@technology@lemmy.world Did startup Flow Computing just make CPUs 100x faster?
https://www.theverge.com/2024/6/11/24176304/flow-computing-startup-parallel-processing-accelerator
@technology@lemmy.world Did startup Flow Computing just make CPUs 100x faster?
https://www.theverge.com/2024/6/11/24176304/flow-computing-startup-parallel-processing-accelerator
9 Comments
eager_eagle@lemmy.world · 52 pts · 2y
copying from another comment
db2@lemmy.world · 4 pts · 2y
Don't you not want to send me the balance of your bank account? No means yes and yes means yes.
RiikkaTheIcePrincess@pawb.social · 28 pts · 2y
No.
Amphobet@lemmy.dbzer0.com · 24 pts · 2y
sugar_in_your_tea@sh.itjust.works · 6 pts · 2y
Looks like they're just adding separate CPU cores, similar to how a GPU adds a different type of compute. I guess it can work, but why not just build that into the CPU to begin with?
Then again, I haven't read the whitepaper, but I highly doubt there's anything groundbreaking going on here...
antler@feddit.rocks · 6 pts · 2y
It's probably not a total lie, a dedicated chip for specific calculations is probably the only way that we'll see major jumps in processing power for a long while. It can be really effective for highly specific stuff. But the headline itself is certainly pure clickbait on the Verge's and Flow's behalf.
beta@social.hai.haus · 1 pts · 2y
@antler@feddit.rocks Yeah, for sure, I thought the white paper and the idea was neat, and maybe even foreshadowing for what's to come.
Probably should've put a more descriptive title, but I was just being lazy.
UnfortunateShort@lemmy.world · 2 pts · 2y
You know, the answer to captions like that is to 99.9%:
Yes*
*Under laboratory conditions and for a very specific use case / a whole lot of money, once.
The reality is that billions are poured into developing faster computers and change is happening gradually, because low-hanging fruits are gathered even before they are ripe.
JATtho@lemmy.world · 1 pts · 2y
You can't exceed lightspeed. Current tech is already at 99%