Earlier quoted context omitted.
Starlink amazing solution to a problem that should have been solved by governments years ago, the USA has power to most homes and USPS will deliver anywhere so why do we not have the same for internet? God knows
Starlink is an amazing solution to the problem of "How do I keep my orbital transport business somewhat liquid" which isn't really the kind of problem governments are meant to resolve.
Starlink Mini as a failover
171–180 of 249 posts
Re: Starlink Mini as a failover
#172I also do this. Xfinity went out for a few hours earlier this month and Unifi failed over almost instantly, and within minutes we had high speed internet once I upgraded us. The standby mode would have been plenty for basic web browsing, too. $5/mo for pretty guaranteed connectivity, plus being able to take it around with me on travels is pretty awesome.
Re: Starlink Mini as a failover
#173I also do this. Xfinity went out for a few hours earlier this month and Unifi failed over almost instantly, and within minutes we had high speed internet once I upgraded us. The standby mode would have been plenty for basic web browsing, too. $5/mo for pretty guaranteed connectivity, plus being able to take it around with me on travels is pretty awesome.
What is the role of Unifi here? I read the article and went to their site but I still have no clue.
Re: Starlink Mini as a failover
#174[flagged]
Re: Starlink Mini as a failover
#175Re: Starlink Mini as a failover
#176Re: Starlink Mini as a failover
#177* I'm using a residential starlink plan with the full dish (not mini), mounted with their pipe adapter accessory
Re: Starlink Mini as a failover
#178A mobile failover would be cheaper and would give you better connectivity in heavy rain. A 4G dongle can be purchased for $15, rather than $200 for a Starlink Mini. Then, let's say your main internet source fails and you need to actually use the backup plan beyond the standby amount of 0.5 Mbps. That will cost you a minimum of $50 for Starlink, versus roughly $25 for a month of unlimited cell service. As for standby…
TFA specifically calls out not wanting to depend on 4G/5G coverage, which is anything but ubiquitous: > It has the advantage of working pretty much anywhere with a view of the sky so no relying on mobile network coverage. I'm also not sure if $25/month is anything close to the global average for unlimited 4G/5G data (if even available).
Re: Starlink Mini as a failover
#179Using a 4g/5g router is much easier and probably cheaper/power efficient. Depending on your area you don't even need an external one. A simple 4g dongle would do.
Yup, OP is from the UK. In the UK I got a ThreeUK business SIM for £49 that lasted 2 years with 500GB data. It sits in wan failover and manages about 50mbps which is perfect to keep most services running.
Re: Starlink Mini as a failover
#180A mobile failover would be cheaper and would give you better connectivity in heavy rain. A 4G dongle can be purchased for $15, rather than $200 for a Starlink Mini. Then, let's say your main internet source fails and you need to actually use the backup plan beyond the standby amount of 0.5 Mbps. That will cost you a minimum of $50 for Starlink, versus roughly $25 for a month of unlimited cell service. As for standby…
When I was living in the rural seaside (literally grapes growing in front of the sea: nice place), when a bad electricity outage would happen it'd take down everything, including the only cell tower we'd be connected to. So no Internet, no mobile phone. No nothing but the laptop's batteries.
There are also people who have the same ISP as the company giving them their phone number: about a year ago in my country (highly modern, western EU country) a major carrier went down for a few hours. Electricity kept working but all the people on that ISP and mobile phone carrier were sorry out of luck. Most shops couldn't accept payments anymore (except cash but people don't use that much here).
Failover on mobile is, for many, the same thing as no failover at all: you may as well not even bother.
Satellite failover, on the other hand, is quite harder to disrupt.