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Optical Communication Market Review

Optical Communication Market Review . Industry Vs Research Presented by Amine Faridi For EE-566 Optical Communication. Introduction. After achieving their M.S. the question to the students becomes whether to continue their education to obtain a PhD, or to get a job.

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Optical Communication Market Review

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  1. Optical Communication Market Review Industry Vs Research Presented byAmine Faridi For EE-566 Optical Communication

  2. Introduction • After achieving their M.S. the question to the students becomes whether to continue their education to obtain a PhD, or to get a job. • Overview of the opportunities available either in research or in the industry. • Anticipate the market behavior in the short run to see where the jobs are. • Brief investigation of what is the latest in optical communications research

  3. PhD or Work? • Understand your type of personality: DiSC profile is a personality test to increase self-awarness The model consists of four behavioral dimensions: Dominance, Influence, Conscientiousness and Steadiness. Example High D: Power and authority Opportunities for individual accomplishments Not a good team player • Define your goals and motivations

  4. PhD or Work? • What about finances? • Conclusions: Obvious!! Are you willing to make the sacrifice? The salaries includes compensations and bonuses Data Obtained from careerbuilder.com This data is collected from respective university websites

  5. Telecom Market Forecast • Telecom spending is projected to increase from 681 billion on 2003 to 920 billion on 2006 because • FCC adopted new regulations may induce growth for the market • Increase in broadband demand: Projected to 40 million in the US alone. That is 25 million more customer than 2002. • Spending on high speed internet access is projected to reach $28 billion, up from $10.9 billion. A 26% annual compound growth. • Investments will follow to satisfy the demand.

  6. Fiber Forecast • New economy needs speed and reliability • Underwater Cables face two major obstacles: Aging and increase in demand of data transfer between continents. • Home, small and mid business are underserved. • Fiber lines are the only choice to connect rural and remote areas. Spending projected for 2006 is $20 billion. • Just not enough infrastructure to satisfy a rebound in economy.

  7. Fiber Forecast • Network equipment spending: has fallen dramatically in the past three years, but rebound and expansion is projected for the next four years with an average growth of 11%. • Spending will not reach $60 billion of the year 2000 but it will reach $30 billion by 2006. • Excess capacity is seen in some major metro areas but smaller metros know shortage in capacity • Huge competition within the cable industry

  8. Fiber Forecast • Enterprise equipments spending will grow because: • Video and web conference is on the rise. It needs better quality. One of 9/11 effects • Equipment aging. • LAN is growing because it is becoming a necessity. • Projected average growth is 7.5%

  9. Research • The National Science Foundation NSF, is granting $3 million to a program of research and education on the Ultra-High-Capacity Optical Communications. • This program includes, in part, novel concepts in photonic devices, advanced fiber communication systems, component technologies for broadband optical access. • The objective is to enable the continued growth of broadband optical access and high-capacity optical communications into the next decade.

  10. Research • MIT Microphotonics Center have signed in 2002 an alliance with Pirelli for optical nanotechnology. • Pirelli has invested $2 million only in the first year into a five years program. • This joint research will address optical integrated circuits capable of high level functionality. • It is aimed for market introduction in 2004 for broadband access in wireless applications

  11. Research • UC Berkeley has an intensive optical communications research program. It investigates high-speed, self-routed fiber-optics networks, to fiber-optic and free space systems for wireless communications networks. • Photonics and Networking Research Laboratory (PNRL) at Stanford is concentrating on among others: HORNET and Optical Internet.

  12. Last Words How to get in a PhD program? How to get a job? • Networking • Planning ahead of time • Insist but not stalk How to succeed in either PhD or Work Both PhD and Work? • Hard work and dedication • Creativity At work? • Globalization: Expand your mind and reach other cultures. • Keep learning: companies programs, e-learning, or traditional night classes.

  13. Questions?!!! Thank you

  14. Some References • http://www.technologyreview.com • http://www.tiaonline.com • Telecommunication Industry Association, “2003 Telecommunications Market Review and Forecasts”, artech publisher, 2003. • http://web.mit.edu/newsoffice/nr/2002/photonics.html • http://wdm.stanford.edu/html/research.html • http://www.cise.nsf.gov/fndg/pubs/display2.cfm?pub_id=5968&div=anir • Inscape publishing, “DiSC personal profile”. • http://www.ucberkeley.edu

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