/* * This document contains all page content for www.alight.dk * Written by mads@nordholm.dk */

// HTML parts
var html1 = "<table border='0'>"+
            "<tr>"+
            "<td>&nbsp;</td>"+
            "<td class='indhold-head'>"+
            "<h1>";
var html2 = "</h1>"+
            "</td>"+
            "</tr>"+
            "<tr>"+
            "<td class='indhold-pics'>";
var html3 = "</td>"+
            "<td class='indhold'>";
var html4 = "</td>"+
            "<tr>"+
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var pageContents = new Array(
    // 0. Frontpage
    "<table width='100%' style='height: 100%'><tr><td valign='top' align='center'>"+
    "<img id='front_pic' src='images/stort_logo.gif' width='400' height='193' alt='' border='0'>"+
    "</td></tr></table>",

    // 1. Our vision
    html1+"Profile"+html2+
    "<img name='pic1' src='images/ibsen_hq.jpg' width='200' height='200' class='thumb' border='0'>"+html3+
    "<p class='text'>Alight Technologies is extending the market for Vertical Cavity Surface Emitting Lasers (VCSELs) "+
    "through its proprietary Photonic BandGap (PBG) technology. Using this technology we are able to increase "+
    "the single mode output power or improve the characteristics of high speed VCSELs, thus offering an alternative to "+
    "edge emitting lasers."+
    "<br />"+
    "<br />"+ 
    "With the intent to meet an increasing demand for high-power and high-speed single mode VCSELs at 1300 nm, Alight Technologies "+
    "acquired Infineon Technologies' 1300 nm VCSEL platform. "+
    "The combination of a qualified material platform and the add-on PGB technology creates unique opportunities "+
    "not only for Alight but also for its partners. "+
    "<br />"+
    "<br />"+
    "With its prototyping facilities Alight Technologies is working with partners for volume manufacturing of its PBG-VCSELs, "+
    "thus shortening the time from promising prototypes to products. These will make a difference within fiber-to-the-home, "+
    "high bit-rate data communication as well as interconnect markets. </p>"+html4,

    // 2. History
    html1+"History"+html2+
    "<img name='pic1' src='images/6604.jpg' width='200' height='300' class='thumb' border='0'><br /><br /><br />"+
    "<img name='pic2' src='images/6590.jpg' width='200' height='134' class='thumb' border='0'>"+html3+
    "<p class='text'><b>Company Milestones</b> <br> "+

    "SEPT 2009: Alight demonstrates 10GBASE LR performance at high temperature in prototypes; "+ 
    "<br />"+
    "<br />"+
    "MAR 2009: Alight announces Philips U-L-M Photonics as volume manufacturer for its 1300nm PBG-VCSELs; "+
    "<br />"+
    "<br />"+
    "MAR 2009: 10 Gbps 1300 nm PBG-VCSELs operated above 90&degC demonstrated; "+
    "<br />"+
    "<br />"+
    "JAN 2008: 2.5 Gbps 1300 nm PBG-VCSEL performance and reliability presented in invited paper at Photonics West 2008; "+
    "<br />"+
    "<br />"+
    "MAR 2006: Initial results from transferring the PBG-technology to the diluted-nitride VCSEL platform are presented in 2.5 Gbps PBG-VCSELs at OFC 2006; "+
    "<br />"+
    "<br />"+
    "SEP 2005: Infineon Technologies' qualified dilute-nitride VCSEL platform incl. manufacturing equipment and IP rights are acquired; "+
    "<br />"+
    "<br />"+
    "MAR 2005: First 2.5 Gbs PBG-VCSEL prototypes at 1300 nm are made; "+
    "<br />"+
    "<br />"+
    "SEP 2004: PBG-VCSEL prototypes with 3-5 mW single mode power at 850 nm are fabricated; "+    
    "<br />"+
    "<br />"+
    "JAN 2004: Patent for the use of Photonic BandGap structures in VCSEL lasers is granted; "+
    "<br />"+
    "<br />"+
    "SEP 2003: Fundamental proof of Photonic BandGap effect is presented at ECOC 2003; "+
    "<br />"+
    "<br />"+
    "JULY 2003: The company moves to commercial facility with access to 1300 sqm class 10 clean-room facility; "+
    "<br />"+
    "<br />"+
    "DEC 2001: Alight Technologies is founded as a spin out from The Danish Technical University (DTU). The company "+
    "is based on years of experience with Vertical Cavity Surface Emitting Lasers (VCSELs) fabrication and modeling "+
    "as well as proprietary mode-control technology. </p>"+html4,
//  "The company is financed by DTU-Innovation and The Danish Growth "+
//  "Fund with 1 M$ as a first round funding.</p>"+html4

