Idelfonso Tafur Monroy's Lab

 

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WorkInnova 2014

Posted in DTU news

The third edition of workInnova has been successfully hold in Medellin, Colombia the 24th and 25th of November 2014. The main goals were:

  • Present the latest developments in photonics and nanotechnology applications: e-health, energy and smart grid, environmental and bio-sensing, automation of industrial processes and communications;
  • Identify cooperative research possibilities, innovation activities, and business opportunities that will be enabled by such technological breakthroughs in South America and Denmark.

3rd Workinnova

For more information visit the website:

http://www.photonicsworkshop.com/workinnova2014/

Postdeadline paper accepted at ECOC'14

Posted in DTU news

The group of Metro-Access and Short Range Communications of DTU Fotonik got a post-deadline paper accepted reporting on the use of more than two state of polarization, simultaneously for data transmission over optical fiber using simple intensity modulation and direct photodetection with a computationally light post-processing routine.

Danish-South America workshop on Photonics

Posted in DTU news

WORKINNOVA 2013 

The second edition of the pioneering workshop and unique joint initiative from Danish and South American leading research groups and Industry to bridge the gap between research and their industrial applications has been successfully hold in Campinas, Brazil the 26th and 27th of November 2013.  Goals such as tackling societal relevant problems, and gathering stakeholders from a wide spectrum, including academy, industry and business have been successfully achieved. 

IMG 3884 2IMG 3889

Preparations and work for WorkInnova 2014 are already ongoing.

For more information visit the website:

http://www.photonicsworkshop.com/workinnova2013/

 

 

EU project GigaWaM final demo successfully completed

Posted in DTU news

IMG 3044

The “Gigabit access passive optical network using Wavelength division Multiplexing” (GigaWaM) was initiated in June 2008. The key technical objectives of the GigaWaM project were to implement 64 channels of 50~GHz channel spacing, delivering 1.25~Gb/s symmetric bandwidth per wavelength across a distance of 20 km on a single fiber. The final tests demonstrated end-to-end optical power loss of only 20 dB over a 20~km distance, providing a comfortable margin in the overall power budget. The system was shown to scale to at least 2.5~Gbps for upstream, and 10~Gb/s downstream, limited by receiver sensitivity only.