> Consider that partitions are completely isolated from each other. Not some pesky soft isolation either, it's all done in hardware. In practice, every partition in a mainframe is a different logical yet isolated…
Telum is attached to the L2/L3 so it's that bandwidth as long as the model fits into it. Afterwards you go to memory and you really don't want to compare DDR4 modules with RAIM against HBM3 or the likes that a current…
Sorry to say that your previous "evangelism" shows. It would be very interesting to hear what "unbelievably powerful" means (as in facts and numbers) compared to what a hyperscaler can provide. E.g. SPEC for CPU,…
Wouldn't it simply be a linear bounded automaton (LBA)? I understand you can implement recursion via some tricks but only as many steps as you predefine (see e.g.…
> Consider that partitions are completely isolated from each other. Not some pesky soft isolation either, it's all done in hardware. In practice, every partition in a mainframe is a different logical yet isolated…
Telum is attached to the L2/L3 so it's that bandwidth as long as the model fits into it. Afterwards you go to memory and you really don't want to compare DDR4 modules with RAIM against HBM3 or the likes that a current…
Sorry to say that your previous "evangelism" shows. It would be very interesting to hear what "unbelievably powerful" means (as in facts and numbers) compared to what a hyperscaler can provide. E.g. SPEC for CPU,…
Wouldn't it simply be a linear bounded automaton (LBA)? I understand you can implement recursion via some tricks but only as many steps as you predefine (see e.g.…