#112

[@maximilianmusterhans4659]

Great video. No unnecessary talking face, but only relevant illustrations and clear explanations. This is how every single KZbin video should be and not only 0,0001%.

[@AndreasSpiess]

Thank you for your kind words!

[@brianhaygood183]

...when your device says "Hi" instead of "hello world" because you don't want to use too much bandwidth. :)

[@AndreasSpiess]

Yes. LoRa devices are very slow and do only have a very limited number of bytes to transfer.

[@Ed19601]

Best comment!

[@TymexComputing]

73!

[@zazugee]

CQ W

[@johnhschuster]

Thank you, Andreas, you've compressed what is 3 hours of lecture, that I didn't understand into 20 minutes of knowledge transfer. Keep doing these videos you are an inspiration

[@AndreasSpiess]

Thanks for your nice words!

[@MrNams]

Can we broadcast message from one lora node to all other lora nodes without gateway?

[@Andrew-rc3vh]

@@MrNams It depends on the software you run. The easy way is to use LoRaWAN, but that is a specification that works in a star topology. People often use MQTT with it and that works like a post office. The device sends the data to the post office and then all subscribers to that message get it. If you do not want to use that system then you will have to write your own. You could use a mesh routing system but beware it is a big job to code it. A mesh can have identical devices where you can send a message from any device to any other, but one normally uses wifi because it has a higher data rate. LoRa is designed for low power sensors in sleep mode most of the time.

[@skepticon9390]

Sharing six decades of knowledge in an easy to comprehend manner is priceless. Well done.

[@johnb8753]

What a brilliant presentation. Well planned and executed. Kept moving at a good pace that was easy to follow. No umming or erring and no boring repetition. A perfect example of how it should be done. Many thanks for all the time and effort that must have gone into it.

[@AndreasSpiess]

The "umming or erring and boring repetition" was there, I can assure you!

[@Ikono-claste]

your accent and speed speaking is excellent , even a french can understand you ! 👍👋💖

[@BlueyMcPhluey]

you are very skilled at starting the story from the perspective of someone unfamiliar with the topic and progressively leading them through discovery piece by piece

[@AndreasSpiess]

Thank you for your nice words!

[@EswarValluri]

You are not just knowledgeable, but also a great teacher. thank you

[@AndreasSpiess]

You are welcome!

[@wilyartihoward2071]

I feel like all you blokes are the coaches I never had. Thanks for helping understand these concepts.

[@AndreasSpiess]

You are welcome!

[@pagutierrezn]

Thanks Andreas, you've produced the best and most didactic introduction to LPWAN, and LORAWAN in particular, I've seen

[@AndreasSpiess]

Thank you for the "flowers"...

[@bec1026]

I can watch your videos 3 times, back to back, and still pull information from them. You are very masterful in your articulation.

[@AndreasSpiess]

Thank you for your kind words!

[@eduardo9626]

Thank you for providing subtitles in Portuguese. sure your channel will be very successful ppis is now accessible to people who do not speak English well. I'll watch all your videos that have subtitles in Portuguese

[@AndreasSpiess]

The subtitles were provided by my viewers. But this project was stopped because it was too much work for my viewers.

[@jongman_kwon]

Thanks for your kind presentation. For me, it was great to know that the relationship between bandwidth and range. Yes, energy conservation raw is applied to all of things in nature.

[@AndreasSpiess]

You are right!

[@doomgod314]

This is a new law to me. Narrowing bandwidth increases propagation without increasing applied power or modifying the antenna. Does this mean using NBFM over VHF would increase range rather than FM?

[@doomgod314]

That said, I’m really interested in Encrypting CW as 150Hz is about the best and most open signal I can design. I was trying to build two hand-held communicators that exchange text messages between them using CW encrypted with a shared one-time-pad files on an SD card. I’m struggling to find a license from the FCC, but I keep falling back on PLMR, but documentation of use and the licensing process make that license harder to confirm its candidacy. Someone in a ham radio forum suggested Lora, but lora seems to be an entire standard like iEEE 802.11, rather than a band.

