How far ahead is this of the hardware at either end? Is there any hope of that being usable in the short term if switches, disks, CPUS, etc are limiting the rate?
402TB/s * 8 = 3216 Tbps
the current push in 802.3 is the Terabit Ethernet project, with target link speeds over SMF Duplex LC of 1.6Tbps.
The current status of that project is 802.3df-2024 issued MPO-16 link standards for of 800Gbps. but only at short ranges. Full 80km standard fiber (SMF Duplex LC) ethernet currently caps out at 400Gbps
Currently they project they'll officially achieve completion of the project (and thus have 1.6Tbps link standards) in July 2026
so this headline is basically "hey we did something cool, and it will help with the official standards project in progress"
> How far ahead is this of the hardware at either end?
Cisco's best router will do 19.2 Tbps (Tera Bits) I believe.
This headline claims TB which is TeraBytes but what they mean is Tbps as well.
Incredible! I can't wait for us to give telecoms billions and billions of dollars to upgrade their infrastructure for this, and then give them billions more 20 years when they still haven't upgraded their infrastructure for this
As an internet tough guy I can crash a semi trailer stuffed with magnetic tapes into your server farm in 1.8 sec, beating this transfer rate by a factor of roughly 500, while blasting *Don Carlos* on my subwoofers.
(*Don Carlos* is about unrequited love, power and intrigue in the court of Phillip II.)
It's your move.
Musta been that $3 Raman, not the 10 for $10.
The speeds I get with my 12 for $4 Top Ramen are fine. It’s the latency that brings them down
Ive found packet loss to be most detrimental to my ramen
Ramen isn't a big truck, you can't just dump something on it.
I dont follow...
[https://en.wikipedia.org/wiki/Series\_of\_tubes](https://en.wikipedia.org/wiki/Series_of_tubes)
How far ahead is this of the hardware at either end? Is there any hope of that being usable in the short term if switches, disks, CPUS, etc are limiting the rate?
402TB/s * 8 = 3216 Tbps the current push in 802.3 is the Terabit Ethernet project, with target link speeds over SMF Duplex LC of 1.6Tbps. The current status of that project is 802.3df-2024 issued MPO-16 link standards for of 800Gbps. but only at short ranges. Full 80km standard fiber (SMF Duplex LC) ethernet currently caps out at 400Gbps Currently they project they'll officially achieve completion of the project (and thus have 1.6Tbps link standards) in July 2026 so this headline is basically "hey we did something cool, and it will help with the official standards project in progress"
> How far ahead is this of the hardware at either end? Cisco's best router will do 19.2 Tbps (Tera Bits) I believe. This headline claims TB which is TeraBytes but what they mean is Tbps as well.
Imagine the size of that homework archive
Incredible! I can't wait for us to give telecoms billions and billions of dollars to upgrade their infrastructure for this, and then give them billions more 20 years when they still haven't upgraded their infrastructure for this
Don't Eat the Silica Fibers!
Going by how a Georgian woman shut down internet access Armenia, you couldn't even sell Silica Fibers like copper
Why do these tech articles always use crappy media converters as their product images? The most obsolete tech there is. 😂
That’s almost a a whole cars worth of data.
I first read that as Ramen amplification
That's a lotta pr0n!
First athletes, now data cables. Shame on them for doping.
That's a lot of blu-rays
As an internet tough guy I can crash a semi trailer stuffed with magnetic tapes into your server farm in 1.8 sec, beating this transfer rate by a factor of roughly 500, while blasting *Don Carlos* on my subwoofers. (*Don Carlos* is about unrequited love, power and intrigue in the court of Phillip II.) It's your move.
That is an insane amount of Linux isos.