Patent Assignment
Reel/Frame 049783/0733
CHANGE OF NAME
Recorded: 2019-07-17
Received: 2019-07-17
Pages: 6
Assignor
OCLARO, INC.
Executed: 2019-06-03
Assignee
LUMENTUM OPTICS INC.
400 NORTH MCCARTHY BLVD, MILPITAS, CA, 95035, UNITED STATES
Covered Applications
(65)
Spectral Analysis For Coherent Optical Receivers
App. No. 13/939,492
→
Thermal Locker
App. No. 13/920,904
→
ELECTRO-OPTIC DEVICE PACKAGES
App. No. 12/460,477
→
LITHIUM NIOBATE OPTICAL MODULATOR
App. No. 12/208,696
→
ELECTRO-OPTIC DEVICE PACKAGES
App. No. 12/150,542
→
FIBER LENS ASSEMBLY FOR OPTICAL DEVICE
App. No. 12/014,728
→
PARTIAL DPSK (PDPSK) TRANSMISSION SYSTEMS
App. No. 11/740,212
→
AIR CAVITY PLASTIC PACKAGE FOR HIGH FREQUENCY OPTICAL DEVICES
App. No. 11/538,890
→
METHOD AND APPARATUS FOR CONTROL OF DPSK AND DQPSK RECEIVERS AND TRANSMITTERS
App. No. 11/509,489
→
METHOD AND APPARATUS FOR A FIBER OPTIC HOUSING AND ALIGNING DEVICE
App. No. 11/352,164
→
LITHIUM NIOBATE OPTICAL MODULATOR
App. No. 10/527,607
→
METHOD FOR ASSEMBLY OF MULTI-PORTS OPTICAL APPARATUS
App. No. 11/247,779
→
OPTICAL INTERFEROMETER
App. No. 11/217,543
→
SYSTEMS FOR DEPLOYING AN OPTICAL NETWORK
App. No. 11/098,837
→
ELECTRO-OPTICAL DEVICE
App. No. 11/070,931
→
METHOD AND APPARATUS FOR A LATCHABLE AND PLUGGABLE ELECTRONIC AND OPTICAL MODULE
App. No. 10/892,903
→
SEMICONDUCTOR OPTICAL DEVICE ON AN INDIUM PHOSPHIDE SUBSTRATE FOR LONG OPERATING WAVELENGTHS
App. No. 10/893,140
→
ELECTRO-OPTIC MODULATORS WITH INTERNAL IMPEDANCE MATCHING
App. No. 10/888,653
→
METHOD AND STRUCTURE OF ELECTRIC FIELD POLING OF TI INDIFFUSED LINBO3 SUBSTRATES WITHOUT THE USE OF GRINDING PROCESS
App. No. 10/871,298
→
STRUCTURES FOR SMALL FORM FACTOR LINBO3 OPTICAL MODULATOR
App. No. 10/866,949
→
INTEGRATED OPTICAL DEVICE WITH REDUCED WAVEGUIDE BIREFRINGENCE
App. No. 10/861,972
→
SYSTEM AND METHOD FOR A COMPACT OPTICAL RECEIVER WITH WIDE DYNAMIC RANGE
App. No. 10/817,105
→
SYSTEM FOR REDUCING THE ELECTRICAL RETURN LOSS OF A LITHIUM NIOBATE TRAVELING WAVE OPTICAL MODULATOR WITH LOW CHARACTERISTIC IMPEDANCE
App. No. 10/799,051
→
OPTICAL MODULES EMPLOYING GLASS-SEALED FIBER FEEDTHRU WITH C-SEAL
App. No. 10/678,526
→
ADJUSTABLE TEMPERATURE COMPENSATING PACKAGE FOR OPTICAL FIBER DEVICES
App. No. 10/662,882
→
MODAL FIELD CONVERTER FOR A HIGHLY EFFICIENT COUPLING IN OPTICAL MODULES
App. No. 10/655,497
→
METHOD AND APPARATUS FOR A FIBER OPTIC HOUSING AND ALIGNING DEVICE
App. No. 10/642,050
→
OPTICAL MODULE AND A METHOD FOR MANUFACTURING AN OPTICAL MODULE
App. No. 10/463,596
→
MICROWAVE ELECTRONIC DEVICES COMPRISING A METAL ENCLOSURE
App. No. 10/442,966
→
OPTICAL DEVICE FOR REDUCING TEMPERATURE RELATED SHIFT
App. No. 10/434,064
→
CONTROL OF AN OPTICAL MODULATOR FOR DESIRED BIASING OF DATA AND PULSE MODULATORS
App. No. 10/386,358
→
METHODS AND APPARATUS FOR SPECTRALLY EFFICIENT OPTICAL MODULATION
