Extremely cool! I would love to see a follow up, where you leave the Quality as it is or lower it and try to higher the range it could be possible by shielding and using more power, different antenna etc.
Very very cool!! I am currently using these modules for my arduino communication, but I am glad there is even more potential for me in the coming future. Great video man! subscribed :)
FINALLY!!! This is great! I wonder if this can be done using an ESP32-Cam module and an HC-12 transmitter. I am definitely signing up for updates. Well done!
This is amazing! you just gained a subscriber! Keep up the good work, and don't get burned out! P.S. your video style reminds me of the old Make: project videos from many years ago! I love it!
Subscribed the moment you demonstrated that you have embraced systemd and didn’t complain about it :-) This is a cool project. I only recently found these modules and as soon as I heard they will do 2Mb/s I started wondering about this kind of thing. Glad someone else did it so I can benefit from that!
It seemed to work fine. I used it in my apartment where there are a number if wifi access points around me. The protocol has retries so eventually the packet will go through.
Firstly Thank you for making this video, I am happy to find this video over internet. I want to establish communication between Raspberry Pi 5 and PC (desktop) over RF. In this communication, simply, I want to transfer some sensor data with live video streaming from pi to PC. please guide me for this process. I am a beginner in this field. No, much knowledge about it. My project is restricted to use RF link communication. Help me please
Ive wanted to do something like this for so long, to create a ssh and VNC link to my home computer thats not going over cell towers or other networks i have no control over. with the reasonable speed you've achieved I could do almost anything, watch a movie, video chat, send communications, send and recieve small files (i'm patient, unlike most people). I do have a challenge for you. Make a wireless connection between 2 raspberry pi's using nothing but the GPIO pins! there is already a library to transmit frequencies over pin 4 of the pi's gpio (just add a small wire for antenna) but can we do the same thing in reverse and recieve over pin 4 on a second pi? if we can do that, we just add transmit and recieve to both pis and we have a radio link. It doesn't have to be fast, even 300 baud is enough to control a computer with telnet.
Not really possible as the radio via GPIO is using the CPU's spread spectrum, you don't have a filter to read it back from the GPIO. You're better off using a couple of 433MHz RF modules for this. If you wish to experiment, clone my repo then make a pull request once everything works
Hi Thanks you much for this video. Question: I recently purchased an ZLL SG908 drone. The range of the drone is very good from controller/transmitter to drone commuication. The downfall of the drone is the FPV transmission to phone app , which is simply wifi 5 ghz transmitted,, which the screen freezes at about 125 meters so after that you are just flying by line of sight. How could i send the camera video ,,(eliminate the actual 5ghz feed ).. through one of these nrf26L01 radios to a simple 6 inch lcd that i fabricate onto the existing controller/transmitter that the drone came with? The drone camera video is actually saved on an sd card on the drone itself...so the video quality sent to the ground lcd monitor doesnt have to be real great quaility . Seems it should be doable for longer FPV range of the camera. I hope i explained this clear enough . Thanks again.
I tried, l'ora has issues with turnaround times and data rate, it didn't work out in my tests. If you wish to experiment, clone my repo then make a pull request once everything works.
For video I used the h.265 (HEVC) codec in 640x360 (16:9) resolution at 15fps. I used OPUS for audio and heavily compressed that as well. There are more details in the linked blog post including the exact commands that I used to transcode the stream. Thanks for watching.
Hey @@TheResistorNetwork , I was able to hit 900kbps using 2 arduinos with a simple change (one way), perhaps that could translate in near 2mbits with a couple of rpis! Keep in mind that your settings could prevent the custom ack to work properly
It's been almost a year, eventually I achieved full duplex 900Kbps on a couple of Pis and stream real-time video on it. Works good and is flexible enough to add different radios and different configurations
None, and I discussed that on the github page for the project. This is subject to replay attacks and eavesdropping (among other things). It is beyond the scope of a weekend project but these could be mitigated.
3 года назад
@@TheResistorNetwork Ok i got it. i have one more question. İ need a small communication module that can transfer at least 500 meters of low latency video and data. what is your advice ?
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Extremely cool! I would love to see a follow up, where you leave the Quality as it is or lower it and try to higher the range it could be possible by shielding and using more power, different antenna etc.
Very very cool!! I am currently using these modules for my arduino communication, but I am glad there is even more potential for me in the coming future. Great video man! subscribed :)
Pretty impressive mate.
I am going to use this in my next project
FINALLY!!! This is great! I wonder if this can be done using an ESP32-Cam module and an HC-12 transmitter. I am definitely signing up for updates. Well done!
This is amazing! you just gained a subscriber! Keep up the good work, and don't get burned out! P.S. your video style reminds me of the old Make: project videos from many years ago! I love it!
Thanks! Glad that you enjoy.
Subscribed the moment you demonstrated that you have embraced systemd and didn’t complain about it :-) This is a cool project. I only recently found these modules and as soon as I heard they will do 2Mb/s I started wondering about this kind of thing. Glad someone else did it so I can benefit from that!
This is awesome, great job!
Also can use channel 120+. Its clean from wifi. More clean 120-125.
Thank you for sharing.
This is one great project. I was wondering how well does it work with other wifi routers working close to it.
