I'm missing comparison of FL2 on Gen13 vs Gen12, since this would be a real win (or loss?) from the hardware upgrade. How can they justify the upgrade without this data?
Shouldn't it be: no more negligible manufacturing / assembly tolerances instead? I mean, when I turn PC on, the temperature of all components is 20 C, the training is done at almost this temperature. But then the PC can work for months with much more higher memory controller and DRAM chips temperatures.
But since when? There are public announcements about new energy deals since summer 2024. But I'm missing any information about similar RAM/NAND/HDD deals back then, so that corresponding shortages could be only for short time until, say, summer 2026.
and unfortunately increase latency even more with registered DIMMs. Comparing bandwidth increase (50 GB/s) to the stagnated latency (~80..120 ns total, less than ~0.1 GB/s) over last decades, I'm wondering, whether one still can call today's RAM random memory (though sure it can be accessed randomly). Similar to hard disk drives. Up to 300 MB/s sequentially but only up to less than 1 MB/s 4KB random (read).
> Many immediate mode UIs fail badly here, never going to idle even if nothing is happening
ImGui's author deliberately doesn't fix this because this is one of the main issues preventing ImGui to be widely adopted on desktop potentially attracting too many users at once but lacking support for all of them.
Interesting, how costly would be hardware acceleration support for Fil-C code.