JDSU SB1C10161+22XB000FP 1x16 Multimode Fiber Optic Switch with FC/HPC Front Bulkheads

JDSU SB1C10161+22XB000FP 1x16 Multimode Fiber Optic Switch with FC/HPC Front Bulkheads

The JDSU SB1C10161+22XB000FP is an SB Series multimode fiber optic switch designed for controlled optical signal routing in laboratory, production, research, and automated test systems. It provides one optical input and 16 selectable output channels, allowing a single optical source or signal path to be connected to one device, detector, receiver, or test fixture at a time.

This configuration uses 62.5/125 µm multimode fiber and supports wavelengths from 750 nm to 940 nm. The optical input and all 16 outputs are configured as FC/HPC bulkheads on the front panel. The switch also uses the standard SB Series return-loss configuration identified by code X.

The 1x16 architecture is useful in systems where one multimode optical signal must be routed sequentially among multiple optical paths. Controlled channel selection can reduce repeated patch-cord changes, limit unnecessary handling of optical interfaces, and improve consistency during component characterization, production screening, system verification, and multi-channel measurement procedures.

Features and Benefits of the JDSU SB1C10161+22XB000FP

The JDSU SB1C10161+22XB000FP provides practical optical path selection for engineers, laboratories, production facilities, and service organizations working with multimode fiber optic systems.

• 1x16 optical configuration: Routes one multimode optical input to one of 16 selectable output channels.
• 62.5/125 µm multimode fiber: Supports compatible multimode sources, patch cords, detectors, receivers, and optical components.
• 750 nm to 940 nm wavelength range: Accommodates near-infrared multimode optical signals within the documented operating range.
• FC/HPC optical interfaces: Provides straight-contact FC bulkheads for compatible multimode patch cords.
• Front-panel input bulkhead: Places the optical input on the front panel for convenient source connection and maintenance.
• Front-panel output bulkheads: Provides direct access to all 16 output channels from the front of the switch.
• Standard return-loss configuration: Uses the standard SB Series option represented by configuration code X.
• Bulkhead construction: Eliminates permanently attached external pigtails and allows patch cords to be replaced as required.
• Controlled optical routing: Supports repeatable channel selection in multi-device and multi-path measurement systems.
• Reduced manual patching: Helps minimize repeated reconnection of sources, detectors, and devices under test.

1x16 Multimode Optical Routing

The JDSU SB1C10161+22XB000FP connects one optical input to one selected output channel. The other output channels remain outside the active optical path until selected through the switch control system.

This arrangement is useful when one multimode optical source must serve several devices under test. It can also support systems where multiple optical paths must be connected sequentially to a common detector, receiver, optical power meter, or other measurement instrument.

A 1x16 configuration provides substantial path capacity for automated test stations and production systems. Dedicated connections can remain installed between the switch outputs and the associated devices, fixtures, or reference paths while the active channel is selected as required.

Controlled optical routing can improve test throughput by reducing manual fiber changes. It can also help maintain consistent optical connections and reduce wear or contamination caused by frequent handling of source and detector interfaces.

62.5/125 µm Multimode Fiber Configuration

The fiber code in the JDSU SB1C10161+22XB000FP identifies 62.5/125 µm multimode fiber. The switch should be used with compatible multimode sources, patch cords, detectors, receivers, and other optical system components.

Multimode measurements can be affected by source launch conditions, modal distribution, fiber length, connector alignment, patch-cord construction, and fiber bending. Consistent launch conditions and matching fiber types are important when comparing optical performance among the 16 output channels.

This unit should not be described as a 9/125 µm single-mode switch. The fiber code 2 identifies the installed optical configuration as 62.5/125 µm multimode fiber.

750 nm to 940 nm Wavelength Range

The wavelength code B identifies a supported wavelength range from 750 nm to 940 nm for compatible multimode configurations. This near-infrared range supports optical routing applications involving appropriate sources, detectors, sensors, components, and test equipment.

The optical source, detector, fiber, and connector interfaces should all support the intended wavelength. Equipment designed exclusively for longer telecom wavelengths may not provide appropriate performance within the 750 nm to 940 nm operating range.

Complete system performance also depends on source launch conditions, fiber modal distribution, patch-cord quality, connector cleanliness, detector area, and the condition of the internal switch paths.

Front-Panel FC/HPC Bulkheads

The JDSU SB1C10161+22XB000FP uses front-panel bulkheads for its optical input and all 16 outputs. This arrangement provides direct access to every optical channel without requiring rear-panel fiber routing or permanently attached pigtails.

The FC/HPC configuration uses straight-contact FC interfaces. Compatible FC/PC or FC/HPC multimode patch cords should be selected according to the connector polish and keying requirements of the complete optical system.

FC/HPC connectors should not be mated directly with FC/APC connectors. Straight-contact and angled-contact connectors use different ferrule end-face geometries, and direct mating can damage the interfaces or degrade optical performance.

