Fiber Optic Switches FOS-1000-2

Name: Fiber Optic Switches FOS-1000-2
Brand: OZ Optics
Availability: InStock

Description

The OZ Optics Rack Mount Fiber Optic Switch (FOS-1000-2) and Bench Top Fiber Optic Switch (FOS-1000-1) represent advanced solutions for automated fiber optic routing and testing in laboratory and network environments. Designed with versatility in mind, these switches are available in a wide range of channel configurations, from 1x4 up to 1x36, making them suitable for both small-scale and large-scale optical network applications. The modular design allows for the integration of up to two independent optical switches within a single rack mount unit, providing flexibility for complex testing or monitoring setups.

Utilizing mature MEMS (Micro-Electro-Mechanical Systems) technology, these fiber optic switches deliver exceptional reliability and performance. They are engineered to maintain low insertion loss and high channel isolation, ensuring signal integrity even after millions of switching cycles. This makes them particularly well-suited for demanding applications such as optical network monitoring, fiber-based sensor systems, and rigorous quality control environments. The broad wavelength compatibility, spanning from 1250 nm to 1670 nm with standard single mode fiber, supports a variety of optical communication and measurement tasks.

The user experience is enhanced by a built-in color touchscreen display, offering intuitive control and high-resolution status monitoring. Fast switching times and high repeatability further streamline automated testing and measurement processes. The system includes a USB interface for seamless integration with external control systems, facilitating remote operation and data acquisition. For specialized requirements, options for polarization maintaining or multimode fibers are available, allowing the switch to be tailored to specific test setups or network architectures.

Overall, the FOS-1000 series fiber optic switches from OZ Optics provide a robust, scalable, and user-friendly platform for managing complex optical pathways. Their combination of reliability, configurability, and ease of use makes them a preferred choice for laboratories, manufacturing test stations, and network management centers seeking efficient and precise optical switching solutions.

Specifications

Number Of Ports:	16 – 36
Wavelength Range:	1250 – 1670 nm
Insertion Loss (typical):	1 dB
Return Loss:	55 dB
Fiber Type:	9/125 μm
Switching Time:	5 ms
Adjacent Port Isolation:	> 50 dB
Repeatability:	0.01 dB
Temperature Dependent Loss:	< 0.2 dB
Wavelength Dependent Loss:	< 1.0 dB
PDL:	0.1 dB
Input Supply Voltage:	Universal 50/60 Hz 110/220V
Communication Interface:	USB
Operating Temperature:	0 to +70 °C
Storage Temperature:	-40 to +85 °C
Dimensions:	133 x 430 x 305.6 mm
Display:	Color touch screen

Got questions about specs? Use the inquiry form to ask.

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Features

Flexible Channel Configurations: Available in 1x4 up to 1x36 channel configurations, allowing for versatile testing and network setups.
Multiple Fiber and Device Testing: Supports simultaneous testing of multiple fibers or devices, enhancing productivity in laboratory and production environments.
Broad Wavelength Range: Standard units operate with single mode fiber from 1250 nm to 1670 nm; other wavelength options available upon request for specialized applications.
High Reliability MEMS Technology: Utilizes mature MEMS-based switching for low insertion loss, high channel isolation, and proven durability over millions of cycles.
Touch Screen Interface: Features an intuitive color touch screen display for easy configuration, monitoring, and control.
Fast Switching Time: Delivers rapid channel switching, ideal for time-sensitive testing and network monitoring tasks.
High Repeatability: Ensures consistent performance and measurement accuracy across repeated switching cycles.
Customizable Fiber Types: Supports single mode (SM), polarization maintaining (PM), and multimode (MM) fibers, with customizable core/cladding sizes to match specific requirements.
Wide Connector Compatibility: Available with a variety of connector types including FC/SPC, FC/APC, FC/UPC, LC/SPC, LC/APC, and LC/UPC for seamless integration.
Rack Mount and Bench Top Options: Offered in both rack mount (FOS-1000-2) and bench top (FOS-1000-1) formats to suit different installation environments.
USB Interface: Built-in USB port for straightforward integration with test systems and remote control software.
Custom Solutions Available: OZ Optics provides tailored configurations to meet unique application needs, including dual independent switches in a single rack mount unit.
Ideal for Diverse Applications: Perfect for optical network monitoring, fiber-based sensors, quality control, and end-to-end loss measurement.
Low Insertion Loss & High Channel Isolation: Engineered for minimal signal loss and excellent isolation between channels, ensuring accurate and reliable measurements.
Proven Long-Term Performance: Tested for millions of switching cycles with no degradation in performance, making it a robust choice for demanding environments.

