That’s not really possible. With such a wide-ranging standard as USB-C, the cable needs to report what it can support. Without E-marker chips, for example, there would be three possible results: no cable can charge quickly, every cable is thick, short, and expensive, or cables catch on fire frequently. Cheap cables that don’t support all of the extra features are just cables, but the good ones need to let the computer know what they are capable of.

iPhones.

So they figured out that a $130 Thunderbolt 4 100W E-marker cable is better designed than a $10 USB 2 60W cable? I think they should have looked at a cheaper high-end cable, like a 240W Thunderbolt 4 cable, to see how a comparable one compares.

In my opinion, phone cameras are usually used to capture a memory, not a moment. Memories are idealistic and inaccurate, so I don’t think it’s a problem that a way of “storing memories” is also inaccurate.

Shouldn’t long-pressing a key type the key repeatedly?

Linux has a “compose key,” which lets you press the compose key, O, then /, which makes that character (Ø and ø, to show it working, as well as ∞, ™, °, ², ß, ä, →, and many more). There’s a port for Windows called WinCompose.

True, but that’s also a well-known machine learning technique called adversarial training, often used in Generative Adversarial Networks (GANs) or when teaching a model to play games like chess or Go.

The issue is that it’s designed to be disposable. The subscription is to get you a new one of them frequently.

I’m not an expert on this, so take what I’m saying with a grain of salt. RISC-V processors definitely don’t have Intel ME. However, as the RISC-V architecture is open source, some manufacturers could include their own similar coprocessor. Also, AMD doesn’t have anything called ME. Do you mean the PSP (Platform Security Processor), which provides a similar function to the Management Engine?