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Berkshire Photonics is a pioneer in the development of precision fiber optic coils supporting satellite communications (SATCOM), military, telecommunications, sensing, laser output mode scrambling and radar calibration applications. Fiber types ranging from standard single mode and multimode to a full range of specialty fibers, with standard or high temperature coatings to meet our customer’s requirements.
Berkshire Photonics is proud to offer a line of custom optical fiber coils, for use at ruggedized spools and rack mount enclosures. They are available in multiple configurations: precision optical delays, zero chromatic dispersion, and dispersion compensating. All options can be purchased as stand alone fiber coils or in rack mount enclosures, with or without connectors, pigtails or adapters.
Berkshire stocks an assortment of aluminum spools, ruggedized, and 19” enclosures, however custom spool and enclosure designs are available upon request. Please see additional information below.
Berkshire Photonics offers a line of rack mountable Dispersion Compensation modules (DCMs). These modules are designed for use in high speed telecommunication systems where the optical signals are deformed by chromatic dispersion.
Berkshire Photonics offers a line of rack mountable Dispersion Compensation modules (DCMs). These modules are designed for use in high speed telecommunication systems where the optical signals are deformed by chromatic dispersion.
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The 030V-Z Series Zero Dispersion Module is a rack mountable dispersion shifted system that provides a total final output with no chromatic dispersion, which mimics existing fiber in the ground as a transparent switch between the local and diverse sites. The enclosures can be insulated to maintain thermal stability.
The 030V-Z Series Zero Dispersion Module is a rack mountable dispersion shifted system that provides a total final output with no chro...
The 030V-Z Series Zero Dispersion Module is a rack mountable dispersion shifted system that provides a total final output with no chromatic dispersion, which mimics existing fiber in the ground as a transparent switch between the local and diverse sites. The enclosures can be insulated to maintain thermal stability.
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The 030V-D Series Precision Delay Module provides an optical delay for 1310nm and 1550nm applications in an industrial standard 19 inch rack enclosure. The fiber optic delay line delivers unmatched performance for radar testing, signal processing, phased array antennas, and phase noise testing. The 030V-D uses standard single-mode fiber.
The 030V-D Series Precision Delay Module provides an optical delay for 1310nm and 1550nm applications in an industrial standard 19 inch rack enclosure. The fiber optic delay line delivers unmatched performance fo...
The 030V-D Series Precision Delay Module provides an optical delay for 1310nm and 1550nm applications in an industrial standard 19 inch rack enclosure. The fiber optic delay line delivers unmatched performance for radar testing, signal processing, phased array antennas, and phase noise testing. The 030V-D uses standard single-mode fiber.
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The 01 Series Zero Dispersion Coil is a dispersion shifted system that provides a total final output with no chromatic dispersion, which mimics existing fiber in the ground as a transparent switch between the local and diverse sites.
The 01 Series Zero Dispersion Coil is a dispersion shifted system that provides a total final output with no chromatic dispersion, which mimics existing fiber in the ground as a transparent switch between the local and diverse sites.
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The 01 Series Precision Delay Coil provides an optical delay for 1310nm and 1550nm applications. The fiber optic delay line delivers unmatched performance for radar testing, signal processing, phased array antennas, and phase noise testing. The 01 Series precision delay coil uses standard single-mode fiber. However, if compact designs are required, reduced buffer or reduced clad fibers can be used.
The 01 Series Precision Delay Coil provides an optical delay for 1310nm and 1550nm applications. The fiber optic delay line delivers unmatched performance for radar testing, signal processing, phased array antenn...
The 01 Series Precision Delay Coil provides an optical delay for 1310nm and 1550nm applications. The fiber optic delay line delivers unmatched performance for radar testing, signal processing, phased array antennas, and phase noise testing. The 01 Series precision delay coil uses standard single-mode fiber. However, if compact designs are required, reduced buffer or reduced clad fibers can be used.
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The 02 Series Zero Dispersion Covered Spools is a dispersion shifted system that provides a total final output with no chromatic dispersion, which mimics existing fiber in the ground as a transparent switch between the local and diverse sites.
The 02 Series Zero Dispersion Covered Spools is a dispersion shifted system that provides a total final output with no chromatic dispersion, which mimics existing fiber in the ground as a transparent switch between the local and diverse sites.
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The 02 Series Precision Delay Covered Spools provides an optical delay for 1310nm and 1550nm applications. The fiber optic delay line delivers unmatched performance for radar testing, signal processing, phased array antennas, and phase noise testing. The 02 Series precision delay coil uses standard single-mode fiber. However, if compact designs are required, reduced buffer or reduced clad fibers can be used.
The 02 Series Precision Delay Covered Spools provides an optical delay for 1310nm and 1550nm applications. The fiber optic delay line delivers unmatched performance for radar testing, signal processing, phased ar...
The 02 Series Precision Delay Covered Spools provides an optical delay for 1310nm and 1550nm applications. The fiber optic delay line delivers unmatched performance for radar testing, signal processing, phased array antennas, and phase noise testing. The 02 Series precision delay coil uses standard single-mode fiber. However, if compact designs are required, reduced buffer or reduced clad fibers can be used.
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