matherose

Une fois j'ai mangé du sable

[8ilhem 🇫🇷🇩🇿🇲🇽 @Wilh_Flashito]

J’attendais ce tweet de nerd et jsuis pas déçu

[Taner 🎭 @taktas_]

Imagine dans 20 ans s’ils s’affrontent en finale de la Coupe du monde

[adafruit industries @adafruit]

Reverse engineering the Raspberry Pi Compute Module 5

https://t.co/xFNHw8gH8Q

[pikuma.com @pikuma]

free(soviet);

[Libre Max @libremax_off]

Osez pas comparer cet influenceur sous UV à notre vieux crouton national qui vit dans sa cave.

[Anime Tweets @AnimexTwts]

Wait 😭

[Escargot Liquide 🏳️‍⚧️ 🐌 @EscargotLiquide]

C'est avec une grande tristesse que j'apprends aujourd'hui la mort de Pierre Giraud (1981-2026). Acteur et producteur, il était notamment connu pour avoir créé et incarné le personage de Joueur du Grenier entre 2009 et 2013, avant d'être remplacé par Frédéric Molas

[Тsфdiиg @tsoding]

Soviet Union in C

[chaotic memes @memechaotic]

The most useless feature ever.

[✨skamp✨ @Sorenova]

this is what Bethesda games will look like in 2050

[i2cjak @i2cjak]

everybody gangster until the FPGA starts behaving in a non-Euclidean manner

[Moha @LeMTempete]

MDRRRRRRR merci la traduction

[LaurieWired @lauriewired]

Erasing (not writing!) is the main thing that kills SSDs.

With the industry pushing towards HBF as a DRAM / HBM alternative, endurance is the name of the game.

There’s two knobs you can adjust for NAND flash that make a huge difference:

Peak erase voltage (~20V) and the length of the pulse (~3.5ms).

As you (might) expect, modern SSDs very much err on the side of caution; risk of losing user data is too high. But what if you’re willing to live on the edge a little? Research came out of Korea recently where ordinary Samsung 3D TLC NAND lifetime was pushed +43%!

See, erasing on an SSD is kind of a multi-step process. As the cells age, the block will need multiple pulse “rounds” to erase. It usually looks like this:

Normal Erase:
3.5ms pulse -> check, too many cells fail -> 3.5ms pulse -> check

The REO research is a bit more clever. Using a basic predictive model, they a shallow erase by using smaller increments in the final pulse.

REO (the paper) Erase:
3.5ms pulse -> check, too many cells fail (but we’re close!) -> *1.5ms* small pulse -> check

You can actually be quite aggressive with this technique! I think of it like erasing a whiteboard. Sure, you can go overboard cleaning it perfectly…but you can still use it even if you only did a quick wipedown. Might be a little smudgy, but it works.

What’s awesome about this is that with these shorter pulses, you increase cell lifetime AND improve performance! p99.99 tail read latency got ~22% better.

[Тsфdiиg @tsoding]

C vs Haskell

[Yass @PatrickAdemo]

L’Espagne nous a infligé une leçon de football en mondovision pendant 90 minutes

[D4rsh🦅 @d4rsh_tw]

Claude is a real person

[IZO 💫 @Izutooo]

Cyprien faisait ça y'a 10 ans

[Raphael Grably @GrablyR]

Emmanuel Macron: premier et dernier 14 juillet en deux photos AFP.