App. No. 10/386,359
→
INTEGRATED LASER WITH PEROT-FABRY CAVITY
App. No. 10/362,754
→
PASSIVE COMPENSATING COUPLING LASER DEVICE
App. No. 10/221,376
→
OPTICAL WAVEGUIDE PHASE SHIFTER
App. No. 10/326,614
→
METHOD OF FORMING A SEMICONDUCTOR COMPONENT
App. No. 10/320,503
→
SEMICONDUCTOR OPTICAL COMPONENT
App. No. 10/309,074
→
METHOD FOR MANUFACTURING AN OPTICAL MODULE AND OPTICAL MODULE
App. No. 10/309,087
→
SEMICONDUCTOR LASER
App. No. 10/283,133
→
OPTICAL CAVITY RESONATING OVER A CONTINUOUS RANGE OF FREQUENCIES
App. No. 10/265,618
→
SEMICONDUCTOR OPTICAL COMPONENT AND A METHOD OF FABRICATING IT
App. No. 10/233,398
→
COPLANAR INTEGRATED OPTICAL WAVEGUIDE ELECTRO-OPTICAL MODULATOR
App. No. 10/185,772
→
BROAD-BAND BIASING SYSTEM FOR BIASING AN ELECTRONIC CIRCUIT AND AN AMPLIFIER INCORPORATING THE SYSTEM
App. No. 10/178,539
→
METHOD OF ANALOG MODULATION AND OPTICAL EMITTER USING THIS METHOD
App. No. 10/169,273
→
ATTENUATOR INTEGRATED WITH MODULATOR AND TRANSMITTING MODULE FOR WDM SYSTEMS USING THE SAME
App. No. 10/168,841
→
OPTICAL DEVICE WITH WAVELENGTH MONITOR
App. No. 10/163,433
→
SPHERICAL LENS AND OPTOELECTRONIC MODULE COMPRISING THE SAME
App. No. 10/155,981
→
LOW-STRESS INNERL STRUCTURE FOR OPTOELECTRONIC HOUSING
App. No. 10/130,700
→
OPTICAL COUPLING DEVICE
App. No. 10/031,901
→
ELECTRO-OPTIC MODULATOR HAVING HIGH BANDWIDTH AND LOW DRIVE VOLTAGE
App. No. 10/141,226
→
COPLANAR WAVEGUIDE WITH A LOW CHARACTERISTIC IMPEDANCE ON A SILICON SUBSTRATE USING A MATERIAL WITH A HIGH DIELECTRIC CONSTANT
App. No. 10/115,925
→
LASER THAT CAN BE TUNED QUICKLY OVER A WIDE BAND
App. No. 10/079,875
→
OPTICAL INTERFEROMETRIC MODULATOR INTEGRATED WITH OPTICAL MONITORING MECHANISM
App. No. 10/076,020
→
JOINT BETWEEN FIBRE AND SUPPORT WITH COLD WELD FOR AN OPTICAL MODULE
App. No. 10/067,776
→
ALL-OPTICAL HIGH BIT-RATE MULTIPLEXER
App. No. 10/067,933
→
BURIED RIBBON SEMICONDUCTOR LASER AND A METHOD OF FABRICATION
App. No. 10/066,641
→
SATURABLE OPTICAL ABSORBER, AND AN APPLICATION THEREOF TO REGENERATING A WAVELENGTH DIVISION MULTIPLEXED SIGNAL
App. No. 10/059,436
→
METHOD FOR STABILIZING TEMPERATURE OF AN OPTOELECTRONIC MODULE
App. No. 10/013,659
→
COLLIMATOR ARRAY AND METHOD AND SYSTEM FOR ALIGNING OPTICAL FIBERS TO A LENS ARRAY
App. No. 09/845,558
→
ARRANGEMENT CONSISTING OF A PHOTODIODE AND AN OPTICAL FIBER
App. No. 09/840,051
→
WAVELENGTH STABILIZATION MONITOR AND METHOD FOR ADJUSTING THE WORKING WAVELENGTH OF SAID MONITOR
App. No. 09/840,273
→
ELECTROABSORPTION MODULATED LASER
App. No. 09/809,725
→
OPTICAL MONITORING IN OPTICAL INTERFEROMETRIC MODULATORS
App. No. 09/797,783
→
OPTICAL COMPONENT HAVING A CHEMICALLY ETCHED GUIDE WITH A RIDGE STRUCTURE AND ITS METHOD OF MANUFACTURE
App. No. 09/789,826
→
ATHERMALIZED INTEGRATED OPTICAL WAVEGUIDE DEVICES
App. No. 09/757,884
→