If you're curious, that bit stream at 0:30 was 1000100110010111011101101001111001111011111110111111001111010111101001 and no, I could not find "Hello World!" in ASCII or LCD1620 lookup tables no matter how I mirrored, inverted or sliced the frame. Great video though, clear and concise.
(laughs). To be honest, I can't remember if I meant for that bit stream to mean something or not. If you watch my videos closely, I usually do try to work some "hidden messages" in, but this time I think it was just random bits. I promise that in my next serial protocol video I will make the bits spell out something :)
For god sake, people need to stop saying "and/or". If you do a logic "or" between "and" and "or", you effectively get the logic "or", assuming "/" means the logic "or". So "and/or" is the same as a simple logic "or". Try analyzing this with venn diagrams and you'll know what I mean. 🙄
What a good explanation for the basics of serial communication!
Thanks!
@@pauldenisowski A great video, Thank you so much! Could you make a video about How USB connection works because it's very popular.
@@Tom-dn5de Thanks! I am planning videos on other serial protocols (including USB), so please stay tuned!
Great content, and well done! Thanks for sharing!
Thanks for the feedback!
If you're curious, that bit stream at 0:30 was 1000100110010111011101101001111001111011111110111111001111010111101001 and no, I could not find "Hello World!" in ASCII or LCD1620 lookup tables no matter how I mirrored, inverted or sliced the frame. Great video though, clear and concise.
(laughs). To be honest, I can't remember if I meant for that bit stream to mean something or not. If you watch my videos closely, I usually do try to work some "hidden messages" in, but this time I think it was just random bits. I promise that in my next serial protocol video I will make the bits spell out something :)
Lovely 🌹🌹🌹 presentation 🌹🌹🌹
very clear and simple, upvote
Thanks you!
thanks.
Nice explanation well said!.
Thanks!
For god sake, people need to stop saying "and/or". If you do a logic "or" between "and" and "or", you effectively get the logic "or", assuming "/" means the logic "or". So "and/or" is the same as a simple logic "or". Try analyzing this with venn diagrams and you'll know what I mean. 🙄