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. 🙄
Great content, and well done! Thanks for sharing!
Thanks for the feedback!
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!
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. 🙄