General Photonics Corp

Chino, CA 91710

COMPANY OVERVIEW

About General Photonics Corp

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Contact

5228 Edison Ave
Chino, CA 91710
United States
http://www.generalphotonics.com
909-590-5473
909-902-5536

More Info on General Photonics Corp

Provides low-cost, high-performance solutions for polarization measurement/management and timing control. Applications include telecommunications, fiber-optic sensors, and optical coherence tomography. Major products include polarization controllers, scramblers, synthesizers, stabilizers, and more.

Articles

Fiber Optics

Luna Innovations acquires General Photonics, expands fiber-optic test portfolio

General Photonics' fiber-optic testing product portfolio will add both breadth and depth to Luna's offering.
FIGURE 1. As detailed in a cross-section of a quadrupole coil (a) wound with two fiber supply reels A (gray) and B (blue), common types of winding defects (b) can occur and affect the performance of a fiber-optic gyroscope (FOG) significantly (c).
FIGURE 1. As detailed in a cross-section of a quadrupole coil (a) wound with two fiber supply reels A (gray) and B (blue), common types of winding defects (b) can occur and affect the performance of a fiber-optic gyroscope (FOG) significantly (c).
FIGURE 1. As detailed in a cross-section of a quadrupole coil (a) wound with two fiber supply reels A (gray) and B (blue), common types of winding defects (b) can occur and affect the performance of a fiber-optic gyroscope (FOG) significantly (c).
FIGURE 1. As detailed in a cross-section of a quadrupole coil (a) wound with two fiber supply reels A (gray) and B (blue), common types of winding defects (b) can occur and affect the performance of a fiber-optic gyroscope (FOG) significantly (c).
FIGURE 1. As detailed in a cross-section of a quadrupole coil (a) wound with two fiber supply reels A (gray) and B (blue), common types of winding defects (b) can occur and affect the performance of a fiber-optic gyroscope (FOG) significantly (c).
Fiber Optics

Fiber-optic Sensing: Transforming FOG coil manufacture from an art to a science

Characterization of both the static and dynamic parameters of fiber coils ensures defect-free and consistent manufacturing for reliable fiber-optic gyroscope (FOG) devices.
General Photonics MPC-202 multifunction polarization controller
General Photonics MPC-202 multifunction polarization controller
General Photonics MPC-202 multifunction polarization controller
General Photonics MPC-202 multifunction polarization controller
General Photonics MPC-202 multifunction polarization controller
Positioning, Support & Accessories

General Photonics polarization controller operates between 1260 and 1650 nm in four modes

The MPC-202 multifunction polarization controller is designed for developers of coherent detection systems.
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9 Lfw 12 Genphoton
9 Lfw 12 Genphoton
9 Lfw 12 Genphoton
9 Lfw 12 Genphoton
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Crosstalk analyzer from General Photonics characterizes PM fiber

The PolaX PXA-1000 distributed polarization-crosstalk analyzer measures the magnitudes and locations of polarization crosstalk peaks along a PM fiber or polarizing waveguide with...
7 Lfw 7 Genphoton
7 Lfw 7 Genphoton
7 Lfw 7 Genphoton
7 Lfw 7 Genphoton
7 Lfw 7 Genphoton
Optics

General Photonics polarization scrambler module uses all-fiber technology

The PCD-005 fiber-optic polarization scrambler module is designed to provide an expanded temperature range of -5° to 65°C.
FIGURE 1. A coherent receiver generally includes three polarization-related circuits/algorithms for polarization demultiplexing, PMD compensation, and PDL compensation functions. Three types of emulation equipment are required to generate the different polarization parameters for the complete characterization of these functions, including the PMD/PDL tolerance range; the tracking speed in response to SOP, PMD, or PDL variations; and the recovery time needed to respond to an abrupt change in these parameters.
FIGURE 1. A coherent receiver generally includes three polarization-related circuits/algorithms for polarization demultiplexing, PMD compensation, and PDL compensation functions. Three types of emulation equipment are required to generate the different polarization parameters for the complete characterization of these functions, including the PMD/PDL tolerance range; the tracking speed in response to SOP, PMD, or PDL variations; and the recovery time needed to respond to an abrupt change in these parameters.
FIGURE 1. A coherent receiver generally includes three polarization-related circuits/algorithms for polarization demultiplexing, PMD compensation, and PDL compensation functions. Three types of emulation equipment are required to generate the different polarization parameters for the complete characterization of these functions, including the PMD/PDL tolerance range; the tracking speed in response to SOP, PMD, or PDL variations; and the recovery time needed to respond to an abrupt change in these parameters.
FIGURE 1. A coherent receiver generally includes three polarization-related circuits/algorithms for polarization demultiplexing, PMD compensation, and PDL compensation functions. Three types of emulation equipment are required to generate the different polarization parameters for the complete characterization of these functions, including the PMD/PDL tolerance range; the tracking speed in response to SOP, PMD, or PDL variations; and the recovery time needed to respond to an abrupt change in these parameters.
FIGURE 1. A coherent receiver generally includes three polarization-related circuits/algorithms for polarization demultiplexing, PMD compensation, and PDL compensation functions. Three types of emulation equipment are required to generate the different polarization parameters for the complete characterization of these functions, including the PMD/PDL tolerance range; the tracking speed in response to SOP, PMD, or PDL variations; and the recovery time needed to respond to an abrupt change in these parameters.
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FIBER-OPTIC TEST & MEASUREMENT: Coherent communications systems demand rigorous polarization testing

Test methods and related instruments for the characterization of all polarization-related functions help different customers quantitatively evaluate their coherent transceivers...

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