You know what else didnt support additive blending? S3 ViRGE decelerator, Matrox Mystique mistake, nor NEC PowerVR PCX 1/2, afaik not even Permedia 1/2.
Another pain point was multiplicative blending missing in even more early 3d accelerators.
Then came 3dfx Voodoo doing all the blending modes for free.
That would be challenging. Its not a matter of replacing a quartz oscillator like in the eighties. HDDs run very integrated SOCs. Actual SATA, DMA state machines, everything is clocked from same crystal so you would have to know internal architecture very well (clock tree) and know actual internals of the PLL driving everything (registers/datasheet) to be able to reprogram/temporarily slow down just the CPU speed while maintaining SATA link.
In case of Subaru turning off 2G made their modems keep trying to reconnect 24/7 draining and killing battery. Subaru refused replacing batteries killed by defective car.
Unfortunately for many modern cars that may make it run less efficiently and clean and have a rough start every time you do it for 30 minutes or more because many sensors are trained on-the-fly from a running vehicle and then the correct calibrator sensor values are then stored in volatile memory which is lost upon power loss.
I use to disconnect batteries all the time when fixing vehicles, but the last decade ive been avoiding it unless I have to because of how poorly new cars run afterwards. And people get really angry when you fix something on their vehicle and then go to drive it later and it hard starts and feels and performs worse than ever. Telling them to "just drive for 30 minutes and then restart your car again and hopefully it goes away" doesn't make people happy or confident in your fix, nor does it make diagnosing issues after replacing a suspected faulty module or sensor easier when it sounds and performs like trash for a long while afterwards.
That makes sense! When I got a battery replaced recently, the shop kept my car powered with a jump-pack connected in the engine bay while replacing the battery in the boot. They said it was more convenient for customers to not lose any of their settings.
Yeah, but any of those attacking US satellites means an apocalyptic war, and the provenance of the attack would be clear. You cannot exactly hide a suborbital rocket launch.
Even in Russian nationalist circles, the occassional idea of shooting down current Starlink satellites is usually met with derision from the rest of the discussion group (see, for example, topwar.ru comments). That is just step too far, too dangerous.
Meanwhile, on Earth, you have a lot of plausible deniability. "Some terrorist group sneaked in and planted a bomb, totally not our people."
Which is irrelevant because offensive launches can destroy many orders of magnitude more launches worth of payloads. Even with simple kinetic means. Though these days I think I'd expect to see directed energy weapons adding even more zeros to that.
Have you done the math? "Many orders of magnitude" means, IMHO, at least three. A regular Falcon 9 carries 60 Starlinks IIRC, so three orders of magnitude means destroying 60 thousand at once.
What is the offensive launch that can destroy 60 000 satellites in one mission? I don't think it exists.
I admittedly hadn't done "math", but doing so the claim checks out.
Retrograde launch, with 20 tons of small objects (say 1mm radar absorbing ceramic ball bearings to cause maximum chaos and minimize even the theoretical ability to avoid the oncoming disruption). Dispersed into a wide variety of LEO orbits by ejecting them as the rocket changes orbit. You wouldn't deny the orbital sphere for very long, because small objects would drop out quickly, but everything in it would be destroyed.
There's 10k starlink satellites alone that could all be destroyed by this. Which is the right number of orders of magnitudes.
Admittedly you can't get far above that currently though, since there are only about 15k satellites in orbit... but a single directed energy weapon could destroy practically every satellite in every orbit instead of only the low earth orbit ones so as a log-of-portion-remaining weapon it gets those extra orders of magnitude.
Space is not a safe place - if you want to keep things safe you keep them on firm ground protected by the atmosphere. If you want to keep them really safe you put them below the ground.
The Starlink orbits are so low that stuff deorbits quite quickly withou active propulsion. So while this might work for a while, you woul need to replenish that junk for it to continue working, in all the many orbifs you would want to deny.
Teledildonics was the future that never really materialized at the wider scale. If porn cant make it work then no one (other than military for obvious reasons) will.
Technically in MCGA mode VGA doesnt spread individual pixel bits among banks, pixels are kept "whole" as bytes in banks/planes. 13h is the only mode that doesnt benefit from all of that complicated EGA inherited machinery, yet it still became the most successful and practically synonymous with VGA :)
Afaik official pro russian Chinese TV report broadcasts stopped abruptly when their team got a front view of a tank turret toss on a road 100km away from official front.
After that they kept quiet recording tactics and occasionally producing some russia propaganda like this gem https://news.rthk.hk/rthk/en/component/k2/1810903-20250627.h... where dude on a front line in full camo complains being mistaken for a soldier.
Another pain point was multiplicative blending missing in even more early 3d accelerators.
Then came 3dfx Voodoo doing all the blending modes for free.
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