this post was submitted on 24 Sep 2025
341 points (97.5% liked)

Piracy: ꜱᴀɪʟ ᴛʜᴇ ʜɪɢʜ ꜱᴇᴀꜱ

64456 readers
182 users here now

⚓ Dedicated to the discussion of digital piracy, including ethical problems and legal advancements.

Rules • Full Version

1. Posts must be related to the discussion of digital piracy

2. Don't request invites, trade, sell, or self-promote

3. Don't request or link to specific pirated titles, including DMs

4. Don't submit low-quality posts, be entitled, or harass others



Loot, Pillage, & Plunder

📜 c/Piracy Wiki (Community Edition):

🏴‍☠️ Other communities

FUCK ADOBE!

Torrenting/P2P:

Gaming:


💰 Please help cover server costs.

Ko-Fi Liberapay
Ko-fi Liberapay

founded 2 years ago
MODERATORS
 

So, starting now, Google started mandating full JS for YT, effectively breaking all third-party clients and locking the site to their official client.

This reeks of DRM.

UPDATE: Installing Deno and installing yt-dlp through PyPi fixes yt-dlp but the very idea that Google is mandating JS to lock down YT in an attempt at pseudo-DRM is still crappy.

UPDATE #2: inv.nadeko.net is working again for now.

you are viewing a single comment's thread
view the rest of the comments
[–] DFX4509B_2@lemmy.org 1 points 11 hours ago* (last edited 11 hours ago)

A news report / news reel archive can save some costs by encoding as SDR (or even lower) with ~80kbps mono MP3 audio or somesuch, since most of everything past the intro jingle is human voice

  • Opus would have MP3 beat for speech at lower bitrates as per the HydrogenAudio KB, Opus is transparent for speech at 32kbit/s with stereo speech being transparent at 40kbit/s. Beyond that, a typical bitrate for Opus audio on YT is something like 150kbit/s and that codec is transparent for music at 160-192kbit/s. Point being if one works in spoken word and they want to save as much space and bandwidth as possible while still sounding reasonable, 40-48kbit/s Opus would be the ideal audio codec for that as it would give transparent speech at half the bitrate of the 80kbit/s MP3 that's quoted here.