[@RickSaffery]

Your video is very well made, incredibly informative and covered an interesting topic. It's rare that one can learn so much in 20 minutes. You've raised my expectations for instructional videos. I'll be more critical of others, including myself, to be as good as you. Thank you for taking the time to create and elevate this video!

[@AndreasSpiess]

You are welcome. I also had to go a way to get where I am. It took me 61 years ;-)

[@mikehudson3620]

Brilliant description and a nice spectrum analyser too. And I haven't seen a sidewinder since I did some work for Interpol in Iran in 1976! The operator could recognise who was on the other end! The million miles per watt club again - now there's a link budget...

[@AndreasSpiess]

Thanks for your feedback! Physics doe not change, just the words we use...

[@georgegibson707]

Excellent video, thanks. Perfect solution for sensors. Such a pity the LoRa transceivers are so expensive compared to ESP8266.

[@AndreasSpiess]

:-)

[@phillipneal8194]

It is June 7, 2020. I just worked through your lora meshtastic video. Now I am going back to review. Thank you for all your work.

[@AndreasSpiess]

Glad my videos are useful for you!

[@HariWiguna]

Andreas... WOW! Great explanation! I learned a lot! THANK YOU!!!

[@AndreasSpiess]

You are welcome. I had the advantage that I knew quite a little about RF before.

[@danielhsdc]

I have learned "Iot" too xdxdxdxd

[@theuktoday4233]

I have so much respect for people like you who understand this stuff

[@AndreasSpiess]

Thank you!

love it cant wait til next vid on this.

[@AndreasSpiess]

:-)

[@RubenLensvelt]

Yes. This is exciting! I think the advantages of this technology are very big. Especially when your project needs to be reliable. Like a water(leak) sensor in a house boat.

You are not only the great engineer - you are the great lecturer too!

[@AndreasSpiess]

Thank you!

[@brianlee9810]

@6:50 "The link budget is, as every other budget, something you have at the beginning and which you spend over time. If your budget is used up, you cannot spend more. At least this is what we learned when we were young." I thought his was a very funny statement especially as debt is a big problem for adults worldwide.

[@Max_Janszen]

I got a chuckle out of it as well

[@FaisalKhan-xy1dv]

Good to see you all really enjoying his LoRa.

[@AndreasSpiess]

I do enjoy all kind of wireless technologies...

[@northshorepx]

Thank you Andreas - I've finally caught up with things so I can now look at this technology. Great introduction.

[@AndreasSpiess]

:-)

[@PhG1961]

Yes I liked it !! Of course ! My dear Anreas with the Swiss accent... your very creative and an excellent tutor/teacher ! I'm now looking to set up my own gateway. I'll let you know how things are evolving.

[@AndreasSpiess]

Welcome in the club! It is not too complicated and I will make a video about how I did it.

[@ozcanonal]

This is an extremely useful video. Thank you for the info.

[@AndreasSpiess]

You are welcome!

[@greg3626]

Thanks for the explanation. You filled in all the missing pieces of an overview. I like your methodical and paced explanation style.

[@LarryKapp1]

Thanks - you are very good at explaining complex radio theories in an easy to understand way . I like your other videos also - it will take me awhile to watch them all !

[@AndreasSpiess]

You are welcome and I hope, you will enjoy them.

[@SteveHillbrandt]

Thank you for putting an axis description on your charts. There are way too many charts around with only the axes (if at all) and the some line or bands trying to show something. And as always I learned a lot. Definitively worth a subscription.

[@AndreasSpiess]

Thank you and welcome aboard the channel!

[@cristiserban8757]

Very interesting, and you are a very good teacher

[@ModestMaker]

Well done Mr. Spiess. I have been reviewing all your videos on LORA. My parts are on the way to build my own gateway and start testing. We need a cheap way to measure flow conditions in ephemeral washes here in Arizona, USA. We have been using cellular modems and even satellite modems which can be expensive. LORA may be a cost-effective alternative. Thank You for explaining things so clearly such that even a non-electrical engineer like me gets it!

