EVGA

Researchers Deliver 44.2 Tbps Speeds on Existing Fiber Optic Infrastructure

Author
rjohnson11
EVGA Forum Moderator
  • Total Posts : 77953
  • Reward points : 0
  • Joined: 2004/10/05 12:44:35
  • Location: Europe
  • Status: offline
  • Ribbons : 71
2020/05/25 10:21:48 (permalink)
https://www.engadget.com/44-tbps-internet-connection-154034760.html
 
A joint team of researchers from Australia's Monash, Swinburne and RMIT universities have developed a new interpretation of the current fiber optic infrastructure - one that managed to deliver a 44.2 Tbps throughput via existing optical lines. The achievement, which delivers speeds in excess of 1 million times greater than the average home users' internet speed (50.2 megabits per second for the US), paves the way for upgrades on the existing fiber optic network that hugely decrease costs compared to the need to implement a wholly new infrastructure.

The feat was achieved using a microcomb - a device which is able to replace a number of the currently in-use lasers for the transmission of information. A microcomb is an optical device that generates very sharp and equidistant frequency lines in a tiny microphotonic chip, and it allows researchers to make use of not only the presence of light - as it's done with the usual lasers found in optical equipment - but the lack of light as well, in what researchers call "dark" pulses of light. While nowadays no user would ever need transmission speeds in the order of the 44.2 Tbps achieved by the researchers, advancement in processing, communication technologies, and supercomputing will eventually make use of these - and even higher - throughputs, which is why it's so important that this technology has been developed on top of existing infrastructure.
 
So it is possible to continue to extend bandwidth of existing fiber optics. A fantastic achievement. 

Specs: AMD Ryzen 9 3950X,  Corsair MP600 M.2, 64GB Corsair RGB Dominator,  ASUS Crosshair VIII Hero,  Corsair 1000D, EVGA RTX 2070 FTW 3

Associate Code: H5U80QBH6BH0AXF



#1

2 Replies Related Threads

    Cool GTX
    EVGA Forum Moderator
    • Total Posts : 23401
    • Reward points : 0
    • Joined: 2010/12/12 14:22:25
    • Location: Folding for the Greater Good
    • Status: offline
    • Ribbons : 117
    Re: Researchers Deliver 44.2 Tbps Speeds on Existing Fiber Optic Infrastructure 2020/05/25 11:00:43 (permalink)
    Nice bump in speed
     
    the installation cost barrier needs to be Solved - for Fiber to be readily available - to the Masses in the US
     
    5G may make fiber impractical the last mile of service --> however a faster backbone will help 5G & whatever comes after that

    RTX Project EVGA X99 FTWK-5930K@4.8GHz 2xEVGA2080Ti EVGA-1200P2  Nibbler EVGA X99 Classified-5960X@4.5GHz 3-GPU Water Loop 1600P2 
    AIO Folding  X99 2x1080Ti FTW3 Hybrid, 1200P
    Thank You for Your Support


    #2
    veganfanatic
    FTW Member
    • Total Posts : 1451
    • Reward points : 0
    • Joined: 2015/06/20 18:08:41
    • Status: offline
    • Ribbons : 0
    Re: Researchers Deliver 44.2 Tbps Speeds on Existing Fiber Optic Infrastructure 2020/05/25 18:13:13 (permalink)
    I have followed this for a long time, the advances will allow faster internet backend services to be so fast as to be as good as across the street
     


    Cooler Master HAF 932 with the Corsair HX1000i PSU
     
    I have been a vegan since 1969. I have experienced more prejudice than anyone could possibly ever imagine.
    #3
    Jump to:
  • Back to Mobile