Patent Assignment
Reel/Frame 032494/0343
Assignment of Assignor's Interest
Recorded: 2014-03-21
Received: 2014-03-21
Pages: 85
Assignor
AVANEX CORPORATION
Executed: 2009-07-07
Assignee
OCLARO (NORTH AMERICA), INC.
2560 JUNCTION AVENUE, SAN JOSE, CA, 95134, UNITED STATES
Covered Properties
(86)
Reduction Of Packet Loss Through Optical Layer Protection
Application:
12/173,723 →
Analyzing Tunable Optical Filters Using Tunable Source
Application:
11/998,213 →
Dynamic Thermal Management of Laser Devices
Application:
11/747,728 →
Multiport Switch for Optical Performance Monitor
Application:
11/389,812 →
Optical Switch Having Angle Tuning Elements and Multiple-Fiber Collimators
Application:
11/376,051 →
Apparatus, System and Method for a Tunable Optical Filter and Channel Dropping De-Multiplexer
Application:
11/198,721 →
Tunable Single-Channel Dispersion Compensator for High-Speed Optical Systems
Application:
11/115,531 →
Optical Switch
Application:
11/070,450 →
Single Channel Four-Port Group Delay Compensation Equalizer
Application:
10/990,688 →
Slanted Bragg Grating Gain Flattening Filter Having Spatially Overlapping Elementary Filters and a Manufacturing Method Therefor
Application:
10/928,293 →
System and Method for Dynamic Range Extension and Stable Low Power Operation of Optical Amplifiers Using Pump Laser Pulse Modulation
Application:
10/896,611 →
Reconfigurable Optical Add-Drop Multiplexers Employing Optical Multiplex Section Shared Protection
Application:
10/786,175 →
Dual-Filter Architecture for Reduced Dispersion
Application:
10/766,680 →
Reconfigurable Thin Film Filter Based Dwdm Devices for Reconfigurable Add-Drop Optical Systems
Application:
10/736,818 →
Universal Controller for an Optical Amplifier That Operates Over a Wide Dynamic Range of Optical Signals and Optical Amplifiers Utilizing Such Controllers
Application:
10/672,610 →
Apparatus and System for a Re-Configurable Channel Dropping De-Multiplexer
Application:
10/661,452 →
Upgradeable Optical Add/Drop Multiplexer
Application:
10/650,936 →
Pumping Method and Unit for Optical Amplifiers
Application:
10/643,493 →
Liquid Crystal Device and Method for Optical Performance Monitoring in Fiber Optic Communication Systems
Application:
10/637,115 →
Method and System for Monitoring Multiple Optical Communications Lines
Application:
10/439,631 →
Inverse Fourier Transform Method, Phase Characterisation Method of Optical Components from Transmission and Group Delay Measurements as Well as a System for Performing the Method
Application:
10/424,758 →
Optical Multiplexer and Demultiplexer Apparatus Utilizing Multiple Polarization Beam Splitters and Reflection Interferometers
Application:
10/425,068 →
Apodised Complex Filter
Application:
10/423,980 →
Dynamic Gain Equalising Filter
Application:
10/412,301 →
Synthesis of Optical Dispersion Compensators and Methods Using a Series of Gt Cavities
Application:
10/260,013 →
Interferometers for Optical Communications Utilizing Photo-Sensitive Materials
Application:
10/388,580 →
Method and Apparatus for Tunable Interferometer Utilizing Variable Air Density
Application:
10/339,718 →
Micro Opto Electro Mechanical Device
Application:
10/305,158 →
Optical Add/Drop Multiplexer Utilizing Variable Optical Attenuator
Application:
10/294,398 →
Package for Optical Filter Device
Application:
10/284,814 →
Inversion Level Controller and System for Optical Amplifiers
Application:
10/260,678 →
Tunable Filter Consisting of an Optical Fiber, and a Corresponding Method
Application:
10/254,656 →
Reducing Insertion Losses of a Written in Grating with Mode Coupling in the Cladding
Application:
10/220,065 →
Method and Apparatus for Compensating Differential Group Delay
Application:
10/225,650 →
High Extinction Ratio and Low Crosstalk Compact Optical Switches
Application:
10/224,748 →
Slanted Bragg Grating Optical Fiber and Process for Manufacturing Such a Fiber
Application:
10/217,426 →
Optical Fiber Equipment with a Bragg Grating Tuneable by a Piezoelectric Actuator
