They are actually finding ways to defy the laws of physics. The upper limit of microtransistors in proxima is 4nm?
Hardware
All things related to technology hardware, with a focus on computing hardware.
Rules (Click to Expand):
-
Follow the Lemmy.world Rules - https://mastodon.world/about
-
Be kind. No bullying, harassment, racism, sexism etc. against other users.
-
No Spam, illegal content, or NSFW content.
-
Please stay on topic, adjacent topics (e.g. software) are fine if they are strongly relevant to technology hardware. Another example would be business news for hardware-focused companies.
-
Please try and post original sources when possible (as opposed to summaries).
-
If posting an archived version of the article, please include a URL link to the original article in the body of the post.
Some other hardware communities across Lemmy:
- Augmented Reality - [email protected]
- Gaming Laptops - [email protected]
- Laptops - [email protected]
- Linux Hardware - [email protected]
- Mechanical Keyboards - [email protected]
- Microcontrollers - [email protected]
- Monitors - [email protected]
- Raspberry Pi - [email protected]
- Retro Computing - [email protected]
- Single Board Computers - [email protected]
- Virtual Reality - [email protected]
Icon by "icon lauk" under CC BY 3.0
The name of the node process is more of a marketing term, rather than an actual feature length of the die. 3nm is already widely available and 2nm is known to work. The news should be using the name in the same meaning.
The "nm" value in a process name is a pure marketing term. Here's a table with corresponding real-world values.
Process Gate pitch Metal pitch Year
7 nm 60 nm 40 nm 2018
5 nm 51 nm 30 nm 2020
3 nm 48 nm 24 nm 2022
2 nm 45 nm 20 nm 2025
1 nm 42 nm 16 nm 2027
Source: Wikipedia
They’re making shit up