetric video technology. This advancement, based on Intel True View , allows you to view epl중계 events from perspectives that were previously impossible on traditional television.
To do this, Intel uses 38 5K cameras installed around the venue,
Thus obtaining images of all areas of the pitch. Through this modus operandi they are able to generate massive amounts of volumetric data on the height, width and depth of the sports event. We are talking about nothing more and nothing less than 3 terabytes of information per minute, which would be 3,000 gigabytes if we do the conversion. In the case of Spain, we have already been able to see this technology in the broadcast of several La Lira football matches. Unfortunately, it is the filmmakers who decide when to use this technology and not the viewers themselves with their command, which is not possible at the moment.
Better quality thanks to Netflix
Similarly, Intel has developed AV1, a new video compression technology that improves efficiency by 60% compared to the compression technology that has been used until now. The video will not only weigh less, so it will load sooner, but it will also look better.
In this sense, Netflix is using this technology to improve its streaming service and offer more realistic content to all its users, even if they are not even aware of the use of this type of technology.
And these are three examples of how Intel intends to revolutionize the world of streaming through technological innovations . Who knows, maybe in a few years we can almost feel like we’re in the stadium despite being on the couch at home.