    // 3. Mode control
    html1+"Products"+html2+
    "<img name='pic1' src='images/147_01a.jpg' width='200' height='286' class='thumb' border='0'><br /><br /><br /><br />"+
    "<img name='pic2' src='images/2903_1_1_30a.jpg' width='200' height='150' class='thumb' border='0'>"+html3+
//  "<img name='pic3' src='images/147_03a.jpg' width='200' height='139' class='thumb' border='0'>"+html3+
    "<p class='text'><b>10 Gbps 1300 nm PBG-VCSEL for 10 Gigabit Ethernet (LR / LRM) and 8G Fibre Channel </b> <br> Alight Technologies is presently developing 1300 nm PBG-VCSELs "+
    "with up to 10.3125 Gbps modulation speed by adding our proprietary Photonic BandGap (PBG) technology to "+
    " the qualified "+
    "dilute nitride 1300 nm VCSEL platform acquired from Infineon Technologies. "+ 
    "Alight has designed the PBG-VCSELs for transceiver modules operating up to 85&degC offering significant lower power consumption than edge emitting lasers. "+
    "<br />"+
    "<br />"+
    "<b>Visit us at OFC 2010 in San Diego</b> <br>Results are presented in March 2010 at the OFC conference "+
    "in San Diego (Booth #1119). Alight Technologies is co-operating with Philips U-L-M Photonics for volume manufacturing, and limited sampling is expected to start in the second half of 2010. "+
    "Please contact us at <a href='mailto:info@alight.dk' class='text'>info@alight.dk</a> or tel. +45 4434 7120 for a status on the ongoing development."+
    "<br />"+
    "<br />"+
    "<b>Bi-annual Newsletter</b> <br>Alight Technologies will also utilize the high-speed advantages of its technology "+
    "in the growing 10 Gbps markets. This information, along with other topics within PBG VCSEL technology can be followed "+
    "in a planned bi-annual e-mail newsletter appearing in the second half of 2010. To be added to the mailing list, "+
    "please send an e-mail to <a href='mailto:news@alight.dk' class='text'>news@alight.dk</a> and add in the subject line: 1300 news.</p>"+html4,

    // 4. Non-telecom applications
    html1+"License"+html2+
    "<img name='pic1' src='images/147_05a.jpg' width='200' height='287' class='thumb' border='0'><br /><br /><br /><br />"+
    "<img name='pic2' src='images/mesa-1.jpg' width='200' height='150' class='thumb' border='0'>"+html3+
    "<p class='text'>Alight Technologies' Photonic Bandgap technology is generic and can be applied to many wavelengths and "+
    "applications. High single-mode power, narrow beam divergence and single polarization are also attractive in sensing "+
    "applications, printing, passive optical fiber and consumer electronic applications. We pursue these opportunities "+
    "outside the tele and datacom markets through partnerships in a view to our proprietary technology achieving maximum "+
    "penetration into the markets. "+
    "<br />"+
    "<br />"+
    "Please contact us at <a href='mailto:info@alight.dk' class='text'>info@alight.dk</a> or tel. +45 4434 7120 "+
    "if you have an opportunity requiring mode control, high single mode power or polarization control in VCSELs; "+
    "and we will be pleased to investigate the opportunities.</p>"+html4,