It seemed to work fine. I used it in my apartment where there are a number if wifi access points around me. The protocol has retries so eventually the packet will go through.
@@TheResistorNetwork It does work fine usually, otherwise you can move to the higher channels to get rid of most interference
Amazing project, really enjoyed it.
Does it need such a powerful computer.
Not really. This was all done with Raspberry Pi, which is not tremendously powerful.
This is soooo coooll!!!
New subscriber. Great content I look forward to future videos
same
nice one, how about use 3 [6] radios sync'ed for more BW
Woaa thanks i would love to analyze your code to understand where i can improve mine xD
Great work
Cool!
Can this be used for a cheap camera live feed transmission...crude fpv system
Firstly Thank you for making this video, I am happy to find this video over internet. I want to establish communication between Raspberry Pi 5 and PC (desktop) over RF. In this communication, simply, I want to transfer some sensor data with live video streaming from pi to PC. please guide me for this process. I am a beginner in this field. No, much knowledge about it. My project is restricted to use RF link communication. Help me please
hello, can be the nRF24L01 used for live video transmission with a camera?
I have a bunch of those for my rc drones. Could i stream video and also keep the 9 channels already on my transmitter
Same question 🤔have you got its answer by now???
I am working on it, so far I've included 5 channels on my PCB. But you cannot expect high reliability because it's easy to lose signal
Ive wanted to do something like this for so long, to create a ssh and VNC link to my home computer thats not going over cell towers or other networks i have no control over. with the reasonable speed you've achieved I could do almost anything, watch a movie, video chat, send communications, send and recieve small files (i'm patient, unlike most people). I do have a challenge for you. Make a wireless connection between 2 raspberry pi's using nothing but the GPIO pins! there is already a library to transmit frequencies over pin 4 of the pi's gpio (just add a small wire for antenna) but can we do the same thing in reverse and recieve over pin 4 on a second pi? if we can do that, we just add transmit and recieve to both pis and we have a radio link. It doesn't have to be fast, even 300 baud is enough to control a computer with telnet.
Not really possible as the radio via GPIO is using the CPU's spread spectrum, you don't have a filter to read it back from the GPIO.
You're better off using a couple of 433MHz RF modules for this.
If you wish to experiment, clone my repo then make a pull request once everything works
Subscribed and liked, straight off this video. Excellent work, sir!
Hi Thanks you much for this video. Question: I recently purchased an ZLL SG908 drone. The range of the drone is very good from controller/transmitter to drone commuication. The downfall of the drone is the FPV transmission to phone app , which is simply wifi 5 ghz transmitted,, which the screen freezes at about 125 meters so after that you are just flying by line of sight. How could i send the camera video ,,(eliminate the actual 5ghz feed ).. through one of these nrf26L01 radios to a simple 6 inch lcd that i fabricate onto the existing controller/transmitter that the drone came with? The drone camera video is actually saved on an sd card on the drone itself...so the video quality sent to the ground lcd monitor doesnt have to be real great quaility . Seems it should be doable for longer FPV range of the camera. I hope i explained this clear enough . Thanks again.
CAN you make WALKIE-TALKIE
Yes, you can build one. But it comes with limitations. I was able to set up bidirectional push-to-talk for a racing team using 4 radio modules.
How about using lora instead of nrf modules cool.....
I tried, l'ora has issues with turnaround times and data rate, it didn't work out in my tests.
If you wish to experiment, clone my repo then make a pull request once everything works.
brother How to increase transmitter rang ts 832
You're awesome
How to use long range internet repeater
Codec and resolution?
For video I used the h.265 (HEVC) codec in 640x360 (16:9) resolution at 15fps. I used OPUS for audio and heavily compressed that as well. There are more details in the linked blog post including the exact commands that I used to transcode the stream. Thanks for watching.
wow
can u do this or try this by Arduino????
Bro, what is the expected range.... Will it will work upto at range of 500mts line of sight....
is it possible to archive in Arduino...
Likely not at 2MBPS speeds, but could at a much slower rate. Not sure at what point it becomes unusable
is this video tranmission possible with two stm32 board ?
Not directly, unless you want to deal with the USB stack and everything by yourself.
Have you tested latency?
If I recall, ping times were around 100-200ms. Not great!
Hey @@TheResistorNetwork , I was able to hit 900kbps using 2 arduinos with a simple change (one way), perhaps that could translate in near 2mbits with a couple of rpis!
Keep in mind that your settings could prevent the custom ack to work properly
It's been almost a year, eventually I achieved full duplex 900Kbps on a couple of Pis and stream real-time video on it. Works good and is flexible enough to add different radios and different configurations
Is there encryption in this Communication ?
None, and I discussed that on the github page for the project. This is subject to replay attacks and eavesdropping (among other things). It is beyond the scope of a weekend project but these could be mitigated.
@@TheResistorNetwork Ok i got it. i have one more question. İ need a small communication module that can transfer at least 500 meters of low latency video and data. what is your advice ?
@ nothing comes to mind immediately, but maybe consider some of the 5.8GHz modules used for drones.
@@TheResistorNetwork Yes I know. I am an fpv drone racer. But I don't know how to transfer this video data to raspberry pi which is the receiver.
@ That is a tough one. Any capture card will add a few frames of latency. Good luck!
Can it be done using arduino nano
likely no
Holy sh@t