Yes but you have to scan an ID so they know whose insurance premium to bump.

Scorpions can survive underwater for very long. It will find its way to the shore soon enough.

I don’t see why a hub shouldn’t be able to supply power… it will disable PD modes and limit everything to 5V though

Just make sure to use it on 5V-only chargers. You can glue it to one of them.

This is a great time for the engineer to exert leverage.

"Yes, I can fix it in hours. Here are my demands:

• $200,000
• I’ll also push a firmware update to all your devices that allows setting any address for the server and exposes all functionality in a Home Assistant API, and you won’t ever disable this in current or future devices
• You’ll offer a free locally-connected button/knob device to any customer owning an affected product, or a free service to upgrade the products with on-device controls
• In any social media posts, press releases, customer communication or interviews regarding today’s outage, you have to say that plumbing that requires a server connection is a bad idea

deleted by creator

They sell grape sugar pops next to medicine too. And poisons.

Displays have to be driven in multiplex because you can’t just wire each of the 6 million subpixels (4 million for Samsung OLED cuz they alternate red/blue in a checkerboard) of a 1080p screen to a pin of a chip that has the screen RAM and powers subpixels continuously. Therefore, the chip will have row and column outputs, and use a technique called “multiplexing” that powers only one row at a time.

It’s really about how the pixels respond to being driven. In TFT LCDs, driving a subpixel will charge its memory capacitor to a desired voltage, corresponding to the target brightness. Over the next few milliseconds, the subpixel will fade into that color as the nematic elements twist in response to voltage. Over about one second, the capacitor would lose its charge and the LCD would fade to its resting state (all-white for positive ones). You can see this if you suddenly kill power to the driving board while leaving the backlight on. So it needs to be recharged (redriven) in a few tens of milliseconds. Subpixels do get a little brighter between refreshes but that’s very subtle and not noticeable at 60 Hz unless it’s a passive matrix (STN without those capacitors, like a Game Boy screen) under flickery lighting.

Meanwhile, OLED pixels are black while not currently being refreshed, so the difference in brightness just before and during refresh is not about +0.1 % but -100 %, just like with CRT phosphor. It relies on human eyes’ persistance of vision to create an illusion of a complete image. It varies from person to person, but anything below about 60 Hz gets uncomfortable after long periods, and below 40 Hz (especially around 10-20 Hz) can be seizure-inducing. But again, the magnitude of flicker matters as much as frequency.

TFT cells in LCD panels hold the image for pretty long between refreshes so there is little difference between 60 Hz and 120 Hz. Yes, 120 Hz will allow for 120 fps but that/s not really relevant for basic GUI.

Meanwhile, a 60Hz OLED panel is as flickery as a CRT TV because the LEDs only glow when being refreshed.

With a 30Hz LCD panel, you might notice the direction the refreshing goes across the screen, and there might be a little less contrast, some inconsistency between pixels, and a soft moving gradient if this interferes with the backlight frequency (since most backlight is DC now, this problem only really manifests with reflective LCDs under flickery mains lights).

Meanwhile, a 30Hz OLED panel would be seizure-inducing and unwatchable. This is what it would look like (60fps mandatory)

The Cybertruck would be done for in the blink of an eye If the NHTSA had balls and treated it fairly in response to its disastrous statistics.

Do you enjoy the virtual joysticks on phone games? This but for steering (x) and speed (y).

I think they’re LCDs, where refresh rates are way less relevant

It would be nice but numerous bankruptcies haven’t stopped Trump

20 kWh/min is a weird unit and actually equals 1.2 MW. 1.5 MW would be 25 kWh/min. Maybe the charging is 80% efficient, which is reasonable for Li-Ion, but that’s a weird way to put it.

Seriously, if you’re working with analog electronics, 𝛑=√1̅0̅ is close enough. If you need more precision, use active error correction, and in the 21st century that’s easiest to do digitally anyway.

FYI: top right is prisoner abuse in Abu Ghraib

It’s too long for a comment but I made a Markdown copy in a post here: https://feddit.org/post/10009622

They are keeping around so many deprecated features for internal use and whatnot, I would be surprised if they did remove this registry check.

Until Windows 12 is released, you can always use an old ISO and then update to the newest version.

The command (C:\Windows\System32\) OOBE\bypassnro (.cmd) one types into the command prompt (after opening it with Shift+F10) for the bypass is the location of a batch file they will be removing (the parenthesized parts are optional, implied by the command interpreter, and so is any capitalization). You can still do whatever it’s doing (adding a registry key and restarting) by typing the command manually or providing a copy of the file on a USB drive. After a restart, the OS will check for the registry key AND lack of internet connection to provide the local account option.

For the record, the contents of the file are

@echo off
reg add HKLM\SOFTWARE\Microsoft\Windows\CurrentVersion\OOBE /v BypassNRO /t REG_DWORD /d 1 /f
shutdown /r /t 0

The first line is optional, and so is the third if you’re OK with restarting manually. If creating the file on Unix-based systems, make sure the newline sequence is CRLF (DOS/Windows standard).

Obligatory shoutout to literally any Linux distro, which does not need this workaround, and is usually easier to install and set up than debloating a fresh Windows 11 install.

It’s the most relatable, which is why news of it spread so much