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cprayingmantis | 1 year ago
After writing this out I’m beginning to doubt the market would be big enough but I know at least 20 people with 2 or more LTE cams for deer season.
cprayingmantis | 1 year ago
After writing this out I’m beginning to doubt the market would be big enough but I know at least 20 people with 2 or more LTE cams for deer season.
teruakohatu|1 year ago
Even if you have solar and a fixed platform, you usually want to deploy as little solar as possible. Especially if you need to carry the gear on foot. So minimising power consumption is really important.
djsnoopy|1 year ago
pandemic_region|1 year ago
Christ what more do you guys need to shoot a rabbit.
Shocka1|1 year ago
For me, the draw of the woods and rivers is the chance to disconnect from technology and reconnect to nature.
aniviacat|1 year ago
rpmisms|1 year ago
Additionally, Starlink was a complete lifesaver during Helene.
user3939382|1 year ago
piyh|1 year ago
No new antennas implies we're in the 1-6 GHz region. Should be fine?
dyauspitr|1 year ago
hughesjj|1 year ago
geepytee|1 year ago
ChumpGPT|1 year ago
https://www.spypoint.com/en/spypoint-experience/plans
repiret|1 year ago
scellus|1 year ago
In general, having low-bandwidth Starlink IoT connections globally accessible would be just great, I can see lots of usage.
gspr|1 year ago
lm28469|1 year ago
_hark|1 year ago
Presumably there's a market for this in other niches, e.g. weather monitoring, defense/border monitoring, etc... The question is whether the juice is worth the squeeze. Where's the really valuable data?
plorntus|1 year ago
Nextgrid|1 year ago
bilsbie|1 year ago
geepytee|1 year ago
unknown|1 year ago
[deleted]
chasd00|1 year ago
iknowstuff|1 year ago
Direct to cell bandwidth is obviously very limited.
leoh|1 year ago