All good. Ps. There is some outdated docs on ttn site around the frequency adjustment/sub band change on the mikrotik devices. Will be making a video on that soon. But I think alot of people are dismissing mikrotik and TTN becuase they believe it's not possible
Hi there, could you tell me which antenna models you used with your Mikrotik Knot in the video? Mikrotik sells the Knot in my country, but unfortunately, they don’t offer the HGO-LTE-W antenna. Importing it is quite costly, so I’m curious if the antenna model you used is available locally. I’ve been using an antenna that I suspect might not be ideal. By the way, great video! Thanks for sharing your knowledge!
This tutorial helped me a lot. Thanks! One question ... at 10:20 you show the PPP settings .... In my router the "Default Route Distance" was set to 2. Only after changing to 1 (as in your video) the mobile connection started to work. Do you have a clue what is behind this "Default Route Distance"?
Hey Peter I would need to double check but if I recall the defualt route is the interface the mikrotik will attempt to connect on first. So if you have wifi that could be 2 if you have eithernet that could be 3. So if you only have ppp lte setup that will need to be 1. But this very basic explanations.
Still waiting for someone out there to actually setup something interesting using modbus (maybe read from a slave device or publish to a device) and GPIO (read a DHT device etc), they get honorable mentions but no one ever sets them up, both of those in the IOT space are widely used.
Hey Sean, I have setup the MQTT aswell as GPIO in the past but due to the 100s of applications it can be used for its hard to pick an example. Happy todo one around maybe reading a battery voltage on the GPIO pin and push it to IOT platform via MQTT?
Very useful information thanks
Glad it was helpful!
Very nice!
All good. Ps. There is some outdated docs on ttn site around the frequency adjustment/sub band change on the mikrotik devices. Will be making a video on that soon. But I think alot of people are dismissing mikrotik and TTN becuase they believe it's not possible
Hi there, could you tell me which antenna models you used with your Mikrotik Knot in the video? Mikrotik sells the Knot in my country, but unfortunately, they don’t offer the HGO-LTE-W antenna. Importing it is quite costly, so I’m curious if the antenna model you used is available locally. I’ve been using an antenna that I suspect might not be ideal.
By the way, great video! Thanks for sharing your knowledge!
Great post . I could not get my router to route via the modem ....Just refuses to and when it does the packets are sooooo slow ...
thanks :)
No problem!
This tutorial helped me a lot. Thanks! One question ... at 10:20 you show the PPP settings .... In my router the "Default Route Distance" was set to 2. Only after changing to 1 (as in your video) the mobile connection started to work. Do you have a clue what is behind this "Default Route Distance"?
Hey Peter I would need to double check but if I recall the defualt route is the interface the mikrotik will attempt to connect on first. So if you have wifi that could be 2 if you have eithernet that could be 3. So if you only have ppp lte setup that will need to be 1. But this very basic explanations.
@@IoT_Me Thanks for the hint ... since I use ethernet and ppp connection it is (now) clear to me why setting 2 wont work!
shit we have the same mouise pad
Still waiting for someone out there to actually setup something interesting using modbus (maybe read from a slave device or publish to a device) and GPIO (read a DHT device etc), they get honorable mentions but no one ever sets them up, both of those in the IOT space are widely used.
Hey Sean, I have setup the MQTT aswell as GPIO in the past but due to the 100s of applications it can be used for its hard to pick an example. Happy todo one around maybe reading a battery voltage on the GPIO pin and push it to IOT platform via MQTT?
@@IoT_Me Reading a voltage and publishing via MQTT would be a great example to get things going. One can basically expand out from there as needed.