Leading Edge Photonic Technologies (1992)

By T. E. Darcie, AT&T Bell Laboratories

The impact of photonic device research on future lightwave systems, in particular, those that use wavelength-division multiplexing (WDM), is discussed. WDM techniques that maximize the capacity of fiber require increasingly complex transmitters and receivers. Examples of current state-of-the-art prototype devices are presented in which this complexity is built into monolithic photonic integrated circuits.

By clicking the "Download Paper" button, you are agreeing to our terms and conditions.

Similar Papers

Leading Edge Photonic Technologies
By T. E. Darcie, AT&T Bell Laboratories
1992
A Comparison Of Leading Edge Compression Technologies
By Arun N. Netravali, AT&T Bell Laboratories
1992
Lightwave Multi-channel AM-VSB Video Systems: Technology Trends and Limits
By T. E. Darcie, AT&T Bell Laboratories
1991
Beyond Moore’s Law
By Oleh Sniezko and Xiaolin Lu, AT&T Broadband
2000
Optimal Availability & Security For Voice Over Cable Networks
By Chun K. Chan, Andrew R. McGee, Martin J. Glapa, and Uma Chandrashekhar, Bell Laboratories, Lucent Technologies
2004
Lessons From Telco & Wireless Providers: Extending The Life Of The HFC Plant With New Technologies
By Tom Cloonan, Ayham Al-Banna, Mike Emmendorfer, Zoran Maricevic, Frank O’Keeffe, and John Ulm, ARRIS Group, Inc.
2015
Increasing Cable Bandwidth Through Probabilistic Constellation Shaping
By Patrick Iannone, Yannick Lefevre, Werner Coomans, Dora van Veen & Junho Cho, Nokia Bell Labs
2018
Why Gaming Needs An Edge
By Alan Evans, EDGE GRAVITY by Ericsson
2019
Digital Transmission Fundamentals for Cable Engineers
By Ed Callahan, ANTEC & Carl McGrath, AT&T Bell Laboratories
1992
Advances In DWDM ROADM Technology Using Photonic Integrated Circuits
By Gaylord Hart, Infinera
2008
More Results >>