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© 2012 • 2<br />
Report Content<br />
• Table of Content … 3<br />
• Companies listed in the report … 5<br />
• What’s inside the report, what’s not … 6<br />
• Executive Summary … 7<br />
– The (few) key facts to remember about silicon photonics … 8<br />
– Silicon photonics definition … 11<br />
– Silicon photonics market … 12<br />
– Silicon photonics advantages … 13<br />
– Silicon photonics time-to-market … 14<br />
– Inflection points for silicon photonics … 15<br />
– Silicon photonics devices … 16<br />
– Silicon photonics application revenues … 17<br />
– Silicon photonics dies market forecast … 18<br />
– Silicon photonics wafer forecast … 19<br />
– Why silicon photonics only in AOCs today … 20<br />
– Technical challenges … 21<br />
• Introduction … 22<br />
– Silicon photonics definition … 23<br />
– Focus on III-V integrated photonics … 27<br />
– Focus on silicon photonics … 36<br />
• Industry driving forces … 43<br />
– Roadmaps … 44<br />
– Datacom protocols roadmap … 50<br />
• Applications … 56<br />
– Applications summary … 57<br />
– Telecom … 66<br />
– Datacom … 71<br />
– HPC & Data Centers … 75<br />
– Consumer … 89<br />
– Others (Military/Aerospace/Medical) … 92<br />
• Market forecast … 97<br />
– Silicon photonics TAM … 98<br />
– Optical components market forecast … 99<br />
– Silicon photonics applications revenues 2010-2017 … 102<br />
– Silicon photonics 2012 revenues by application … 103<br />
– Silicon photonics 2017 revenues by application … 104<br />
– Active vs. passive silicon photonics revenues 2010-2017 … 105<br />
– Silicon photonics products breakdown … 108<br />
– Silicon photonics dies market forecast … 111<br />
– Silicon photonics wafer forecast … 112<br />
– Estimated 2011 market share … 113<br />
• Silicon photonics players … 114<br />
– Evolution of the business model … 115<br />
– Silicon photonics foundries … 118<br />
• Financial analysis … 121<br />
– Raised funds by company … 123<br />
– Relative investment efficiency … 125<br />
• The different manufacturing approaches … 126<br />
– Photonic in standard CMOS … 127<br />
– Laser sources vs. VCSELs … 133<br />
– The different approaches to Si photonics integration … 135<br />
– The different bonding technologies … 142<br />
– Design & packaging issues … 149<br />
– A new approach: 2.5 and 3D … 152<br />
• The integrated photonics « building blocks » … 157<br />
– Summary … 158<br />
– Light sources … 163<br />
– Modulators … 168<br />
– Detectors … 173<br />
– Mux/Demux … 176<br />
– Couplers … 178<br />
– Passive devices … 181<br />
– Others … 181<br />
• Conclusions … 183<br />
• 20+ Company Profiles … 186<br />
• Appendix … 212<br />
• Yole Développement presentation … 213