TIMESTAMPSbr 00:00 - Introbr 00:31 - Interlaced Fields Delaybr 00:48 - SECAM predates PALbr 01:07 - More Backronymsbr 01:35 - Electricity Grid Frequency Syncbr 02:02 - The full denomination of TV Standardsbr 02:34 - Compatibility between Analogue TV Standardsbr 03:07 - SECAM's limitations in productionbr 03:40 - Understanding Differences between PAL NTSC and SECAMbr 04:18 - Luminance (Y)br 04:51 - Chrominance (C)br 05:34 - Modulation Differences for Colorsbr 05:59 - Bandwidth Distribution in Carriersbr 06:12 - SECAM's FM Modulation and Sequential Transmissionbr 07:12 - MESECAM recording systembr 07:39 - The MAC TV Broadcasting Systembr 09:03 - Geopolitic in Countries Standard Choicesbr 11:25 - VBI and Teletextbr 12:17 - How TV Standards shaped Digital Audio Sampling Ratesbr br br Last time, we explored the origins of PAL, SECAM, and NTSC formats, and thanks to your incredible comments, we're diving even deeper! From the quirks of analog signals to the geopolitical battles behind TV standards, this video has it all.br br We’ll clarify technical aspects like interlaced fields, the YUV color space, and why luminance (Y) is key. Plus, uncover why SECAM needed PAL for editing, how NTSC earned its nicknames, and why France chose SECAM over PAL (hint: geopolitics).br br Ever wondered why TV systems synced with power grids or how VHS tapes worked across formats? We’ve got you covered. And we’ll even touch on MAC, a system that almost revolutionized analog video, and throw in some fun trivia about TELETEXT.br br Ready for a mind-blowing mix of tech, history, and fun? Let’s dive into the fascinating world of TV standards!br br 👉 Don’t forget to Like, Subscribe, and share your thoughts below—your comments make this series even better!br br *** WANT TO SEND A TIP? ***br br br *** OUR AFFILIATE LINKS ***br !!! DISCLAIMER !!!br As an affiliate, I may receive commissions on sales generated from links provided in this video description. Buying from these links is also a good way to support the channel financially.