Happy New Year! Forget all that stuff about the Mayan Calendar. Be Cool!

Latest Reviews & Tutorials

  • How to customize Linux Mint 12 KDE
  • Linux Mint 12 KDE review
  • GhostBSD 2.5 review
  • How to install Takeoff Launcher on Fedora 16 KDE
  • Install Quick Access on Linux Mint 12 KDE or any KDE installation
  • How to install Linux Mint 12 KDE on a btrfs file system
  • Manual disk partitioning guide for Linux Mint 12 KDE
  • How to compile and install Takeoff Launcher on Linux Mint 12 KDE
  • 3 must-have extensions for Fedora 16 and other GNOME 3 installations
  • How to install Razor-qt on Linux Mint 12 KDE
  • How to enable desktop slideshow on Linux Mint 12 KDE
  • KahelOS 111111 review
  • How to install Cinnamon in Ubuntu 11.10
  • How to customize Cinnamon on Fedora 16 and Linux Mint 12
  • How to install Cinnamon on Fedora 16
  • What does Cinnamon bring to the desktop?
  • How to access Microsoft Windows files and folders from Linux
  • How to dual-boot Pear OS Panther 3 and Windows 7
  • How to dual-boot Chakra Linux Edn and Windows 7, part 1
  • Linpus Lite Desktop 1.6 review

See-Through Networks


Promising faster, more efficient and cheaper computer networking, transparent networks are the paradigm of the future. But thanks to European researchers, they are on their way already.

Transparent networks are all-optical systems data transport systems. Touted as the solution to future networking needs, they nonetheless present a difficult technical challenge.

To make the network truly transparent, it must be optical throughout the transmission, from end to end. That raises many tricky conversion issues as the network changes speed and wavelength, to mention just two of the variables. This requires new photonic technology, primarily optical switches, capable of tying heterogonous network elements together.

The envisaged future scenario of the TRIUMPH project (http://www.ihq.uni-karlsruhe.de/research/projects/TRIUMPH/) posits transparent connectivity between core/regional-metro rings supporting data rates up to 160 gigabytes per second (Gbit/s) and metro-access rings supporting up to 40 gigabytes per second. Considered until recently to be a future networking technology, their feasibility has already been shown thanks to the work of the TRIUMPH project. Continue reading.

0saves
To have articles like this delivered automatically to your Feed Reader or Inbox, subscribe via RSS or email. For simple comments, use the commenting system, but for more involved assistance, please use the Question & Answer section.

Posts From The Same Category:




Questions & Answers Hola! Looking for an answer to a question but did not find it? Then surf on over to the Questions & Answers section. It's a brand new addition to our site, and we are waiting just to answer your question(s).

Leave a Reply

Trackbacks

Read previous post:
Italy to begin an open source competence centre
Children hospitals saving money by using open source
ClearOS Enterprise 5.1 and LVM
Close