I use Wi-Fi from my kitchen to my scope in the backyard which is 10m away. Very easy solution and works very well. I'm lucky I'm really close to the scope.
I would use a dedicated AP/WGB combo with directional antennas ( ofc price can go up fast 😅 ), and ye people still underestimate 2,4ghz, 2,4ghz is a smaller band so longer range possible.
It seems you have power line going to the telescope. Why not just place the ethernet cable on the same route? Maybe with a repeater if it's more than 100 m total.
It was an option, but digging in a trench for the cable would have been a lot of work over our rocky ground. And, anyway, one day I will build a second observatory and warm room out there, along with solar power for the observatories, so it would be wasted work in the long run.
I can run it from the battery backup system or just run a couple outdoor grade extension cords out there. Right around 3:20 you can see the extension cord. I keep it up off the ground on extra tall fence posts. Eventually, I may setup a small solar power system.
I run coax for my radios thru pvc pipe above ground. Your tp link is awesome. I have them also connected to my Starlink
jiga hertz made me laugh... glad it all works for you
According to Websters, it's giga or jiga . It's jiga where I'm from.
Funny how differently we can pronounce things depending on where we live. 🙂 Great solution for remote connectivity!
@@d.fresh.750Dialects are not funny. It is called language..
@@MrSummitville so, are you insulted by a simple observation of the differences in a Canadian dialect and a US dialect?
I use Wi-Fi from my kitchen to my scope in the backyard which is 10m away. Very easy solution and works very well. I'm lucky I'm really close to the scope.
Nice that it can be that close. I wanted to get a good ways away from the tree line and maximize angle of view.
I would use a dedicated AP/WGB combo with directional antennas ( ofc price can go up fast 😅 ), and ye people still underestimate 2,4ghz, 2,4ghz is a smaller band so longer range possible.
For our purposes, 2.4 carries plenty enough data. I think the 5 Ghz advantage is its more secure, maybe just because it has less range.
It seems you have power line going to the telescope. Why not just place the ethernet cable on the same route? Maybe with a repeater if it's more than 100 m total.
It was an option, but digging in a trench for the cable would have been a lot of work over our rocky ground. And, anyway, one day I will build a second observatory and warm room out there, along with solar power for the observatories, so it would be wasted work in the long run.
That's amazing
What kind of drone and camera you used to video this?
A Mavic 3. It's been very reliable for quite a few years.
@@SKYST0RY Cool, thank you
How are you supplying power in the wooded area and at the observatory? I didn't notice any type of visible power line.
I can run it from the battery backup system or just run a couple outdoor grade extension cords out there. Right around 3:20 you can see the extension cord. I keep it up off the ground on extra tall fence posts. Eventually, I may setup a small solar power system.
I can't find a "2000", 1800, 3000 etc.
I am not sure what this is in reference to.
The model numbers.
@@mikehardy8247 Oh, sorry, of course. TP Link Deco AX 3000.
Thanks!
Neat.