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The combination of silicon optical technology and organic polymer materials

The combination of silicon optical technology and organic polymer materials

  • Time of issue:2014/04/28

(Summary description)Newark, Delaware lightwave logic (otcqb: LWLG) today released news that they with partners together for the successful development of a polymer material SOH (silicon organic hybrid silicon organic compound slot waveguide structure light modulator based on. Electro optic polymer material of Logic Lightwave is the key to the modulator.

The combination of silicon optical technology and organic polymer materials

(Summary description)Newark, Delaware lightwave logic (otcqb: LWLG) today released news that they with partners together for the successful development of a polymer material SOH (silicon organic hybrid silicon organic compound slot waveguide structure light modulator based on. Electro optic polymer material of Logic Lightwave is the key to the modulator.

  • Categories:Company News
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  • Time of issue:2014-04-28 00:00
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Newark, Delaware lightwave logic (otcqb: LWLG) today released news that they with partners together for the successful development of a polymer material SOH (silicon organic hybrid silicon organic compound slot waveguide structure light modulator based on. Electro optic polymer material of Logic Lightwave is the key to the modulator. The company said the new generation of light modulator has better electro optic performance, while supporting low voltage work, so it can be more energy efficient.

Logic Lightwave's press release notes that the SOH technology will be a growing area of research on the efficiency of silicon photonics and the versatility of organic nonlinear optical materials. In the SOH modulator, the optical signal is a silicon optical structure with an organic polymer material. This technique can achieve a very short waveguide length, support higher modulation bandwidth, the integration of the modulator is also very helpful.

Tom Zelibor, lightwave logic board chairman and CEO, he pointed out that today's success proved their material can be used in OLEDs. This success will lead them into a large market of billions of dollars. Development of low power optical devices for today's huge data center application significance.

The organic polymer material is not a new modulator, which is used to do this in the OFC, which is an online interview with DuPont. The combination of organic polymer materials and emerging silicon photonics is a new thing.

On the company's website, lightwave logic wrote, "for decades, many of the fortune 100 companies into organic polymer optical devices research and eventually give up, because they can not be resolved while achieving good electro-optic performance and thermal stability. Logic Lightwave is different from other people who have good electro optical properties of materials, instead of the material of thermal stability, and then to achieve good electro optical properties. This is the source of their Perkinamine technology."

Logic Lightwave early in 2004 on the OTC market, stock code LWLG. But until August 21st of this year, Logic Lightwave announced the first time in the history of the company sales, the customer is the University of Colorado's optical laboratory. Organic polymer materials of Logic Lightwave will help the laboratory to develop a 3D imaging laser radar system. As a Public Companies, the company also has to report to shareholders and investors every year. The author looked at last year's report material, in addition to the development of the development and the progress of the work and not any real work on income and profits. Securities market allow such 10 years in the development of the public company, and can help the continuous financing. This cannot be don't say is American enterprise and be good at innovation, and dare to an important factor behind the innovation.

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