Multi-laser speeds computers. A new laser that will allow light to be used on a

The ultra-small revolution has begun with the invention of a new laser that will allow light to be used on a computer chip. Assoc. Professor David Moss, a senior researcher at the University of Sydney, leads an international team which has developed a multiple wavelength laser on a silicon chip that produces light to process and transmit information, and in doing so will speed up computing.

"The on-chip light source will be key to enabling the simultaneous transmission of multiple data channels either on-chip or between chips in a single optical fibre, each at a different wavelength," says Moss, adding that this technology will ultimately provide the consumer with cheaper and faster computers.

Complete Article:
www.sciencealert.com.au/news/20102201-20527.html

Looks like Prop 2 is a dinosaur already but Prop 3 should interesting. lol.gif

Comments

  • 5 Comments sorted by Votes Date Added
  • edited January 2010 Posts: 0Vote Up0Vote Down
    Nice.

    The future is 3 dimensional processors with internal optical data handling, cooled by pumping
    fluid through a network of pores....only a 2 wire connection for power and
    an optical port for connection to the outside.

    The age of single layer silicon processors with wired data handling will soon end...good riddance! Just too many danged wires smile.gif
    [The Bug Stops Here]
  • edited August 2010 Posts: 0Vote Up0Vote Down
    Nice.

    The future is 3 dimensional processors with internal optical data handling, cooled by pumping
    fluid through a network of pores....only a 2 wire connection for power and
    an optical port for connection to the outside.

    The age of single layer silicon processors with wired data handling will soon end...good riddance! Just too many danged wires smile.gif

    as if i wasnt already far enough behind in technology now i will have to figure out how to communicate with new processors and i am just starting to learn to interface with an intel 8080
  • edited August 2010 Posts: 0Vote Up0Vote Down
    Bah, they've been talking about this for years.

    " PHOTONICS " a.k.a the Photonic Crystal

    http://en.wikipedia.org/wiki/Photonic_crystal

    This technology won't be available to the average person for 20+ years.
    The government and military will get dibs. (if they haven't already)
    To study the nature of randomness in a digital processor network using the same clock source, 54 prop chips were all connected to a master prop.
    http://forums.parallax.com/discussion/127983/55-parallax-propeller-s-parallells-processing-of-permanent-perturbations

    Optic communication between homogenous and commensurable, 8-core, 635nm emitting, phase locked loop, bit salad tossing units?
    http://forums.parallax.com/discussion/comment/1248240/#Comment_1248240

    TheBlackBox: Release v2.0 - Propeller HSS FX/Sequencer with Digital Audio SPDIF output.
    http://forums.parallax.com/discussion/115258/theblackbox-release-v2-0-propeller-hss-fx-sequencer-with-digital-audio-spdif

    E-Tools, HTML java/script electronic design tools, free for YOU.
    Mono555 calculator, resistor calculator, voltage divider calculator, RCtime calculator, LM317 calculator, Binary-Hex-Decimal calculator, Resistor color matrix, Series LED resistance calculator, And a OHMS LAW calculator.
    http://forums.parallax.com/discussion/81449/e-tools-html-java-script-electronic-design-tools-free-for-you

    Im working on a bluetooth v4.1, low power coin cell device. Its 1inch X 1inch square.
    http://forums.parallax.com/discussion/153001/low-cost-bluetooth-smart-starter-development-kit-launched-by-csr</font>;
  • edited August 2010 Posts: 0Vote Up0Vote Down
    I have a Quad computer on my desk with Nvidia video. The truth is that I am not sure I could handle more of anything - storage, speed, and so forth - except for ADSL bandwidth. (And that seems to fall apart when I try going outside of Taiwan, something in the international portal that bottlenecks.)

    I find I need to only go so fast while using a work station. As it is, the computer's CPU rarely gets past 15% use, RAM use is no where near the 4Gbytes capacity, and I no only can't fill the 200Gbytes of storage - I'd prefer not to have to do 200Gbyte image backups.

    Sure, there will always be a leading edge for governments and research, but desktops seem near capacity (or way over capacity). Just running the machines in Ubuntu Linux revives old hardware to speedy little machines as M$ indeed has bloat.

    Besides, those fast machines are optimal 'code breakers' and if they get into public use, we all have social problems. Already some Russian hackers found that NVidia video cards are superb at hacking passwords and have created software to do so.

    Americans have always had a love affair with speed and being faster. The only problem is that it seems that nobody really knows the direction or destination. I now see that Asians see far more opportunity in following along that pushing boundaries. I suppose each point of view has its merits, but I grow weary of keeping up with technological change for its own sake.
    Hwang Xian Shen, Puddleby-on-the-Marsh.
    WTF? --- just may mean "Was That Funny?" , or maybe something else.
Sign In or Register to comment.