LTO drives are expensive but they are very well designed and it is the most reliable portable storage format available. Full LTO tapes in a good fire rated safe really provide a fantastic sense of security. The cost of the drive is amortized over the total bytes you store.
Those tapes in a fire rated safe give a sense of security before the fire.
After the fire, it is likely that the tapes and the papers in the safe are a pile of ash. Fire-rated safes often don't survive fires especially if you live in wildfire country.
It would be neat if someone resurrected Iomega and launched the 2026 version of the Zip drive for local backup. It'd be something like $200 (same as the original Zip drive) and it would take 20TB WORM tapes that cost $20 each. There would be some kind of horrible limitation, like it would take 2 months 24/7 to actually write 20TB, but it would come with simple software that rapaciously grabbed your whole cloud life and local data, and the tapes would last forever.
I just looked, and iomega.com seems to be some kind of malware site. Sad.
It'll be nice to see how quickly I burn through this free money with auto-reload off.
Unless they somehow say, "You owe us $181,902, bucko! Turning off auto-reload just meant 'Don't add more money to pay off your debt!' It didn't mean, 'Don't incur more debt!' SUCKER!"
The World Factbook wasn't prone to hallucinations, intentional omissions, the whims of billionaires, or the unstated goals of astroturfing groups.
If the government has somewhere to tell you what it thinks is true, you can use that to double-check another part of the government that's misleading you on that same data. You can also double-check it against other sources of truth to gain insight about potential manipulation in one or more of the systems.
It depends on the AA battery, but you'd need 6 - 8 to get equivalent performance.
The Google Pixel 9 has a 4700 mAh battery at 3.9 volts. The total energy is around 18.3 watt hours.
A high capacity rechargeable AA battery is 2500 mAh at 1.2 volts, or around 3 watt hours. If you wired 3 AA batteries in series, and then 2 of those series in parallel (for a total of 6 batteries), that would give you 3.6v at 5000 mAh. 3.6 volts falls within a normal discharge curve for a lithium ion battery, so you probably wouldn't need a boost converter.
4 AA NiMh would get you 5V, the same coming from the slow charger. Let's say each AA battery holds 2000 mah. To reach 5000 mAH you would need 2.5 AA. Now multiply 2.5 x 4 = 10
The dumb AI read a good estimation.
Carrying 10 AA batteries strapped to your cellphone is not sexy. On the other hand, falling phones would land with the screen up - batteries down.
I've got it working. Used Mongoose. Unfortunately Actually Portable Executables seem to not play well with WSL, and the suggested fixes didn't work. I'm able to play with it in a VM. Not as portable as I'd hoped, but I'll see how it goes.
reply