Applications

Optical Network Monitoring
Enables real-time monitoring, fault detection, and performance analysis in fiber optic communication networks, ensuring reliable data transmission and rapid troubleshooting.
Fiber-Based Sensor Systems
Facilitates multiplexing and interrogation of multiple fiber optic sensors for applications in structural health monitoring, environmental sensing, and industrial automation.
Quality Control in Fiber Optic Manufacturing
Automates the testing of multiple fiber optic cables and components, improving throughput and accuracy in production environments.
End-to-End Loss Measurement
Streamlines the process of measuring insertion loss and return loss across multiple fiber links, essential for network commissioning and maintenance.
Device and Component Testing
Allows automated, repeatable testing of optical devices such as transceivers, amplifiers, and splitters by switching between multiple test channels.
Research and Development
Supports experimental setups in laboratories by providing flexible routing of optical signals for prototyping and performance evaluation.
Telecommunications and Data Centers
Enables dynamic provisioning and reconfiguration of optical paths for efficient bandwidth management and redundancy in large-scale networks.
Automated Test Equipment (ATE) Integration
Integrates with automated test systems to facilitate high-throughput testing of optical components and systems.
Redundancy and Backup Switching
Provides seamless switching between primary and backup fiber paths to enhance network reliability and uptime.
Remote Fiber Testing and Monitoring
Supports remote operation and diagnostics of fiber optic links, reducing the need for on-site maintenance and improving operational efficiency.
Wavelength Division Multiplexing (WDM) Systems
Assists in managing and testing multiple wavelength channels in WDM networks, ensuring optimal channel performance.
Educational and Training Laboratories
Offers a versatile platform for teaching fiber optic principles and hands-on training in academic and vocational settings.

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Frequently Asked Questions

What is the OZ Optics FOS-1000 Fiber Optic Switch and what are its main features?

The OZ Optics FOS-1000 is a high-performance fiber optic switch available in rack mount (FOS-1000-2) and bench top (FOS-1000-1) configurations. It supports 1x4 to 1x36 channel switching, features a color touch screen display, fast switching times, high repeatability, and high resolution. The standard model uses single mode fiber for 1250–1670 nm, but options for polarization maintaining or multimode fiber are available upon request.

What applications are suitable for the FOS-1000 Fiber Optic Switch?

The FOS-1000 Fiber Optic Switch is ideal for optical network monitoring, fiber-based sensors, quality control, and end-to-end loss measurement. Its high reliability and fast switching make it suitable for both laboratory and industrial test environments.

How do I select the correct configuration for my application?

You can choose from 1x4 to 1x36 channel configurations and select the number of independent switch modules (1 or 2). The switch supports different fiber types (single mode, polarization maintaining, or multimode), various connector types (FC/SPC, LC/APC, etc.), and a wide range of wavelengths. For custom requirements, contact OZ Optics to discuss your specific needs.

What fiber types and wavelength ranges are supported by the FOS-1000?

The standard FOS-1000 comes with 9/125 µm single mode fiber, supporting a broad wavelength range from 1250 nm to 1670 nm. Options for polarization maintaining (PM) and multimode (MM) fibers are available upon request, allowing for flexibility in various optical setups.

How reliable is the FOS-1000 Fiber Optic Switch?

The FOS-1000 is built using mature MEMS technology, ensuring high reliability and durability. It has been tested over millions of switching cycles with no measurable change in insertion loss, making it highly dependable for long-term use.

What are the available control and interface options?

The FOS-1000 features a user-friendly color touch screen for local control and comes with a USB interface port for remote operation and integration into automated test systems.

Can I order a custom version of the FOS-1000, and what should I consider?

Yes, OZ Optics offers custom configurations for the FOS-1000, including different fiber types, connector options, and mechanical switch technologies. Custom orders may involve longer lead times, non-recurring engineering charges, and minimum order quantities. It is important to specify your requirements clearly, including fiber type, connector type, and channel configuration, to ensure the correct product is delivered.

Got more questions? Use the inquiry form to ask the supplier directly.