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Monday, November 25, 2024

Intel’s new chips have the most recent video format that might remedy streaming service’s greatest challenge, but it surely is perhaps some time earlier than your TV will get it


What if I instructed you that there was a strategy to make the standard of flicks and TV exhibits you watch via the finest streaming providers higher, even when your Wi-Fi isn’t the best? It sounds splendid, proper? Properly, I’ve obtained some excellent news and dangerous information…

The excellent news is that the next-gen video codec, Versatile Video Codec (VVC), often known as H.266, has arrived in Intel’s newest chips (as reported by FlatpanelsHD). The dangerous information? These chips, that are a part of the Intel Core 200 collection launched at IFA 2024 (often known as Lunar Lake, that are set to do battle with AMD and Qualcomm), are coming first to a spread of “AI PC’s” from the likes of Lenovo, Asus, Acer, Dell, Samsung and extra on the finish of September 2024. 

Whereas no official announcement has been made about when these chips will arrive in TVs, we’re hopeful that it’ll ultimately, as a result of it might enhance video encoding by making it extra environment friendly, which might end in higher high quality video streaming, even for these with sub-par Wi-Fi energy. The unlucky actuality, nevertheless, is that we’re unlikely to see VVC in TVs any time quickly. 

Samsung QN900D showing image of lizard

We might like to see the VVC codec out there on 4K and 8K TVs, such because the 8K Samsung QN900D pictured right here.  (Picture credit score: Future)

Presently, TVs use the older Excessive Effectivity Video Encoding (HEVC), or H.265, and in some circumstances the upper high quality AOMedia Video 1 (AV1) video codec. These video codecs compress video information to make them simpler to ship over the web, with the AV1 providing larger effectivity and higher video high quality over decrease bitrates, which ends up in smoother streaming. However, AV1 does carry out at a slower velocity and have longer encoding occasions on account of its complicated algorithms. 

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