    // 5. Our capabilities
    html1+"PBG Technology"+html2+
    "<img name='pic1' src='images/147_12a.jpg' width='200' height='139' class='thumb' border='0'><br />"+
//  "<img name='pic2' src='images/mesa-2.jpg' width='200' height='150' class='thumb' border='0'><br />"+
    "<img name='pic3' src='images/147_22a.jpg' width='200' height='288' class='thumb' border='0'>"+html3+
    "<p class='text'>VCSELs operating at 850 nm are the dominant source "+
    "for today's short-range datacom applications and have advantages in other applications as well. However, "+
    "despite advantages such as on-chip testing and straightforward fiber coupling, these surface-emitting devices "+
    "have obtained limited single-mode output power.</p>"+
    "<p class='text'>The main reason why present oxide confined VCSELs "+
    "are limited as to single-mode output power is that the oxide aperture confines both electrical current and the optical modes. "+
    "To ensure operation in the fundamental mode, the oxide aperture has to be quite small, which limits the amount "+
    "of achievable  output power. The small oxide aperture also results in a large differential resistance, which in "+
    "turn leads to enhanced ohmic heating and difficulties in achieving high-speed operation. The small oxide aperture "+
    "typically also reduces the lifetime/reliability of the VCSEL.</p>"+
    "<p class='text'>Alight Technologies' approach for high-speed and high-power "+
    "single-mode VCSELs is to use the Photonic BandGap effect for lateral optical confinement in combination with a large "+
    "oxide aperture for current confinement. The lateral mode-confinement by the PBG effect is implemented by etching "+
    "a pattern of holes in a layer close to the active layers followed by a deposition of a dielectric top-mirror, "+
    "resulting in a cavity resonance wavelength shift, which corresponds to a change of the effective index. "+
    "Early work at Alight Technologies demonstrated this approach at 850 nm "+
    "After taking over Infineon's dilute nitride technology platform Alight has successfully transferred its PBG technology to long wavelength "+
    "GalnNAs VCSEls operating at 2.5 Gbps. Alight is presently pursuing high speed 1300 nm PBG-VCSELs operating at 10.3125 Gbps.</p>"+html4,

    // 6. Customer info
    html1+"Applications"+html2+
    "<img name='pic1' src='images/147_27a.jpg' width='200' height='138' class='thumb' border='0'>"+html3+
//  "<img name='pic3' src='images/147_29a.jpg' width='200' height='288' class='thumb' border='0'> <br />"+    
//  "<img name='pic2' src='images/mesa-3.jpg' width='200' height='150' class='thumb' border='0'>"+html3+
    "<p class='text'>Alight Technologies is focusing on bringing 1300 nm Photonic BandGap (PBG) VCSELs to the "+
    "tele- and datacom markets. The transition to higher speed datacom applications in local area, storage area "+
    "networks and optical interconnects as well as the increased focus on fiber in telecom access networks are the "+
    "main drivers for Alight Technologies' future product roadmap. "+
    "<br />"+
    "<br />"+
    "Alight Technologies' first 1300 nm PBG-VCSEL is expected to have up to 10.3125 Gbps modulation speed."+
    "The product is presently under development. Alight Technologies "+
    "is working together with a volume manufacturing partner to ensure volume capability and reliability. </p>"+html4,

    // 7. Management
    html1+"Management"+html2+
//    "<img src='images/steen0205.jpg' width='100' height='135'>"+html3+
//    "<p class='text'><b>Steen Gundersen</b> CEO, M.Sc. in Electrical Engineering, Technical University of Denmark (DTU). "+
//    "Comes from a position as General Manager with Intel Denmark (the former Danish IT company GIGA). "+
//    "Furthermore, he has held different management positions with Intel in US as well as in Denmark. </p>"+
    "</td></tr><tr>"+
    "<td class='indhold-pics'><img src='images/DB2.jpg' width='100' height='136'>"+html3+
    "<p class='text'><b>Dan Birkedal</b> CTO and Founder, Ph.D. and M.Sc. in Electrical Engineering, "+
    "Technical University of Denmark (DTU). From 1992 at Microelectronic and Research Center COM, DTU, now "+
    "as an Group Leader and Associate Professor in Optoelectronics. "+ 
    "From 1997 - 1999 Visiting Scientist at Bell Laboratories, "+
    "Lucent Technologies, Holmdel, New Jersey, USA. In 2002 awarded the 'Elektroprisen' from the Dansk "+
    "Ingenioerforening - The Danish Engineer Society.</p>"+
    "</td></tr><tr>"+
    "<td class='indhold-pics'><img src='images/dirk060605.jpg' width='100' height='136'>"+html3+
    "<p class='text'><b>Dirk Jessen</b> CEO. He comes from a position as VP Sales & Marketing "+
    "with Ibsen Photonics - a Danish supplier of diffraction gratings and modules to the telecommunication-, "+
    "transmitter and semiconductor industry. Prior to this he has held positions within sales, marketing and "+
    "product management with ADC Telecommunications, Ibsen Micro Structures, Leica and Philips.</p>"+
    "</td></tr>"+html4,
//     <tr>"+
//    "<td class='indhold-pics'><img src='images/jh.jpg' width='100' height='136'>"+html3+
//    "<p class='text'><b>Jesper Hanberg</b> COO, Ph.D, University of Copenhagen. "+
//    "Comes from a position as Project Manager with Intel Denmark and GIGA. He has more than 15 years' experience "+
//    "within compound semiconductor and manufacturing engineering.</p>"+html4,

