Readit News230 M/mm2 translates to 33nm "half-pitch".
Of course, transistors aren't square and aren't so densely packed, but these numbers are more real IMO.
https://ppaq.ca/en/our-organization/operation-and-regulation...
For my case, I am planning to re-implement them. I like doing this.
I sure am not going to be able to re-implement everything myself though. I will concentrate on what I need, and I will consider implementing others if anyone else other than me is willing to use the OS (which would be incredible if it happened)
Hydrocarbons will likely be in short supply on the moon but if there is, say, a zinc mined, it could be "burned" in zinc-air cells.
An approach that tends to be ignored by those rewrite X in Y.
Very odd - notice how the latency is high when the read IOPS are low. When the read IOPS climb, 95th percentile latency drops.
Looks like there is a constant rate of high latency requests, and when the read IOPS climb, that constant rate moves to a higher quantile. I'd inspect the raw results but they're quite big: https://github.com/scylladb/diskplorer/blob/master/latency-m...
Background: https://github.com/scylladb/diskplorer/
