Skip to main content

YouTube Launches Classical Music Contest

YouTube Launches Classical Music Contest

The old joke is that it takes practice, practice, practice to get to Carnegie Hall. But now YouTube is offering a few lucky and talented musicians a shortcut. They’ve launched a competition to discover new classical music talent, and the prize is participation in a three-day musical summit at the legendary New York venue.

Contestants have until January 28 2009 to submit a video of themselves playing, with the final votes coming from the public two weeks later. However, the audition piece is set. It’s a special commission from YouTube by composer Tam Dun, who wrote music for the Beijing Olympics and the movie Crouching Tiger, Hidden Dragon.

Recommended Videos

Those wanting to compete will have to go to the YouTube Symphony Orchestra page, download the sheet music for their instrument, and watch video tips from London Symphony Orchestra musicians on how to play it. Then, once they’re ready, simply video themselves performing their part and upload it to YouTube, Bloomberg reports.

Ed Sanders, product marketing manager for YouTube, told a press conference:

“There are a phenomenal number of communities out there in the classical space already on YouTube.”

With this there will certainly be more.

Digital Trends Staff
Digital Trends has a simple mission: to help readers easily understand how tech affects the way they live. We are your…
Nvidia reportedly caught scraping AI data from Netflix and YouTube (again)
Nvidia CEO Jensen in front of a background.

According to a damning report from 404 Media, backed with internal Slack chats, emails, and documents obtained by the outlet, Nvidia helped itself to "a human lifetime visual experience worth of training data per day," Ming-Yu Liu, vice president of Research at Nvidia and a Cosmos project leader, admitted in a May email.

Unnamed former Nvidia employees told 404 that they had been asked to scrape video content from Netflix, YouTube, and other online sources in order to obtain training data for use with the company's various AI products. Those include Nvidia’s Omniverse 3D world generator, self-driving car systems, and “digital human.”

Read more
Intel ‘disgustingly’ rejected some faulty CPU returns, YouTuber says
Intel processors next to each other.

Intel has finally broken its silence on the instability issues plaguing 13th-gen and 14th-gen CPUs over the last few months, but it seems we've only gotten a half answer to the problem. Gamer's Nexus posted a video breaking down what the YouTube channel called "Intel's biggest fuckup" to date and showcasing how the problem goes beyond the reasoning Intel shared this week.

If you're not up to speed, Intel posted a message on its forums pinning blame for instability on improper voltage requests within the CPU microcode. Basically, the processor was getting improper power, leading to instability and degradation within the CPU. That's not the only problem with 13th-gen and 14th-gen CPUs, however. Some CPUs are impacted by a manufacturing defect that isn't fixable with a microcode update, and Intel didn't address that in its public statement.

Read more
AMD ‘basically lies’ about Computex benchmark, YouTuber says
AMD's CEO delivering the Computex 2024 presentation.

AMD is coming under some fire for performance data it shared following its Computex 2024 keynote. Thankfully, the data in question doesn't concern AMD's upcoming Ryzen 9000 CPUs, which are slated to launch in July. Instead, it concerns the performance numbers AMD shared for its repackaged Ryzen 9 5900 XT and Ryzen 7 5800 XT CPUs, which are built on the aging Zen 3 architecture.

In a monthly Q&A, YouTube channel Hardware Unboxed broke down the performance numbers. In AMD's presentation, it showed the Ryzen 9 5900 XT and Ryzen 7 5800 XT beating the Intel competition by a few points in games. AMD compared the CPUs to the Core i7-13700K and Core i5-13600K, respectively, and showed its CPUs beating Intel by upwards of 12% in some games. Hardware Unboxed says that data isn't an accurate representation, however.

Read more