Typical Applications

The JDSU SB1C10161+22XB000FP Multimode Fiber Optic Switch is suitable for professional applications such as:

• Automated multimode optical signal routing
• Multi-device optical component testing
• Near-infrared source distribution
• Receiver and detector path selection
• Production-line optical testing
• Multimode fiber system evaluation
• Optical power and loss measurement systems
• Component screening and quality control
• Laboratory research and development
• Optical sensor and detector testing
• Service and troubleshooting systems
• Automated optical test equipment integration

Product Overview

Brand	JDSU / JDS Uniphase
Model	SB1C10161+22XB000FP
Product Family	SB Series Fiber Optic Switches
Product Category	Multimode Fiber Optic Switch
Switch Configuration	1x16
Number of Input Channels	One
Number of Output Channels	16
Fiber Type	62.5/125 µm multimode fiber
Wavelength Range	750 nm to 940 nm
Return-Loss Configuration	Standard
Connector Type	FC/HPC
Input Port Location	Front-panel bulkhead
Output Port Location	Front-panel bulkheads
Primary Application	Routing one multimode optical input to one of 16 selectable outputs

 

Part Number Configuration Details

Configuration Field	Selected Configuration
Input Configuration Code	1C
Input Configuration	One input channel, C configuration
Input Port Code	1
Input Port Type	Bulkhead on front
Output Channel Code	016
Number of Output Channels	16
Output Port Code	1
Output Port Type	Bulkheads on front
Fiber Type Code	2
Fiber Type	62.5/125 µm multimode fiber
Return-Loss Code	X
Return-Loss Configuration	Standard
Wavelength Code	B
Wavelength Range	750 nm to 940 nm, multimode only
Cable-Length Code	000
Cable-Length Requirement	Not applicable for bulkhead ports
Connector Code	FP
Connector Type	FC/HPC

 

System Integration

The JDSU SB1C10161+22XB000FP is intended for integration into a professional multimode optical test or routing system. Channel selection may be coordinated with optical sources, power meters, receivers, detectors, attenuators, fixtures, and automated production equipment.

One optical source can serve as many as 16 connected test paths through the switch. A compatible control system selects the required output before initiating a measurement on the connected component or optical path.

The required electrical control interface, command set, external cables, and software should be confirmed for the individual unit. These electrical and control details cannot be determined solely from the optical configuration portion of the model number.

Installation and Fiber Management

The front-panel port arrangement should be considered when planning rack installation and cable routing. Sufficient access and clearance should be provided for the input patch cord and all 16 output patch cords.

Each output should be labeled clearly within the surrounding system. Consistent channel labeling helps prevent routing errors and simplifies test development, troubleshooting, maintenance, and component replacement.

All connected fibers should be routed with appropriate bend-radius control and strain relief. Excessive bending, pulling, or lateral force at the front-panel bulkheads can affect optical performance or damage the patch cords and switch interfaces.

Comprehensive Functional and Performance Testing

Formal metrology calibration may not be applicable to every fiber optic switch configuration. When optical characterization is technically applicable and supported, the JDSU SB1C10161+22XB000FP is characterized before shipment. This process may include evaluation of channel repeatability, insertion loss, optical path performance, and switching operation.

If formal calibration or characterization documentation is unavailable, the switch receives comprehensive functional and performance testing. This process may include verification of the input port, all 16 output channels, channel selection, optical continuity, connector condition, available control functions, and supported optical performance.

Testing the complete 1x16 configuration helps identify inactive channels, intermittent switching, abnormal path loss, damaged connectors, and other conditions that could affect operation in a laboratory or production system.

The exact test scope, optical data, documentation, and included service records should be confirmed before purchase when these items are required for laboratory, manufacturing, regulatory, or quality-management applications.

Buyer Considerations

The JDSU SB1C10161+22XB000FP is a configuration-specific multimode fiber optic switch. Buyers should confirm that the 1x16 architecture, 62.5/125 µm multimode fiber, 750 nm to 940 nm wavelength range, FC/HPC connectors, standard return-loss configuration, and front-panel bulkheads match the intended optical system.

This unit should not be confused with a similarly numbered 9/125 µm single-mode configuration. The fiber code 2 and wavelength code B identify the SB1C10161+22XB000FP as a 62.5/125 µm multimode switch designed for the 750 nm to 940 nm range.

Buyers should review the condition of the input and all 16 output interfaces, channel-selection operation, control connections, enclosure, power requirements, included cables, and available test results before purchase.

Why Buy from AssetRelay?

AssetRelay supplies professional equipment and product solutions for fiber optic, telecom, laboratory, production, inspection, cleaning, RF/microwave, electronic test, and photonics applications. The JDSU SB1C10161+22XB000FP helps engineers, laboratory personnel, production facilities, procurement teams, and service organizations implement multi-channel multimode optical routing in professional test systems.

Buyers should review the available product photographs, physical condition, port arrangement, channel configuration, optical connector condition, included accessories, testing information, and system compatibility before purchase. Confirming these details helps ensure that the switch matches the intended fiber type, wavelength range, connector polish, channel count, and automated test workflow.

Only accessories specifically identified in the product listing should be considered included. FC/HPC patch cords, control interfaces, external controllers, software, optical sources, detectors, attenuators, and automation equipment may be required separately.