Optical Fiber Communication with Arduino | Arduino-Powered Data Transmission with Fiber Optics

Arduino-Powered Data Transmission with Fiber Optics
Welcome to our video tutorial on optical communication with Arduino, designed to be easy to follow, whether you're new to Arduino or have some experience. We'll show you how to use light for data transfer and control.
0:00 Introduction
0:30 What is Optical Fiber Communication?
0:55 How Optical Fiber Communication Works?
1:17 Optical Fiber Communication Components.
2:18 Components Selection (Optical Transmitter)
3:40 Components Selection (Optical Fiber Cable)
5:00 Components Selection (Optical Receiver)
6:13 Arduino Compatible 5Mbaud Circuit Design
8:55 Universal TTL Transmitter/Receiver Design for Embedded Devices
10:13 Hardware Setup
13:21 Data Transmission Scheme Selection
13:50 Demo Of Data Transmission with Fiber Optics
15:11 Bidirectional Optical Fiber Communication with two Arduinos
16:27 Proteus Library for Optical Communication Simulation
PART1 - Introduction To Optical Fiber Communication For Beginners | electronicstree.com/introduct...
PART2 - Light And Its Fundamentals | electronicstree.com/light-and...
PART3 - The Secrets Of Optical Fiber Cable Science | electronicstree.com/what-is-o...
PART4 - Arduino Optical Fiber Transmission Setup | electronicstree.com/optical-f...
PART5 - Arduino Optical Fiber Communication | electronicstree.com/arduino-o...
PART6 - Arduino Optical Fiber Data Transfer | electronicstree.com/arduino-o...
Here's what you can expect in this video:
Introduction to Optical Fiber Communication: We'll explain the basics of optical fibers, how they work.
Components Needed: We'll list the essential components you'll need for this project, including Arduino boards, optical fiber transmitters and receivers, and other supporting elements.
Arduino Setup: You'll learn how to set up your Arduino board and establish a foundation for your optical fiber communication project.
Optical Fiber Transmitters and Receivers: We'll guide you through connecting the optical fiber transmitter and receiver to your Arduino, ensuring a reliable data link.
Real-World Test: Test the real-world range and reliability of your optical communication system.
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[@Chris-ik7st]

wow. best instructional video i've seen in a very long time. bravo

[@user-tq9bx9nf4q]

Very good video, it is rare that people are describing electronics details like that in arduino videos. I appreciate that :)

[@electronicstree]

Thank you so much! I'm glad you found the video helpful.

[@manfredbogner9799]

Sehr gut

[@roxasparks]

Subbed

[@HadjerElHamlili]

si i have question : how to connect SFP modul with arduino?

[@elektocity6482]

can optical communication do 2 way comunication betwen 2 arduino just using single core optical cable ?

[@electronicstree]

The answer is no, and the reason is that with this limited hardware setup of an optical transmitter, receiver, and Arduino, you can't achieve bidirectional communication. For this purpose, you have to choose BiDi transceivers for your two-way communication with a single optical Fiber cable.

[@yametekudasaisensei539]

Could u make a video explaining a simple DIY protocol for a simple project like a coupled LED and sensor transmiting info between 2 arduinos, i mean, data structure for serial communication, error check etc

[@electronicstree]

Creating a DIY protocol for a project like this is quite achievable! We can design a straightforward communication protocol utilizing serial communication, implementing error checking mechanisms to ensure data integrity between the two Arduinos. I'll be sure to incorporate this into the upcoming videos.

[@yametekudasaisensei539]

Ill wait for ittt thanksss!!@@electronicstree

[@alexforgosh2397]

Hey! Fantastic video, I was wondering how/if it would be possible to modify this design to work at 6.2 MBaud?

[@electronicstree]

If you're working with microcontrollers, this transmitter and receiver setup should work fine. To answer your question, you just need to adjust the values of the passive components for the transmitter. For the receiver, if you're looking at speeds above 5Mbaud, you'll want to swap out the HFBR-2412 with another model like the 2416. Check out Broadcom's Applications Support Guide for all the configuration details you need.

[@alexforgosh2397]

@@electronicstree Thank you! I will look into this, do you have sample calculations for how you chose your own passive component values?

[@Wolf_of_Tarkov]

Could you provide the schematic for the Receiver circuit? I went on all the Arduino links you provided but I couldn't figure out the connections to the LCD. Apologies if I missed it! I really want to try this circuit out. Thank you!

