Take a long, hard look at the insanity of Tesla's market practices and compare it to their even more insane market cap.ARM surpasses the market cap of Intel
The symbolism is deep.
Rather look at the balance sheet and financialsTake a long, hard look at the insanity of Tesla's market practices and compare it to their even more insane market cap.
The stock market really isn't a viable barometer for this stuff.
IMHO it's a foundation for the biggest and longest financial con game in the history of modern civilisation.
Yeah, just not a good one.Is Cortex X925 a clean sheet/ground up new design
And so is the potential for jokes based off that sentence 🤣😆The sheer width of this thing is incredible.
That likely is purely wet dream that has little to do with reality.Cortex X5 uarch diagram;
View attachment 100183
768 ROB
23 execution ports
The sheer width of this thing is incredible.
Source: https://drive.google.com/drive/mobile/folders/1W4CIRKtNML74BKjSbXerRsIzAUk3ppSG?usp=sharing
Instructions are first fetched and then decoded into internal Macro-OPerations (MOPs). From there,
the MOPs proceed through register renaming and dispatch stages. A MOP can be split into two
Micro-OPerations (µOPs) further down the pipeline after the decode stage. Once dispatched, µOPs
wait for their operands and issue out-of-order to one of 23 issue pipelines. Each issue pipeline can
accept one µOP per cycle.
The dispatch stage can process up to 10 MOPs per cycle and dispatch up to 20 µOPs per cycle
Here's the source:
And it has also been added to this microarchitecture cheat sheet;
Microarchitecture Cheat Sheet - Google Drive
docs.google.com
Yeah ironically it sounds like A725 has more interesting features than X925 despite being on the lower performance tier.Yeah, just not a good one.
Yeah, A725 looks pretty good after A710/715 and kinda A720 were mid.Yeah ironically it sounds like A725 has more interesting features than X925 despite being on the lower performance tier.
A7xx is effectively becoming the Little core based on ARM's own PR.Yeah, A725 looks pretty good after A710/715 and kinda A720 were mid.
Especially A710, that was less efficient than A78 which is rofl.
Now somebody please taze ARM into making a proper OoO LITTLE.
Very long overdue.
They had A65 once but that died with no apparent successor.A7xx is effectively becoming the Little core based on ARM's own PR.
On N4 an A715 is about 2x less efficient than an N3 Apple E core when clocked down and at the same perf (platform power).A7xx is effectively becoming the Little core based on ARM's own PR.
I heard it was co produced by some different Chandler design team that had never been mentioned before.They had A65 once but that died with no apparent successor.
If was really funny and gets the award for being the only Bonnell successor (manlet core with SMT).I heard it was co produced by some different Chandler design team that had never been mentioned before
Agree. Samsung uses it I guess but they’re lol.They had A65 once but that died with no apparent successor.
I'm not sure what A5x lineage is good for anymore given it doesn't deliver sufficient perf/power ratios for anything.
Wait, Samsung used A65? WhereAgree. Samsung uses it I guess but they’re lol.
Oh my bad, lol. I thought you were talking about the A5x stuff since we trailed off. Nah yeah they never used A65.Wait, Samsung used A65? Where
I almost wanted you to quite the phone so I could eBay/OLX the thing.Oh my bad, lol. I thought you were talking about the A5x stuff since we trailed off. Nah yeah they never used A65.