[@AndreasSpiess]

And maybe you find a hill somewhere for a small repeater or a gateway (via cellular). Then you could cover a quite big place with only one cellular connection

[@Peter_S_]

You are an excellent presenter. :-)

[@AndreasSpiess]

Thank you!

[@DougDuncanDig]

^^ Agreed

[@AndreasSpiess]

+SquareofPrimes :-)

[@JavierChiappa]

Totally, it's the most information packed, totally to-the-point video I have found on this subject, well done, sir.

[@avijitdas6872]

Yeah, I am 39, Mr Spiess always give me that honest, school teacher feeling. It's like I am learning stuff from a truly reliable source. Thank you Mr Spiess.

[@brucejackson5898]

many thanks for the excellent introduction to Lora, I would really like to see an esp client using low power without the wifi enabled to run the lora client with a temperature sensor etc. please sir!!

[@AndreasSpiess]

So far, I do not know if the used library works on the ESP

[@brucejackson5898]

Please can you share links of the hardware you use / suggested for the gateway

[@brucejackson5898]

sorry and the libraries :)

[@AndreasSpiess]

The hard- and software will be covered in future videos. There, you will find the links

[@giannismarkidis9546]

You are my mendor !! I am Watching you from Greece !! I want to learn enrything from you, so i can teaching my son. You are the best Andreas !!

[@AndreasSpiess]

Wonderful! I hope your son will be interested in the topics. too!

[@dl8cy]

I have read some about LoRa but now you explain it in 20 min and i got the idea what's about. Thank you! Btw. are you a licensed by BAKOM as a amateur radio operator? I will have my exam in the end of march for a "CEPT-Lizenz". Did you learn you CW-knowledge at your military duty?

[@AndreasSpiess]

1. Yes, HB9BLA, but not very active. 2. Yes in military (special forces). And later I worked for the International Committee of the Red Crosses (IKRK) as a radio operator. 3. Good luck for your test 4. If you want to learn morse, you have to build the "worlds best morse trainer" (my first 3 videos orso) ;-)

[@steveb7600]

What was the special force service you served? Swiss Engineering infiltration and sabotage? Can you tell us without having to kill us for secrecy?

[@AndreasSpiess]

+Steve B I was a spy against the soviet union...

[@dl8cy]

Have you ever visited the Suworow-Memorial in Uri?

[@AndreasSpiess]

I do not remember. Maybe when I was younger...

[@ForWhomBellstols]

I'm so happy I found you, rare quality content on yt. May the ohm's law bless you Sir.

[@AndreasSpiess]

Thank you!

[@CRISAP94]

Hi Andreas, Nice Video, i'm trying to figure out how to use this for getting some data from agriculture, with the ESP i make a mesh and make a map with the rssi of every node of the field, and send the data to the server for handling it. With LoRa how i could achieved that?

[@CRISAP94]

BTW Excellent video... is there any chances to bring you to colombia? 🇨🇴

[@steveb7600]

if you want a mesh you would need to convert 802.15.4 or other mesh protocol to use the modulation format. good luck with that

[@solucionesinformaticasdelg3382]

I'm starting to know about LORA and in some minutes I could understand a little bit of this technology thank you Andreas

[@AndreasSpiess]

You are welcome!

[@DemetrisStavrou]

Thank you for the information, very useful! LoRa seems great, however, I think the relative high cost of the LoRa hardware is not in line with the IoT vision of having millions of devices deployed. It seems it makes sense to use LoRa only when long ranges are required, right? Because for smaller ranges, for example house automation, WiFi is more than enough, and we know from your previous videos that an ESP8266 can run on extremely low power and have long battery life.

[@AndreasSpiess]

1. I agree, cost has to come down, mainly for the sensor nodes 2. In house, usually you have WiFi and power. So, this technology makes less sense. There is one exception: If you want to run on batteries also in your house. I heard, that there are plans to integrate small gateways in normal WiFi Routers.

[@CraigMilesYoutube]

I guess production economies of scale would kick in, if LoraWAN usage reached a certain market penetration.

