Patent Assignment
Reel/Frame 064602/0330
Merger
Recorded: 2023-08-16
Pages: 9
Assignor
MELLANOX TECHNOLOGIES SILICON PHOTONICS INC.
Executed: 2023-06-20
Assignee
MELLANOX TECHNOLOGIES, INC.
2530 ZANKER ROAD, SAN JOSE, CALIFORNIA, 95131
Covered Properties
(81)
Attenuator Having Reduced Optical Loss in the Pass Mode
Patent:
6,853,793 →
Application:
10/371,642 →
Multiplexer Having Improved Efficiency
Patent:
7,805,037 →
Application:
10/644,395 →
Optical Component Having Reduced Interference from Radiation Modes
Patent:
6,970,611 →
Application:
10/649,044 →
High Speed Optical Phase Modulator
Patent:
7,394,948 →
Application:
11/146,898 →
High Speed Optical Intensity Modulator
Patent:
7,394,949 →
Application:
11/147,403 →
Sensing System Having Wavelength Reflectors That Receive Modulated Light Signals
Patent:
7,697,121 →
Application:
11/292,317 →
Grating Having Reduced Mode Dispersion
Patent:
7,409,123 →
Application:
11/807,219 →
Efficient Transfer of Light Signals Between Optical Devices
Detector Having Tuned Resistors
Patent:
8,053,722 →
Application:
11/899,402 →
End-User Optical Transceiver Unit with Transmit Signal Attenuation
Multi-Channel Optical Device
Patent:
7,542,641 →
Application:
11/998,846 →
System Having Optical Amplifier Incorporated into Stacked Optical Devices
Patent:
7,945,131 →
Application:
12/008,717 →
Optical Receiver for Use with Range of Signal Strengths
Patent:
7,599,596 →
Application:
12/077,068 →
Transfer of Light Signals Between Optical Fibers and System Using Optical Devices with Optical Vias
Patent:
8,090,231 →
Application:
12/148,784 →
High Speed Optical Phase Modulator
System Having Reduced Distance Between Scintillator and Light Sensor Array
Patent:
7,659,519 →
Application:
12/156,784 →
Interface Between Light Source and Optical Component
Optical Coupler at Interface Between Light Sensor and Waveguide
Patent:
7,769,259 →
Application:
12/291,003 →
Optical Component Having Features Extending Different Depths into a Light Transmitting Medium
Patent:
8,021,561 →
Application:
12/321,368 →
Optical Device Having Light Sensor Employing Horizontal Electrical Field
Forming Optical Device Using Multiple Mask Formation Techniques
Patent:
8,571,362 →
Application:
12/384,094 →
Optical Device Having Light Sensor Employing Horizontal Electrical Field
System Having Light Sensor with Enhanced Sensitivity Including a Multiplication Layer for Generating Additional Electrons (as Amended)
Optical Device Having Modulator Employing Horizontal Electrical Field
Reducing Optical Loss in an Optical Modulator Using Depletion Region
Optical device having partially butt-coupled light sensor
Multi-channel optical device
Extension of Steps in Reflective Optical Gratings
System Having Avalanche Effect Light Sensor with Enhanced Sensitivity
Light Monitor Configured to Tap Portion of Light Signal from Mid-Waveguide
Patent:
8,411,260 →
Application:
12/804,769 →
Optical Modulator with Three-Dimensional Waveguide Tapers
Reducing Optical Loss in Reflective Optical Gratings
Ring Resonator with Wavelength Selectivity
Optical System Having Dynamic Waveguide Alignment
Patent:
9,217,831 →
Application:
12/928,077 →
Device with multiple light sensors receiving light signals from a waveguide
Multi-Channel Optical Device
Patent:
8,463,088 →
Application:
13/136,601 →
Application of Electrical Field Power to Light-Transmitting Medium
Gain Medium Providing Laser and Amplifier Functionality to Optical Device
Optical Device Having Reduced Optical Leakage
Optical Component Having Reduced Dependency on Etch Depth