    // 8. The Board
    html1+"The Board"+html2+
    "<img name='pic1' src='images/mesa-4.jpg' width='200' height='150' class='thumb' border='0'>"+html3+
//    "<p class='text'><b>Peter J. Viereck</b> Chairman, T-Pack A/S.</p>"+
//    "<p class='text'><b>Ulla Brockenhuus-Schack</b>, SEED Capital</p>"+
//    "<p class='text'><b>Claus Melgaard</b>, Innfond p/s</p>"+
//    "<p class='text'><b>Henrik I. Johansen</b>, 10i10 Aps</p>"+
//    "<p class='text'><b>Dan Birkedal</b> CTO, Alight Technologies ApS.</p>"+html4,
    "<p class='text'><b>Alight is owned by private investors</b></p>"+html4,
    // 9. Investors
    html1+"Investors"+html2+
    "<img name='pic1' src='images/Picture1.jpg' width='200' height='150' class='thumb' border='0'>"+html3+
//   "<p class='text'>Alight Technologies is funded by: "+
//   "<br />"+
//   "<br />"+
//   "<b>SEED Capital</b> [<a href='http://www.seedcapital.dk/default.aspx?lang=en' target='_blank' class='text'>www.seedcapital.dk</a>]; "+
//    "<br />"+
//    "<br />"+ 
//    "<b>Vaekstfonden</b> [<a href='http://www.vf.dk' target='_blank' class='text'>www.vf.dk</a>]; "+
//    "<br />"+
//    "<br />"+
//    "<b>Innfond p/s</b> [<a href='http://www.innfond.dk' target='_blank' class='text'>www.innfond.dk</a>]; "+
//    "<br />"+
//    "<br />"+
//    "<b>Bang Holdings Aps</b>; and "+
//    "<br />"+
//    "<br />"+
//    "<b>A number of private investors</b></p>"+html4,
    "<p class='text'><b>Alight is owned by private investors</b></p>"+html4,

