US20140219608A1
Waveguide array optical power splitters that provide compact, low-cost implementation of optical power splitting for one and two dimensional optical waveguide arrays are disclosed.
WO/2025/139131 OPTICAL SPLITTER, OPTICAL NETWORK
WO2025139131 - OPTICAL SPLITTER, OPTICAL NETWORK SYSTEM, AND METHOD FOR ASSEMBLING OPTICAL SPLITTER. An optical splitter, an optical network system, and a
OPTICAL POWER SPLITTER
Embodiments presented in this disclosure generally relate to optical power splitters (couplers), and more specifically, to optical power splitters (couplers) having an architecture which may be more reliably
OPTICAL POWER SPLITTER
The device operates as a 3-dB splitter (Y-splitter) that divides the input optical energy equally between two output waveguides. Similarly, the device may also function to combine two light beams into a
Optical power splitter
The optical power splitter has one input optical waveguide and N output optical waveguides and splits an optical signal incident from the input optical waveguide into N optical signals.
OPTICAL SPLITTER INCLUDING A TRIDENT STRUCTURE
The PSR and the optical multiplexer in-clude the optical splitter, and the optical splitter includes specifically a trident structure comprising a tapered first waveguide and two oppositely tapered
US Patent Application for OPTICAL POWER SPLITTERS Patent
Optical splitters that split the power in a received optical signal into two output signals with output powers that are similar (e.g., splitting ratios of 50/50, 55/65, 60/40, etc.) are common and have low
U.S. Patent for Optical splitter Patent (Patent # 10,663,668 issued May
This disclosure relates to an optical splitter in which incident light is dispersed into light according to wavelength by a diffraction grating to be emitted from an emission slit.
Fiber Optic Hardware | Fiber Panels, Housings, Racks, and
Fiber Optic Hardware Corning has a wide variety of hardware solutions to choose from to fit your cabling needs. Choose from racks, panels, modules, splice trays, ethernet fiber switches and other
ZYGO | Precision Optical Metrology | Optical Components
ZYGO is a worldwide supplier of optical metrology systems, custom optical components, and complex electro-optical systems design and
US Patent Application for OPTICAL POWER SPLITTERS Patent
Embodiments herein describe optical splitters that receive an optical signal using a single mode waveguide where the signal is in a fundamental mode. An asymmetric taper can be used to convert
U.S. Patent for Optical power splitters incorporating one or more
The disclosure relates to photonics chips and, more specifically, to structures for an optical power splitter and methods of forming a structure for an optical power splitter. Photonics chips are used in many
US20140219608A1
The optical power splitters do not introduce mode dependent loss and preserve polarization, enabling the optical power splitters to be used with multimode and single mode light sources. In one aspect,
US Patent Application for Optical power splitter Patent Application
An optical power splitter is disclosed that includes a semiconductor substrate, a core layered on the semiconductor substrate, functioning as a transmission medium for optical signals composed of multi
WO2015057484A1
Definitions Embodiments presented in this disclosuregenerally relate to optical power splitters (couplers), and more specifically, to optical power splitters (couplers) having an architecture which
CN1228933C
An optical power splitter that minimizes chip size and manufacturing cost is disclosed. The optical power splitter has one input optical waveguide and N output optical waveguides, and splits the optical signal
Optical power splitter
Optical power splitter - Patent 1380862 2. Description of the Related Art In general, an optical power splitter is used for channeling input light into several different paths and
US7277620B2
A splitter includes an optical splitter arrangement positioned with the interior of a housing. An input cable enters the housing. At least one boot protrudes outwardly from an end wall of the splitter housing. At
This reference is intended for preliminary fiber and communications infrastructure research. Optical interface, fiber type, port or core capacity, electrical input and output, enclosure protection, cooling, installation limits and applicable standards must be verified for the specific project.