[@ValianTheRELover]

From a financial standpoint, I think building lorawan gateways are dirt cheap compared to building cellular network towers. And also yes, it's as you said, lorawan is for long-range iot use cases such as smart cities, smart metering, etc. For smart homes, bluetooth and wifi is still the king.

[@maverickeire1136]

Andreas, you´re not only a great enginner, that adores to know how the things work, but a great communicator with a high skill to transmit your wise and knowledge to everyone; thank you indeed for your great job in this channel, guy with the swiss accent ;-) (my spanish accent is not better, hehe)

[@AndreasSpiess]

Than you very much for your nice words!

[@spreeuferberlin]

Very good. danke für all diese Videos. Sehr hilfreich. Gruss aus Berlin

[@AndreasSpiess]

Bitte, gern geschehen...

[@antonysyiagkou5782]

one of the clearer and information dense videos I found on this topic! I stumble on a couple of the topics you mention but with your video everything fall in to place and now i have the bigger picture. really good video, appreciate for sharing the info!

[@AndreasSpiess]

Thanks for your nice words!

[@go-1-2-3]

Gute Einführung in die Grundlagen dieser Technik. Basis um die Rahmenparameter zu verstehen.

[@AndreasSpiess]

Danke!

[@afyu]

Thank you for this excellent tutorial! Your clear and concise explanations of how the technology works were very helpful, and I appreciated the level of detail you went into while still keeping the content accessible.

[@AndreasSpiess]

Thank you for your kind words!

[@PanduPoluan]

Very good and informative video! Huh, was wondering what LoRaWAN was, and all the "marketing brouhaha" is just making me suspicious, but your engineering-oriented presentation totally makes sense. Thanks for making & sharing this, kind sir!

[@AndreasSpiess]

Thank you for your nice words!

[@DarronBirgenheier]

LoRa seems likely to be a very important development in the world of IOT devices and networks. I'm glad that you've chosen to cover this technology, and will be watching all of your future videos on this subject. I hope to be able to deploy both LoRa gateways and nodes as the price of the hardware enters my (low) range of affordability. I'll be pleased if I can be the first person in my neighborhood in Reno, NV in the USA to have a functioning LoRa public gateway online.

[@AndreasSpiess]

The concentrators for the moment still are quite expensive. Maybe I will be able to build once a low cost gateway with only one channel. I do not know, if this is possible yet.

[@DarronBirgenheier]

Certainly, even a single-channel gateway would be very useful in these "early days", considering the 100+ possible nodes that can share that channel. Even being able to support a handful of nodes per gateway would be useful for those of us who simply want to be "on the air" and see where this is all leading to.

[@AndreasSpiess]

I found a link and I will try to build one.

[@Hugatry]

LoRa is one of those terms that I have heard here and there, but didn't know much about it.... Just that it has something to do with IoT. This video was really helpful, teached the basics of LoRa very well! Thanks!

[@AndreasSpiess]

You're welcome!

[@TheLollisoft]

Really informative about what LoRa is and what is capable of doing with that. Also interesting is the 150€ concentrator board. Just started with that and ordered my two LoPy boards, ignoring the fact that I only have a nano gateway. That is enough for getting started and experimenting. Thank you

[@AndreasSpiess]

+TheLollisoft You are welcome. Enjoy your experiments!

[@DougHanchard]

Very good video Andreas. It should be noted, LoRa has its roots based on previous generation technology radio as you pointed out. But it wasn't AM radio that spurred current development of LoRa but three forms of Packet radio which have been in used for about 15 years on AM / FM frequencies and more commonly, HAM radio, which has used packetizing of various HF, VHF and UHF bands such as 144.39 MHz in Europe and 144.80 MHz internationally. HF packet radio transmissions are on between 10.151.5 MHz (LSB) and 14.105.51 MHz LSB. It's bandwidth is something between 300 and 1200 baud! But it's advantage is the capability to transmit half way around the world. Packet radio has been around for over 30 years. In the world of emergency disaster response, we have experimented with FM side band packet radio since 2005 that was initially developed in 1994 using X.25 packet protocol. During World War II, Germany attempted to encode data blips over HF radio that could only be interpreted by a receiver that sent timed encoder signals to a tape strip, which were then sent to an egnima encryption machine directly without manual inputs. Little did they know that Alan Turing would beat them to it.... which to bring this conversation full circle, a digital Arduino / Raspberry Pi shield of the Enigma M3 version (8 Rotors & 2 reflectors) has been available over the last couple of years and is also available as a standalone IoT device. Really enjoying your videos as of late. Many thanks for sharing your expertise.

