I'm having issues finding an article on how once installed Linux on a Surface Duo, but there's a got page on building the kernels so I'm guessing it's doable.
Now that updates are done, maybe all the Linux users can find them for cheap and convert them
It's not a punishment in this case, it's a form of restitution to help provide financial security to families that have lost a caretaker/breadwinner.
Is Groomer for if they mention that term, or support somebody who is one?
Tenants deserve to live in house conditions that the landlords themselves would be willing to live in.
Well there probably was, but it was by his own party so...
Have you ever used PFSense? How do you find it compares to Opnsense, and - for anyone with experience - how hard would it be to migrate from one to the other these days?
GL-Inet AX1800
OpenWRT, accessible via the advanced (LUCI) interface. You can define a bunch of SSID's including guest networks and/or bind them to VLAN's
More like "another shot at the presidency so he can got off free and then some"
Hopefully followed by contempt changes with a few days jail time as an appetizer for what's to come
Or if it's the choice between unrestricted gun rights and school shootings, for that matter. Uzi Jeebus FTW
Yes and no. These are AC/DC adaptors so they're rectifying the AC current (+/- AC to DC) and using transformers, resistors, etc to step down the voltage. Watts is V*A
On a power brick, the numbers of a matter of how many volts it pushes out and how fast it can push them out (amps).
The components inside your laptop need a relatively fixed amount of power at a variable amount of current. If it's working harder, it may pull power now quickly using more watts of power. The components within the laptop are designed with that amount of power in mind and the resistance is fixed within a certain tolerance.
The brick is similarly designed to provide a relatively constant amount of power at a maximal rate. You'll notice that a brick heats up with use. Pull power through it faster than capacity and it'll overheat and die.
If you compare to home electricity, think of it like this.
110V, 15A appliance in 220V, 15A circuit. That appliance is gonna melt something and catch fire. This is like a laptop with an over-voltage brick
220V, 15A appliance in a 110V, 15A circuit, it's probably not going to start or run properly. This is a laptop with an under-voltage brick
110V, 30A appliance on a 110V, 15A circuit. It may run for a bit if it doesn't immediately draw over the 15A, but when it does the breaker trips or a fuse pops (if they're working). If you have a bad breaker or fuse that doesn't trip in time, the wires in your wall will actually heat up and either burn out or set your house on fire
In the home circuit, that 110V is the constant voltage and 15A is a maximum. You can plug in a 1500W ([email protected]) microwave, or a 20W ([email protected]) wall wart. Just like the circuit from the wall to your panel, your brick has a fixed volts and max amps. Your laptop has a fixed volts and variable amps.
More like a Pi than a Surface Pro architecture-wise, but there's still plenty of cool Linux software that runs on that