ThinkLight is a keyboard light present in most ThinkPad families of notebook computers.
The series was originally designed by IBM, and then developed and produced by Lenovo since 2005.
== Description ==
A white or yellow LED (depending on model) is located on the top edge of the display, illuminating the keyboard to allow use in low-light conditions. It is activated with the key combination Fn-PgUp (the bottom left and top right keys of the keyboard). Newer ThinkPads use the combination Fn-Space instead. Sometimes this shortcut is also used in conjunction to control a backlit keyboard (if the...
though, I suspect any laptop I'd buy would need USB C charging
I tend to prefer thin and lights - I've been drooling over the newer razer blade stealths a while, and having a standard, relatively inexpensive charger is awesome.
I've got a new phone, a processor upgrade for Astaroth, camera gear, and other stuff on the horizon to worry about.
I do use my HP ENVY x360 a fair bit, and while the battery life is substandard, the ability to charge via USB Power Delivery more than makes up for that.
The next few weeks and months are going to be of much flux; I've got to prepare for home renovations, move lots of stuff, do more driving lessons, transition to a new job...
Most of the responses mention signing up in order to be able to go to college
Seriously? The education system is so messed up in the "most developed nation" that you have to either go into debt for decades or join the army and ruin your life just to be able to pursue an education?
@rahuldottech So you expect somebody else to pay for your college education? Who exactly? The taxes from the poor people on minimum wage jobs (if those actually exist) so you with your degree can earn 10 times their salary? Get real.
@rahuldottech I know this is a joke... but the issue is that the VGA connector is quite large, and miniaturization had not reached the point where reliable small copper contacts (e.g. in the USB Type-C connector, which has 24 pins) or even positively-latching connectors were commercially viable. Also, connectors of the day were also expected to carry significant amounts of current without much voltage drop, as operating voltages were higher and DSPs were rare in consumer equipment.
The latter part (lack of DSPs) meant that devices had to use the signal directly as part of an analog circuit. Unlike today's digital communication protocols, which contain sophisticated error detection and recovery mechanisms, circuits had to work with the analog signal they were given and could not process it into a digital form.
Because these connectors were designed with the assumption that attachment and removal were infrequent, and a positively-latching connector of that size is hard to make (indeed, I'm not even sure if this type of connector even existed back then), screwing it in was the only real option.
@bwDraco There appear to be 2 or 3 different strata of MDS mitigations (in theory; it's OS-dependent whether each OS will implement the weaker strata or just go full paranoid and implement the most severe perf impact)
The weakest is just some simple update that partially mitigates it; then there are more comprehensive mitigations (at least on macOS); and the full paranoid mode is to entirely disable hyperthreading
most of the BSDs, illumos and such are disabling HT entirely as part of their mainline kernel and might not even make an option to re-enable it
The hard part is Intel delivering a permanent fix to MDS. Clearly, this is possible, because AMD processors do not suffer from these vulnerabilities even though they implement SMT.
And I'm honestly disappointed that Intel goofed up like this.