Ceramic resonators have a typical accuracy of +/-0.5%. An error of +182Hz is a +0.57% error rate.
Here is a datasheet cited by the Wikipedia article. It says 0.5% initial error, another 0.3% over its full temperature range, and another 0.3% over 10 years of aging.
Could this be used to develop homebrew microcode? Could we finally disable the PSP with this?
In case anyone was thinking this applies only to inkjet printers: no, it ONLY seems to apply to laser printers – the thing that Brother used to be known for. Where the article says “ink”, they mean “toner”. There is no ink in a laser printer.
They’ll just roll back the blockchain. Ethereum is a centrally controlled cryptocurrency, though its fans claim otherwise. It’s been rolled back before.
Exfat is just a bad filesystem. Many Linux programs require a fully functional filesystem, including unix-style permissions.
Wrong link? I couldn’t find the article.
I must disagree. For example, the Magnuson–Moss Warranty Act entitles you to use aftermarket parts in your product without invalidating your warranty, as long as the aftermarket parts don’t cause damage. I agree with the spirit of this law, and I believe software should be considered a “part” in this context.
This doesn’t look like they hijacked the apps to spy on users’ location. It looks to me like these apps were already illegitimately collecting location data and passing it to Gravy Analytics where it was sold to the highest bidder. If I’m interpreting this article correctly, the hackers only hijacked Gravy Analytics so they could get the location data without paying. The location data was already in the malicious hands of Gravy Analytics.
But it seems rather nebulous. Many of the app developers’ quoted responses in the article seem to be blatant lies, which the article disproves. Many of the app developers deny handing over location data, but do run ads. If those ads execute arbitrary javascript, then IP geolocation is easy. I don’t know how cookies/tracking would work for in-app ads, though.
TLDR: They sent information through a fiber-optic cable using fewer photons per bit than before.
They only transmitted information, not any non-photon particles. They didn’t exceed the speed of light, or exceed the speed of light through fiber-optic cable.
I just hope federal services (like applying for a passport) don’t become Twitter-only after Trump appoints Elon as Secretary of Enshittification.
Just about anything. IRC, XMPP, Discord, whatever you call the chat built into Steam. AIM is discontinued now, but it used to be better than Teams is today.
Sounds like what you’re looking for is an ATX12V plug. It’s a 2x2 connector that normally has two yellow and two black wires. It normally goes into the 2x2 receptacle on the motherboard to power the processor. In this case, the eGPU enclosure needs it for some reason, maybe for more power.
The good news is that the 2x4 breakaway connector (called EPS12V I believe) that splits into two 2x2 connectors is probably compatible with this receptacle. One of the two 2x2 pieces of the connector should fit into the eGPU’s power receptacle, and the other won’t. If it fits, it is probably the right connector. If two of the wires going to that connector are yellow, and two are black, then it’s almost certainly the right connector.
You may have multiple of these 2x4 breakaway connectors. If so, they should behave identically, and you can break up any of them and try to fit the pieces into the ATX12V receptacle.
List of ATX power supply connectors: https://en.wikipedia.org/wiki/Power_supply_unit_(computer)#Connectors (without images, unfortunately.)
Don’t forget about the big 20-pin or 24-pin main ATX motherboard power connector. Your second power supply, since it is non-modular, will need something to simulate the motherboard’s power button. That’s can be as simple as a switch between the PS-ON wire (green) and any ground wire (black). But hopefully your eGPU has a place to plug in the ATX motherboard power connector, and handles that on-off switching for you.
Extortion, corruption, and wielding the government against his enemies.