Laser combining light signals from multiple laser cavities
Patent:
9,379,515 →
Application:
13/385,275 →
Coupling Between Optical Devices
Optical Component Having Reduced Dependency on Etch Depth
Integration of Components on Optical Device
High Speed Optical Transmitter Producing Modulated Light Signals
Light sensor having reduced dark current
Patent:
8,842,946 →
Application:
13/506,071 →
Integration of laser into optical platform
Isolation of components on optical device
Enhancing uniformity of slab region thickness in optical components
Optical device having light sensor with doped regions
System for Managing Thermal Conduction on Optical Devices
Reduction of Mode Hopping in a Laser Cavity
Wafer Level Testing of Optical Devices
Enhancing Planarization Uniformity in Optical Devices
Edge Coupling of Optical Devices
Transfer of Light Signals Between Optical Devices
Patent:
9,052,464 →
Application:
13/888,229 →
Enhancing the Performance of Light Sensors That Receive Light Signals from an Integrated Waveguide
Temperature Control of Components on an Optical Device
Reducing Power Requirements for Optical Links
Patent:
9,312,960 →
Application:
14/280,067 →
Electrooptic Silicon Modulator with Enhanced Bandwidth
Patent:
9,274,353 →
Application:
14/282,975 →
Controlling the Composition of Electro-Absorption Media in Optical Devices
Temperature Control of a Component on an Optical Device
Patent:
9,372,317 →
Application:
14/337,822 →
Control of Thermal Energy in Optical Devices
Temperature Control of Components on an Optical Device
Wafer Level Testing of Optical Devices
Enhancing the Bandwidth of Light Sensors on Planar Optical Devices Comprising a Light Sensor Configured to Output a Passed Light Signal and to Receive at Least a Portion of the Passed Light Signal
Resolution of Mode Hopping in the Output of Laser Cavities
Edge Construction on Optical Devices
Temperature Control of Components on an Optical Device
Temperature Control of a Component on an Optical Device
Edge Construction on Optical Devices
Patent:
9,835,801 →
Application:
15/273,615 →
Construction of Integrated Mode Transformers
Temperature Control of Components on an Optical Device
Attenuator with Improved Fabrication Consistency
Patent:
9,798,166 →
Application:
15/414,547 →
Controlling the Composition of Electro-Absorption Media in Optical Devices
Construction of Integrated Mode Transformers
Increasing Accuracy in the Wavelength of Semiconductor Lasers
Temperature Control of Components on an Optical Device
Construction of Integrated Mode Transformers
Patent:
10,007,060 →
Application:
15/714,448 →
Edge Construction on Optical Devices
Silicon-Germanium Optical Modulator Structure for Use with Optical Chips
Patent:
10,649,244 →
Application:
16/368,628 →
Related Assignments
(5)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest
Nov 30, 2009
From: LIAO, SHORONG; ZHENG, DAWEI; KUNG, CHENG-CHIH; ASGHARI, MEHDI
To: KOTURA, INC.
Reel/Frame 023600/0104 →
Change of Name
Jan 19, 2016
From: KOTURA, INC.
To: MELLANOX TECHNOLOGIES SILICON PHOTONICS INC.
Reel/Frame 037560/0263 →
Change of Name
Jan 20, 2016
From: KOTURA, INC.
To: MELLANOX TECHNOLOGIES SILICON PHOTONICS INC.
Reel/Frame 037565/0034 →
Patent Security Agreement
Feb 23, 2016
From: MELLANOX TECHNOLOGIES SILICON PHOTONICS INC.
To: JPMORGAN CHASE BANK, N.A., AS ADMINISTRATIVE AGENT
Reel/Frame 037897/0418 →
Release of Security Interest in Patent Collateral at Reel/Frame No. 37897/0418
Jul 13, 2018
From: JPMORGAN CHASE BANK, N.A., AS ADMINISTRATIVE AGENT
To: MELLANOX TECHNOLOGIES SILICON PHOTONICS INC.
Reel/Frame 046542/0669 →