> such as a graph processing toolkit
This is oddly specific. Can you share the exact Intel software toolkit? > "number oneness"
Why does this not affect NVidia, Amazon, Apple, or TSMC? > such as a graph processing toolkit
This is oddly specific. Can you share the exact Intel software toolkit? > "number oneness"
Why does this not affect NVidia, Amazon, Apple, or TSMC?It could possibly come to haunt NVidia or TSMC in decades to come.
Also, their latest consumer card launches are less then stellar, and the tricks they use to pump up performance numbers are borderline fraud.
As Gamers Nexus puts it "Fake prices for fake frames".
To me, the situation is similar with monitors. After we got the pixel density of 4K at 27 inches with 60Hz refresh rate (enough pixels, enough inches, enough refresh rate), how can it get any better for normies? Ok, maybe we can add HDR, but monitors are mostly finished, similar to mobile phones. Ah, one last one: I guess we can upgrade to OLED when the prices are not so scandalous. Still, for the corporate normies, who account for the lion's share of people siting in front of 1990s-style desktop PCs with a monitor, they are fine with 4K at 27 inches with 60Hz refresh rate forever.
However, I can talk about monitors. Yes, a 27" 4K@60 monitor is really, really good, but panel quality (lighting, uniformity and color correctness) goes a long way. After using Dell and HPs "business" monitors for so long, most "normal monitors for normies" look bad to me. Uncomfortable with harsh light and bad uniformity.
So, the monitor quality is not "finished" yet. I don't like OLEDs on big screens, because I tend to use what I buy for a very long time, and I don't wany my screen to age non-uniformly, esp. if I'm looking to it everyday and for long periods of time.