[@electronicstree]

I have provided the receiver schematic in parts 4 and 5. All you need to do is connect the TTL data out pin to the Arduino RX pin. As for the usage of the LCD, I assume Arduino users already know how to use it because it's a basic thing.

[@HadjerElHamlili]

sir , i have question : how to connect SFP modul with arduino?

[@electronicstree]

Which specific SFP module are you looking to connect to the Arduino?

[@HadjerElHamlili]

@@electronicstree i don't know yet, i'm going to use my single -mode fiber optic system , arduino uno, two SFP modules on both sides of the fiber optic

[@Mistrzu220]

The only problem I see here is the price and availability of TX diode HFBR-1414Z and RX photodiode HFBR-2412Z. Currently, prices for these components are around $50. However, the video is very interesting!

[@electronicstree]

The prices I found range from 7 to 10 dollars for each module, while some sites offer them at 20 to 28 dollars. If you find any, you can use any TTL-compatible modules according to their data sheets.

[@Mistrzu220]

@@electronicstree I decided to use a different technology for my project - toslink. RX and TX (DLT1160A) cost me ~$2. Thank you for the inspiration.

[@darshanpanchal3046]

can i use it as for SPI communication?

[@electronicstree]

If you want to use the SPI interface, you will have to use the number of optical transmitters/receivers and optical fiber cables accordingly to the SPI lines. This is because it requires more signal lines (wires) than other communication methods. Essentially, you have to convert every electrical signal line to a light signal and then convert these light signals back to electrical signals. Therefore, this approach may not be suitable.

[@guilhermeguerra7242]

Is it possible to have comunication of both boards with one cable?? 😊

[@electronicstree]

Yes, you can, but it would be simplex communication.

[@guilhermeguerra7242]

@@electronicstree tks, hey friend were could i buy this HFBR-1414 / HFBR-2421

[@amirtelecom6898]

Hi bro How to send 3 sensors at the same time ?? Thank you

[@electronicstree]

If you are using UART communication, you can use three modules. You can use Arduino Mega, which has multiple hardware UARTs, and for Arduino Uno, you can use SoftwareSerial. As for ASK modulation, I'm not sure, but the RadioHead library may not support multiple transmitters and receivers in a single network.

[@akbarscriper]

bro, can the 2.4ghz signal be converted to this module... so that I can transmit the 2.4 signal to many routers via fiber... to act like OLT...

[@electronicstree]

no

[@akbarscriper]

@@electronicstree oh okay... for the signal you transmit using this method, it's a digital or analog signal... bro

[@electronicstree]

You can transmit both analog and digital signals using this method. In the demonstration, I transmitted analog signals.

[@akbarscriper]

@@electronicstree thanks bro for the explanation...I will try transmitting 2.4ghz wifi signal (analog signal) over fiber (ROF)... router laser transceiver fiberoptic laser transceiver router

[@emir4707]

​@@akbarscriperMaybe with esp32 you can transmit and recieve tcp packages

[@akangrangkas4334]

Buat alat spliser dari arduino bisa ga ya

[@electronicstree]

Building a fiber optic splice tool with Arduino is tough because it needs precise equipment like fusion splicers to accurately join and fuse optical fibers. Arduino isn't well-suited for such a complex job.

[@newlife4965]

Plz i want circuit digram and code

[@electronicstree]

arduinomagix.blogspot.com/2023/10/interfacing-optical-fiber-transmission.html?m=1

[@newlife4965]

@@electronicstree thx so much but this code not included lcd Plz I want to make this project full details and circuit digram with ic

[@electronicstree]

For schematics, I have already provided you with a link. The source code, which uses ASK modulation for data transmission, is also included in the given link. If you are asking for serial control via optical fiber, you can find the code in the download section. arduinomagix.blogspot.com/p/downloads_5.html

[@guilhermeguerra7242]

Hey vood video, could you help me with the code??

[@electronicstree]

Sure thing! What part of the code do you need help with?

[@guilhermeguerra7242]

@@electronicstree its giving me wierd chars ␀␀␀␀��␄␀␒ ␀��␄␀␒ UU␀␀␀␀�␄␀␇␇␒ ␀␀␀␀��␁␇␀�

[@yenimariregaladojuarez5310]

Hello, good afternoon, I have a problem, it doesn't allow me to unzip the libraries for Proteus, why does it ask me for a password, I was wondering if maybe you could give me the password for these libraries? Please?

[@electronicstree]

The password for the library zip file is: electronicstree.com

[@yenimariregaladojuarez5310]

@@electronicstree Thank you very much friend, I am very grateful to you.