There is sequential implementation of ripple carry adder that uses clock and register, this will add 1-bit per cycle, but no body uses this for obvious reason, it's just a toy example for education. A normal ripple carry adder will have some delay in propagation time before the output is valid, but that is much less a clock cycle. You can also design a customized adder circuit for 4-bit 8-bit 16-bit etc separately that would greatly minimizes the propagation delay to only 2 or 3 levels of gates, instead of n gates like in the ripple carry adder.

Epic doesn't have anything else besides the gaming market. And the gaming market is huge, it's more than music and movies combined, so please just stop spilling bullshit.

That being said, there is still a lot to hate about Paris: dirty and overcrowded subway, shady people everywhere, especially around tourists' places of interest, etc. Not that much different from big cities like NYC, SF, Seattle, etc.

That argument is dumber and dumber any time I think about it. And we haven't even gotten into the fact that human eyes and its partner in crime the brain work much different than a camera.

TBH, people who don't use VR probably think it inevitable due to all the ads, marketing, and especially movies' romanticized of the virtual world. People who actually bought a headset and put it on their faces know this shit will never become mainstream in the current form factor.

Anecdotal but my parents know about Meta, because they use FB/Messenger daily. They have no idea what Alphabet is.

And no, the articles you linked is about caching, not RAM access. Hardware-wise, it doesn't matter what you have in the cells, access latency is the same. There is gonna be some degradation with #read/write cycles, but that is besides the point.

Hyperion Cantos is the most influential scifi story I've ever read personally. The first book is a masterpiece, while the rest remains one of the greats.

:(