[@AndreasSpiess]

Thanks for the things behind this new technology. We all stand on the shoulders of earlier generations.

[@ericon.7015]

Adreas, very didatic explanation. Thanks. I already knew few things of what you presented, but you presented in such didatic way that now everything is more clarified.

[@AndreasSpiess]

Thank you for your nice feedback.

[@curtisbme]

Just came across this randomly. Not much LoRa for iot in the states yet but I just tried out one smaller company's water sensor, hub and water main shut-off that used the LoRa tech. While the main downside is that it didn't integrate into any of the standard home hubs due to them being zigbee & zwave, the wireless tech was certainly impressive in my testing. I didn't need enough devices to have the mesh network carry the signal or have to have a repeater. I was even able to close the hub in a metal media panel and it had no problem going from the bottom basement corner to the 3rd floor corner. Certainly nothing a single zigbee or z-wave iot device can do.

[@AndreasSpiess]

If you watch my other LoRa videos you see that I was able to get a connection over 200km with a short antenna and a standard lowpowered module.

[@aaiieenn]

Very pleased to hear a young Werner Herzog explaining LoRaWAN

[@AndreasSpiess]

:-)

[@titi08]

Merci, j'ai découvert plein de choses grâce à cette excellente présentation.

[@AndreasSpiess]

De rien!

[@VirtuallyNobody]

I am trying to get familiarised with this topic. So far this is the best understandable explanation. Thank you very much!

[@AndreasSpiess]

You are welcome!

[@omsingharjit]

13:06 This part is confusing to me... Is it like there's Active Network Amplification support Between two long distance Lora Module connection ? Just like cellular Network !! Other example....!! Like can we use two cellphones on moon's long distance without any Medium towers..!i know answer is No But what for two lora connections ( more than 5 km ) on moon's distance without any signal Amplification Medium in between?

[@siboneyyy]

speeding up the video by 5-10% worked fine for me 👍

[@AndreasSpiess]

Good for you!

[@tanweera9224]

You are such a great presenter. Please keep posting. I learned a lot. Thanks for your time and effort!

[@AndreasSpiess]

Thank you!

[@acestudioscouk-Ace-G0ACE]

I'm just getting into LoRa, so this was very useful, thank-you.

[@AndreasSpiess]

You are welcome! There is a LoRa playlist for the channel...

[@acestudioscouk-Ace-G0ACE]

@@AndreasSpiess Thanks, I'm working my way through them.

[@AlanSloan]

Great video, you provided a very informative overview of the LoRa technology. The chart comparing technologies and the details on how you calculate range were both very helpful as well. I'm looking forward to the next video.

[@AndreasSpiess]

+Alan Sloan There is already a playlist for other LoRa videos

[@francischatain5561]

Dear Andreas, It's a real pleasure to read your channel every week. Thank you for your great job. It's a source of infinite inspiration. I hope to build a gateway TTN near of Toulouse. FCH

[@AndreasSpiess]

Thank you for your nice words. The neighborhood will like you for that!

[@robertyawe7039]

Thank you for that brief and very informative explanation of LoRa, I am now a new advocate

[@AndreasSpiess]

Welcome aboard!

[@clivepengelly417]

I really dig your accent man. I feel like I have Arnold Shwarzenegger in my living room. Thanks for this informative presentation. I will definitely be back.

[@AndreasSpiess]

:-)

[@1DR31N]

Another first class explanation, wish you all the success you deserve.

[@AndreasSpiess]

Many thanks!

[@relital3362]

One of the best tutorials I have seen on KZbin. Thanks you !

[@AndreasSpiess]

Thanks!