    // 10. In the press
    html1+"In the press"+html2+
    "<img name='pic1' src='images/mesa-4.jpg' width='200' height='150' class='thumb' border='0'>"+html3+
    "<p class='text'>MARCH 2009: Alight and Philips U-L-M Photonics partner on volume VCSEL production "+
    "[<a href='http://www.semiconductor-today.com/news_items/2009/MARCH/ALIGHT_260309.htm' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>OCT 2006 - Feature: Photonic Crystals Boost Single-Mode Power in VCSELs "+
    "[<a href='http://lfw.pennnet.com/display_article/274728/12/ARTCL/none/none/PHOTONIC-CRYSTAL_LASERS:_Photonic_crystals_boost_single-mode_power_in_VCSELs/' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>JAN/FEB 2006 - Feature: Shallow etch could power dilute-nitride VCSEL breakthrough "+
    "[<a href='http://compoundsemiconductor.net/articles/magazine/12/1/6/1' target='_blank' class='text'><b>read more</b></a>].</p>"+
    //"<p class='text'>SEP 2005: Alight Buys Infineon VCSEL Platform "+
    //"[<a href='http://www.lightreading.com/document.asp?doc_id=81284' target='_blank' class='text'><b>read more</b></a>].</p>"+    
    "<p class='text'>SEP 2005: Danish start-up grabs Infineon's dilute nitrides "+
    "[<a href='http://compoundsemiconductor.net/articles/news/9/9/22/1' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>SEP 2005: Alight acquires Infineon's VCSEL platform "+
    "[<a href='http://lw.pennnet.com/Articles/Article_Display.cfm?ARTICLE_ID=237555&p=13' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>JUNE 2005: Holey VCSELs target telecoms - tiny holes could be the key to single-mode operation "+
    "[<a href='images/article_june05_holey_vcsels_laser05.pdf' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>SPRING 2005: Single-mode VCSELs for telecom and non-telecom applications "+
    "[<a href='images/article_spring05_single-mode_vcsels_db_jeo.pdf' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>JAN 2005: Holey VCSELs produce high powers "+
    "[<a href='images/article_jan05_holey_vcsels.pdf' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>DEC 2004: Alight Technologies strengthens its board of directors "+ 
    "[<a href='http://www.lightreading.com/document.asp?doc_id=65042&site=lightreading' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>DEC 2004: High-power VCSELs keep it single-mode "+
    "[<a href='http://fibers.org/articles/news/6/12/2/1' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>NOV 2004: Danish VCSEL startup closes its second round of financing Euro 2.1M "+
    "[<a href='http://www.lightreading.com/document.asp?doc_id=57607&site=lightreading' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>SEP 2004: Alight Technologies hires new VP Business Development "+
    "[<a href='http://www.lightreading.com/document.asp?doc_id=58768&site=lightreading' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>NOV 2002: Mr. Dan Birkedal, CTO, is awarded the 'Elektroprisen' from Dansk Ingenioerforening - The Danish Engineer Society (Danish article) "+
    "[<a href='http://www.adm.dtu.dk/nyheder/presse/presse02/pm0411_d.htm' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>NOV 2002: One of the co-founders, John Erland Ostergaard, is presented with the DOPS Award 2002 from the Danish Optical Society (Danish article) "+
    "[<a href='http://www.ing.dk/apps/pbcs.dll/artikkel?SearchID=73118734363370&Avis=IG&Dato=20021121&Kategori=ELEKTRONIK&Lopenr=111220071&Ref=AR' target='_blank' class='text'><b>read more</b></a>]."+
    "<p class='text'>OCT 2002: Alight Technologies is presented in Light Reading "+
    "[<a href='http://www.lightreading.com/document.asp?doc_id=22342' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "<p class='text'>OCT 2002: New Startup within High-power VCSELs: ALight Technologies A/S "+
    "[<a href='http://www.lightreading.com/document.asp?doc_id=22343&site=lightreading' target='_blank' class='text'><b>read more</b></a>].</p>"+
    "</p>"+html4,

    // 11. Meet us
    html1+"Jobs"+html2+
    "<img name='pic3' src='images/147_29a.jpg' width='200' height='288' class='thumb' border='0'>"+html3+
//  "<img name='pic1' src='images/mesa-4.jpg' width='200' height='150' class='thumb' border='0'>"+html3+
    "<p class='text'>At present we have no vacancies, but you are, of course, always welcome to contact us to hear more "+
    "about employment possibilities, or to send us a job application enclosing your Curriculum Vitae. "+
    "<br />"+
    "<p class='text'>Write to: <br />"+ "<br />"+ "Alight Technologies ApS, Ryttermarken 15-21, DK-3520 Farum, Denmark, "+
    "att. HR, or send by e-mail: <a href='mailto:info@alight.dk' class='text'>info@alight.dk.</a></p>"+html4,

    // 12. Our office
    html1+"Our office"+html2+
    "<img name='pic1' src='images/ibsen_hq.jpg' width='250' height='300' class='thumb' border='0'>"+html3+
    "<p class='text'>Alight Technologies ApS<br />"+
//  "SCION-DTU<br />"+
//  "Diplomvej 373<br />"+
//  "DK-2800  Kgs. Lyngby<br />"+
    "Ryttermarken 15-21<br />"+
    "DK-3520 Farum - Denmark<br />"+
    "<br />"+
//  "Phone: +45 45 25 90 50<br />"+
//  "Fax: +45 45 25 90 51<br />"+
    "Tel.: +45 4434 7120<br />"+
    "Fax: +45 4434 7121<br />"+
    "<br />"+
    "E-mail: <a href='mailto:info@alight.dk' class='text'>info@alight.dk</a><br />"+
    "<br />"+
    "CVR/VAT: 30 81 35 29<br />"+
    "<br />"+
//  "We will be present at most major conferences and exhibitions within the optical communication area - next time at:<br />"+
//  "<br />"+
//  "<b>ECOC, Berlin - Germany, September 17-19, 2007 - Booth #14012</b>"+
//  "<br />"+
    "<br />"+
    "Please feel free to contact us for further information.</p>"+html4 
);