Subject: General Tech | August 15, 2013 - 10:52 AM | Jeremy Hellstrom
Tagged: MXC, Intel, idf, fiber optics, corning
Remember Intel's LightPeak, that optical interconnect which promised incredible throughput that Apple somehow managed to quash? Thunderbolt is interesting, though certainly expensive and offers only a part of what we were promised at what seems an exorbitant amount of money. At the upcoming IDF Intel promises to introduce an optical connector which is similar to what LightPeak was although it will be intended for server interconnects as opposed to removable devices. However at 1.6 Tbps MXC will be impressively fast and Corning's new ClearCurve LW fibre technology will prove to be rugged enough to survive through the bends and snarls which inevitably occur when two or more wires are put in close proximity. Check out the link to the abstract through ExtremeTech.
"Ahead of the Intel Developer Forum next month, Intel and Corning are teasing a new optical interconnect technology capable of 1.6 terabits per second. Dubbed MXC, the interconnect is designed to supercharge the interconnection of servers in data center environments, where current networking technologies are struggling to keep up with the massive growth of cloud computing."
Here is some more Tech News from around the web:
- Radeon samurai and Linksys bowman cross swords in battle of PC scrap art @ The Tech Report
- Xerox admits there's no fix yet for number-fudging copiers @ The Register
- Google: Cloud users have 'no legitimate expectation of privacy' @ The Register
Subject: Networking | March 16, 2012 - 02:58 AM | Tim Verry
Tagged: zte, wdm, networking, fiber optics, 1.7tbps
Chinese telecommunications provider ZTE showed off a new fiber optic network capable of 1.7 Tbps over a single fiber cable. Computer World reports that the ZTE network trial utilizes Wavelength Division Multiplexing technology to pack more information through a single cable by employing multiple wavelengths that comprise different channels.
The ZTE fiber network runs 1,750 kilometers (just over 1,087 miles) and uses eight channels- each capable of 216.4 Gbps- to send data at speeds up to 1.7312 Tbps. The company has no immediate plans to implement such a network. Rather, they wanted to prove that an upgrade to 200 Gbps per channel speeds is possible. To put their achievement in perspective, Comcast currently has fiber networks running at 10 Gbps, 40 Gbps, and 100 Gbps channel speeds, according to an article on Viodi.
And to think that I only recently upgraded to a Gigabit router! I can't wait to see this technology trickle down towards a time when home networks are running through fiber optic cables and doing so at terabit per second speeds!
Image courtesy kainet via Flickr Creative Commons.