Every Advanced Hardware Protocol Explained Simply in 12 Minutes!
Mr. Byte
13,972 views
Eight protocols run the invisible infrastructure behind factories, cars, labs, and every device you own — and most people have never heard of them. RS-485 carries signals through electrical noise over 1,200 meters of wire. Modbus gives factory machines a common language they've spoken since 1979. Profibus passes a digital token so dozens of robots never talk over each other. LIN quietly handles your car windows and mirrors for a few cents per chip.
Then it gets serious. FlexRay runs dual-channel redundancy for brake-by-wire and steering systems where failure means a crash. GPIB still connects million-dollar lab instruments through a connector designed in the 1960s. USB went from 12 megabits to 120 gigabits in under 30 years — and somehow made its own naming scheme harder to understand than the engineering. And I3C upgrades the tiny two-wire bus inside your phone so modern sensors can finally keep up.
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#HardwareProtocol #TechExplained #Embedded #USBExplained
CHAPTER:
00:00 RS-485
01:35 MODBUS
02:59 PROFIBUS
04:32 LIN
05:54 FLEXRAY
07:21 GPIB
08:52 USB
10:29 I3C
11 Comments
RS-232 is just UART with different voltage level, and RS-485 with differential signal and shared RX/TX, while all 3 don't specify what the bytestream means.
MODBUS, PROFIBUS, DMX ... all use RS-485, and define a data protocol targeted to different applications
Also during the LIN diagram you show Engine Control Unit twice and as a non critical component that don't require fast data transfers... Wtf is this AI garbage?
6:41 Omg, very VERY few cars use flexray for their ABS. Also, again, the actual brakes uses hydraulic fluid, no electrical signal required. If you get an electrical fault within your brake system you can still fucking brake.
Delete this video, good god.
Every Advanced Hardware Protocol Explained Simply in 12 Minutes!
Mr. Byte
13,972 views
Eight protocols run the invisible infrastructure behind factories, cars, labs, and every device you own — and most people have never heard of them. RS-485 carries signals through electrical noise over 1,200 meters of wire. Modbus gives factory machines a common language they've spoken since 1979. Profibus passes a digital token so dozens of robots never talk over each other. LIN quietly handles your car windows and mirrors for a few cents per chip.
Then it gets serious. FlexRay runs dual-channel redundancy for brake-by-wire and steering systems where failure means a crash. GPIB still connects million-dollar lab instruments through a connector designed in the 1960s. USB went from 12 megabits to 120 gigabits in under 30 years — and somehow made its own naming scheme harder to understand than the engineering. And I3C upgrades the tiny two-wire bus inside your phone so modern sensors can finally keep up.
-------------------------------------------------------------------------
#HardwareProtocol #TechExplained #Embedded #USBExplained
CHAPTER:
00:00 RS-485
01:35 MODBUS
02:59 PROFIBUS
04:32 LIN
05:54 FLEXRAY
07:21 GPIB
08:52 USB
10:29 I3C