[@anandhotchandani8589]

Very much informative for the beginner and to understand basic concepts of physical layer for IoT based on LoRa standard.

[@AndreasSpiess]

:-)

[@cloudberry_jam5214]

Thanks for the video. Excellent use of reasoning and examples really helped me gain some insight to the "why" of this tech in addition to the "what". Presentation and content on point.

[@AndreasSpiess]

Thank you! There is a whole playlist with LoRa videos on the channel if you are interested.

[@heck0272]

Thanks Andreas. One of the most informative videos I've seen in a while. Please keep the good work

[@AndreasSpiess]

You are welcome!

[@KikiTay]

You are God sent! I've learnt so much from your channel! Almost every subject that I was curious and googled about, you have a video for it! Thanks so much for sharing!! Keep it up!!

[@AndreasSpiess]

You are welcome! I plan to continue and hope, future videos will be as well interesting for you.

[@eduandrz]

Still the best video about Lora/Lorawan. Thanks!

[@AndreasSpiess]

You are welcome!

[@neatodd]

Just found this channel - wow! Really interesting stuff covered here. I subscribed straightway! I have watched most of the LoRa videos and am now looking forward to your other topics. Thanks for such interesting content, you have inspired me to think of more projects for my RPis (5 so far!).

[@AndreasSpiess]

Welcome aboard!

[@drprasantrout3874]

The mode of teaching and explanation made technology jargon simple for understanding. I am benefited to make a beginning to design a LPWAN for IoT implementation in our organisation and share the learning with our Network team

[@AndreasSpiess]

Glad to read that you were successful with your project! And welcome to the channel!

[@einars899]

Excellent introduction! Just what I was looking for. Obviously you have made a presentation plan before the video. And a good one too.

[@AndreasSpiess]

Thanks! There is always a lot of planning before I start recording...

[@tempfornow7885]

Great video. One comment is that its more a thing of band(the frequencies which are being used) rather than the bandwidth that determines how well the signal transmits. That is because depending on the frequency, more or less energy will be absorbed in a given medium. you could have signals in two bands that have the same bandwidth, but are centered at different frequencies and they will be attenuated differently.

[@AndreasSpiess]

You are right. I made a video about propagation.

[@tempfornow7885]

I'll Have to keep watching your channel videos to get to it. You are a prolific youtuber with a lot of great content.

[@TheTgranber]

"unfortunately" you had to build your own :) I think you rather enjoyed it. Thanks for the video. This will come in handy. Danke!

[@AndreasSpiess]

You are welcome! Indeed, I like to make stuff...

[@adnanjahic2885]

Thank you for the compressed, zipped information. Grüße von Österreich.

[@AndreasSpiess]

You are welcome!

[@matthewpickard9675]

I don't know how you get SO much information is such a decent sized video! Thank you for all your hard work!

[@AndreasSpiess]

Glad you enjoy it!

[@nbrunojunior]

Man !!! This is a very good explanation of LoRa and LoRaWAN. Very funny at times also. Thanks.

[@AndreasSpiess]

You are welcome!

[@addy1381]

Brilliant intro of LoRaWAN. Thanks.

[@AndreasSpiess]

Glad you like it!

[@shaibalc]

Beautifully presented. Thank you sir! Most definitely the clearest presentation of LPWANs and LoRA.

[@AndreasSpiess]

Thank you for your nice words!

[@garrypkeogh]

That was even better than usual Andreas, well done! Concise but very rich with information I feel I have a good overview of the LoRa project, a result for a "man off the street"! Why do I see myself buying more modules, setting up community gateways??? Thanks again :)

[@AndreasSpiess]

Thank you for your nice words!

[@ReevansElectro]

Very well organized and presented!! I am impressed with your spirited style.

[@AndreasSpiess]

Thanks!

[@graphics80]

Sehr sehr schön dargestellt das Thema LORA, ich freue mich auf die nächsten Videos mit vielen Projekten zu LORA :-)

[@AndreasSpiess]

Danke!

[@Perspectologist]

This was awesome information. I learned a lot about LoRa. It is much more limited than I thought, but it seems like it could still do the most important parts of what I am interested in. I am looking forward to future videos.

