Patent Assignment
Reel/Frame 028487/0373
Patent Security Agreement
Recorded: 2012-07-03
Received: 2012-07-03
Pages: 93
Assignor
OCLARO (NORTH AMERICA), INC.
Executed: 2011-07-26
Assignee
WELLS FARGO CAPITAL FINANCE, INC., AS AGENT
2450 COLORADO AVENUE, SUITE 3000 WEST, SANTA MONICA, CA, 90404, UNITED STATES
Covered Properties
(37)
Method and System for Reduction of Quantization-Induced Block-Discontinuities and General Purpose Audio Codec
Application:
11/609,081 →
Composition and Associated Methods for Chemical Mechanical Planarization Having High Selectivity for Metal Removal
Application:
10/315,398 →
Method and Apparatus for Compensating Differential Group Delay
Application:
10/225,650 →
Optical Amplifier Site with Reduced Noise and Transmission System Utilizing Such
Application:
10/185,935 →
Method for Controlling Performance of Optical Amplifiers
Application:
10/145,456 →
Gain Saturation Tuning in Optical Amplifiers
Application:
10/120,321 →
Method for Stabilizing Temperature of an Optoelectronic Module
Application:
10/013,659 →
Regenerator with Reconstitution of an Optical Signal Carrier Wave
Application:
10/009,177 →
Tapped Delay Line-Based Configurable Spectral Filter with in-Situ Monitoring
Application:
10/016,014 →
Method of Matching Optical Elements and Fiber Ferrules
Application:
09/945,231 →
Dual Fiber Collimator
Application:
09/912,209 →
Tapped Delay Line Based Gain Flattening Filter
Application:
09/902,424 →
Method and Apparatus for Asymmetric Multiplexing and Demultiplexing of Optical Signals Utilizing a Diffraction Grating
Application:
09/894,057 →
Mems See-Saw Array for Dynamic Gain Equalization of Dwdm Systems
Application:
09/893,195 →
Fiber Optic Dense Wavelength Division Multiplexer Utilizing a Multi-Stage Parallel Cascade Method of Wavelength Separation
Application:
09/881,274 →
Selective Intensity Modulation of Channels in a Multiplexed Optical Communication System
Application:
09/874,474 →
Compensation of Polarization Mode Dispersion of a Grating Written in an Optical Fiber
Application:
09/849,354 →
Method of Operating a Noise-Compensating Gain Controller for an Optical Amplifier
Application:
09/845,402 →
Collimator Array and Method and System for Aligning Optical Fibers to a Lens Array
Application:
09/845,558 →
Enabler of Large Raman Gain on Small Effective Area Fibers
Application:
09/845,401 →
Arrangement Consisting of a Photodiode and an Optical Fiber
Application:
09/840,051 →
Thermal Ripple-Compensating, Gain-Flattening Filter for an Optical Amplifier
Application:
09/829,590 →
Optical Amplifiers with a Simple Gain/Output Control Device
Application:
09/821,924 →
Single Parameter Gain Slope Adjuster for an Optical System
Application:
09/809,882 →
Electroabsorption Modulated Laser
Application:
09/809,725 →
Optical Amplifier and Optical Transmission System
Application:
09/794,033 →
Control Methods for a Metro Optical Amplifier
Application:
09/795,789 →
Optical Wavelength Router Using Reflective Surfaces to Direct Output Signals
Application:
09/794,590 →
Switchable Interleaved Optical Channel Separator and Isolator Device and Optical Systems Utilizing Same
Application:
09/792,231 →
Techniques for Making an Insertion Loss Correction in an Optical Fiber Amplifier
Application:
09/789,869 →
Method and System for Compensating for Chromatic Dispersion in an Optical Network
Application:
09/784,689 →
Method of Manufacturing a Double-Heterojunction Bipolar Transistor on Iii-V Material
Application:
09/781,275 →
Method of Stabilizing the Wavelength of Lasers and a Wavelength Monitor
Application:
09/778,763 →
Manual Variable Optical Attenuator and Method
Application:
09/773,854 →
Bidirectional Optical Amplifier
Application:
09/773,224 →
Switchable Interleaved Channel Separator Devices and Systems
Application:
09/772,684 →
Athermalized Integrated Optical Waveguide Devices
Application:
09/757,884 →