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Joined 1 year ago
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Cake day: July 8th, 2023

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  • I follow over 1000 creators on YouTube, many of them niche creators who don’t often upload content. There are a very small percentage who are on another platform.

    The main app that I use (Tubular) also supports PeerTube, but PeerTube has a big issue when it comes to both content discovery and delivery. YouTube hosts not only the “full” quality video, but they also host many different versions of the same video at varying resolutions/bitrates. This is unfeasable for basically anyone but a big tech company. YouTube also has a very effective (albeit very flawed) recommendation algorithm that smaller platforms struggle to compete against.


  • I already use those things. My main way of watching YT is with Tubular.

    The problem is that there is one, centralized hosting provider with an all-powerful, non-customizable (by the user) recommendation algorithm. That algorithm, like it or not, dictates the type of content that is made on the platform. If there is content that Google doesn’t like, they can (and have) very easilly shadowban the content, meaning only people who specifically search for it will see it, if not remove it altogether.


  • Not necessarily. FPGA cores are black box reverse engineered from the original hardware, which involved a lot of guess work and trial and error. Chances are there are some flaws that crop up in the process. The only way to get a 100% accurate FPGA core would be if someone used leaked HDL from Nintendo, which would be very illegal and would land that developer in court.

    For example, I believe the Verilog for the N64, Gamecube, and Wii were all leaked in the gigaleak, but the person who developed the N64 core for the MiSTer never downloaded or read that code, and instead completely reverse engineered the original black box hardware to write his core. That core is not 100% accurate, and some games even require patches to function properly. Granted, that is more due to space limitations in the MiSTer FPGA, but even if there were no such limitations, it would be very unlikely that the HDL written would be functionally identical to the leaked HDL.