[@AndreasSpiess]

+Perspectologist To show also the limits was very important for me. This is very important for decision making. Especially if a technology is hyped...

[@ozgur280]

finally, cool, thank you... it is most detailed explanation of lora until now...i am looking forward next...cool..

[@AndreasSpiess]

Thanks!

[@mikeonbike23]

Cheers to you Andreas from Poland!

[@AndreasSpiess]

Greetings to Poland!

[@YunusSevimli]

Perfect Video . Thanks a lot . I don't know who prepared the Turkish subtitle. I want to thank him also.

[@AndreasSpiess]

It was one of my viewers.

[@ingsislra]

Thank you so much for this video, you saved a lot time to understand the Lora concept.

[@KASanjuuipl]

Excellent, just in 20min, got a glimpse of key points, awesome

[@AndreasSpiess]

Thank you!

[@omsingharjit]

Question... Like celular network any cellphone can connect to other cellphone in the world but it's not direct conection because there's lots of network conection between to regenerate the main signal But on the other hand for lora .. How individual one module transmit and receive signals to other individual similar module with very low power and without any signal amplifier in between just like cellular Network ? If it's possible than why Wifi modem have limited range Around 100 to 200 meters only ?

[@AndreasSpiess]

Maybe you google "Meshtastic"

[@omsingharjit]

@@AndreasSpiess why do you think Googling " meshtastic " Answer above Question 😀

[@edvol4740]

Awesome 👌 👏 thank you for the quick explanation 👍 it's a lot easy to understand

[@AndreasSpiess]

You are welcome!

[@ehvway]

Always enjoying your lessons meine Herr 😎. Great explanation!

[@AndreasSpiess]

Thank you. Glad you like my content

[@JohannesLauesen]

I love your simple and precise approach. If you ever need a favour from a Danish guy in China, let me know.

[@AndreasSpiess]

Good to know. Thanks for the offer!

[@OneMarcFifty]

Very good and comprehensive explanation - many thanks !

[@AndreasSpiess]

You are welcome!

[@davidbenavides4107]

Thank you for sharing your knowledge. The information and explanation is simply superb!!!. Please keep posting videos.

[@AndreasSpiess]

Thank you! As long as I have viewers it is fun to create videos...

[@hexinli]

You covered this very nicely, thank you! I look forward to consuming the remainder of the series and setting up my own gateway. This is the answer to reliable communications for my solar powered mailbox "tampering" sensor at the end of a LONG driveway. WiFi isn't cutting it and I don't want to do a custom 433MHz protocol. Being MQTT-friendly, this is perfect! :)

[@hexinli]

Hah! I just looked at the playlist and noticed #169! Can't wait to see it - thank you!

[@AndreasSpiess]

You are welcome!

[@steinmar2]

Ein wirklich klasse Erklärvideo! Ich hoffe du konntest dein Wissen im Laufe deines Werdegangs in der Wirtschaft verteilen!

[@AndreasSpiess]

Danke für das Kompliment. Mein Werdegang ist eher am Ende angekommen (mit 61) und ich versuche hier, etwas von meinem Wissen weiter zu geben...

[@mianchen]

You have done an excellent job explaining LoRa. Thank you very much!

[@AndreasSpiess]

You are welcome!

[@thomashenry1451]

You are an excellent tutor. Thank you for your expertise.

[@AndreasSpiess]

Thank you for your nice words.

[@omarkhelfa9488]

Thank you very much for this clear video......and good luck for the next videos....

[@AndreasSpiess]

Thank you! There are already 230 more videos on the channel ;-)

[@owenbrotherwood1390]

Thanks again: I use your videos to help the DK people in education of kids to understand the technology, then we can get the kids using the things network in DK

[@AndreasSpiess]

This is a good idea. Glad I can help.

[@owenbrotherwood1390]

"Our story" (for the moment) www.thethingsnetwork.org/community/silkeborg/ (I borrowed a video link)

[@nicovos3408]

i'm inspired to do a lora project myself now! thanks! great work!

[@AndreasSpiess]

Go for it!