Application:
10/193,311 →
Optical Fiber Amplifier Device and Communications System Using the Optical Fiber Amplifier Device
Application:
10/193,310 →
Optical Amplifier Site with Reduced Noise and Transmission System Utilizing Such
Application:
10/185,935 →
Raman Amplifiers with Improved Signal Power Management
Application:
10/178,799 →
Method and Apparatus for Reducing Multi-Path Interference in Dispersion Compensation Systems
Application:
10/178,800 →
Wide-Band Raman Amplifiers
Application:
10/174,340 →
Apparatus and Method for Controlling Extinction Ratio in a Liquid Crystal Polarization Controller Optical Switch
Application:
10/173,290 →
Method for Controlling Performance of Optical Amplifiers
Application:
10/145,456 →
Optical Waveguide and Method for Creating an Asymmetrical Optical Filter Device
Application:
10/140,201 →
Bragg Grating Filter Optical Waveguide Device
Application:
10/115,253 →
Optical Interleaver
Application:
10/112,624 →
Optical Package with Cascaded Filtering
Application:
10/108,010 →
Single Parameter Gain Slope Adjuster for an Optical System
Application:
10/080,756 →
Multi-Functional Optical Device Utilizing Multiple Polarization Beam Splitters and Non-Linear Interferometers
Application:
10/074,303 →
Fiber Optic Signal Detector with Two Switchable Input Channels
Application:
10/042,947 →
Fiber Grating Optical Waveguide Device
Application:
10/036,448 →
Fibre Grating Optical Waveguide Device
Application:
10/032,538 →
Temperature-Stabilized Optical Amplifier and Method for Temperature-Stabilizing an Optical Amplifier
Application:
09/992,146 →
Variable Gain Optical Amplifier and Control Method
Application:
09/986,991 →
Optical Routers and Redundancy
Application:
10/012,207 →
Tapped Delay Line-Based Configurable Spectral Filter with in-Situ Monitoring
Application:
10/016,014 →
Six-Port Optical Package and Method of Manufacturing
Application:
09/945,373 →
Multiple -Port Optical Package and Dwdm Module
Application:
09/945,313 →
Pump Power Monitor System and Method for Gain Control of Optical Amplifier
Application:
09/932,522 →
Tapped Delay Line Based Gain Flattening Filter
Application:
09/902,424 →
Apparatus and Method for Channel Monitoring in a Hybrid Distributed Raman/Edfa Optical Amplifier
Application:
09/898,244 →
Method and Apparatus for Multi-Pass Photonic Processors with Circulators and Multiple-Fiber Collimators
Application:
09/896,555 →
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 →
Optical Fiber Clamping Method to Hold Fiber Cable While Providing Some Retract Distance Across Module Unit
Application:
09/888,301 →
Fiber Optic Dense Wavelength Division Multiplexer Utilizing a Multi-Stage Parallel Cascade Method of Wavelength Separation
Application:
09/881,274 →
Thulium Doped Fiber Amplifier Pumping Scheme
Application:
09/862,770 →
Optical Amplifier Performance Controller and Method of Use
Application:
09/860,021 →
Compensation of Polarization Mode Dispersion of a Grating Written in an Optical Fiber
Application:
09/849,354 →
Enabler of Large Raman Gain on Small Effective Area Fibers
Application:
09/845,401 →
Method of Operating a Noise-Compensating Gain Controller for an Optical Amplifier
Application:
09/845,402 →
Micro Electromechanical System and Method for Transmissively Switching Optical Signals
Application:
09/834,492 →
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 →
Control Methods for a Metro Optical Amplifier
Application:
09/795,789 →
Full-Duplex Optical Add/Drop Communications System Utilizing Central Light Sources
Application:
09/794,368 →
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 →
Universal Controller for an Optical Amplifier That Operates Over a Wide Dynamic Range of Optical Signals and Optical Amplifiers Utilizing Such Controllers
Application:
09/789,915 →
Reconfigurable Automatic Gain Control and Method for Optical Amplifier
Application:
09/777,162 →
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 →
Piezo-Actuator Based Optical Add/Drop Module
Application:
09/773,212 →