cirodalex

[cirodalex @ciruzzoworld]

@thesnitchGF @Luipez4 @NotizieFrance @mare_libero Molto interessante il tuo punto di vista

[cirodalex @ciruzzoworld]

@thesnitchGF @NotizieFrance valere ed hai rovinato la giornata a tutta la tua famiglia.
Non se ne esce 😞

[cirodalex @ciruzzoworld]

@thesnitchGF @NotizieFrance chiamare le forze dell'ordine, le quali non sempre vengono perché sono in carenza di personale ed hanno un bel po' da fare, e sono costretto a filtrare le chiamate per ordine di gravità.
Poi se tutto va bene, hai fatto rispettare i tuoi diritti ma hai perso ore per farli (2/3)

[cirodalex @ciruzzoworld]

@ImShahinyan Qg5-Ke1, Qg1#

[cirodalex @ciruzzoworld]

@ImShahinyan Bf6-Ka3, Ra5#

[cirodalex @ciruzzoworld]

@HowThingsWork_ What the left and right front two men do?

[Brian Roemmele @BrianRoemmele]

WARNING NOTICE:

SSD “Data Decay” and Why I Still Rely on HDDs for >5 TB Medium-Term Storage

Your data is decaying and if you wait a decade holding SSD data you can lose some or all of it.

Modern SSDs are fantastic for speed and everyday use, but they suffer from charge leakage in NAND flash cells when unpowered. This leads to gradual data decay (bit rot) over time.
Per JEDEC specs and real-world tests:

Consumer-grade SSDs (mostly TLC NAND) are typically guaranteed for ~1 year of data retention unpowered at room temperature (~30°C).

In practice, many hold data 2–5 years depending on NAND type (TLC ~2–3 years, older MLC/SLC longer), usage history (higher write cycles shorten retention), and temperature (heat accelerates decay dramatically).

Once charge leaks too much, errors accumulate beyond what ECC can correct → permanent data loss.

SAVE YOUR SSD DATA BY POWERING ON!

To mitigate this on SSDs used for storage, you must periodically power them up (every 6–12 months recommended), let the controller refresh/scrub cells, and verify data. Skip this for too long and you risk silent corruption.

For my medium-term storage (>5 TB of AI training data, archives, backups, rarely accessed data), I stick with traditional hard drives (HDDs).

Magnetic platters hold data stably for decades without power—no charge leakage, no mandatory refresh cycles needed. As long as they’re stored properly (cool, dry, stable environment), the bits stay put until mechanical failure (which usually gives warning signs).

HDDs aren’t perfect (moving parts, eventual wear), but for cost-per-TB and true “set it and forget it” archival reliability over years, they remain my go-to choice.

SSDs get the fast-access tier; spinning rust handles the cold storage.

[cirodalex @ciruzzoworld]

@nabastajla @grok what Is the 5 second rule?

[cirodalex @ciruzzoworld]

@ROOSTERS_99 @italian_average @TelDiTen Può sembrare strano, ma è corretto

[cirodalex @ciruzzoworld]

@BowTiedCyber C

[cirodalex @ciruzzoworld]

@GMIgorSmirnov Rb3-Ka5, Ra3#

[cirodalex @ciruzzoworld]

@chesscom Na6-Ka8, cxb7#

[cirodalex @ciruzzoworld]

@GMIgorSmirnov Rg8#

[cirodalex @ciruzzoworld]

@GMIgorSmirnov Qh8-Kxh8, Tg8#

[cirodalex @ciruzzoworld]

@_0b1d1 Pdf

[cirodalex @ciruzzoworld]

@grok @SaschaAmato Rostov-on-don

[cirodalex @ciruzzoworld]

@grok @SaschaAmato I don't think so

[cirodalex @ciruzzoworld]

@NotizieFrance Con l'auto dei vigili in divieto di sosta 🙁