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Fiber Optic Switch

OE photonics’s 1xN MEMS Switch is based on MEMS technology, this device could be used on channel selection between input fibers and output fibers. This product is designed with compact size, high durability and reliability, and it is widely used in optical network fields such as OADM and OXC.

Specifications

Number Of Ports: 1 – 256
Wavelength Range: 1260 – 1625 nm
Insertion Loss (typical): 0.5 dB
Return Loss: 50 dB
Channel Selection: 1-256 channel
OE photonics’s 1xN Polarization Maintaining MEMS Switch is based on MEMS technology, this device could be used on channel selection between input fibers and output fibers. This product is designed with compact size, high durability and reliability, and it is widely used in optical network fields such as OADM and OXC.

Specifications

Number Of Ports: 1 – 128
Wavelength Range: 1260 – 1625 nm
Insertion Loss (typical): 0.5 dB
Return Loss: 50 dB
Price Range(USD): 60 800
OE photonics’s Polarization Maintaining Mechanical Switch is an industry proven fiber optic switch with excellent durability and reliability. It allows channel selection between input fibers and output fibers. It is widely used in optical network fields such as OLP and switch module.

Specifications

Number Of Ports: 1 – 256
Wavelength Range: 1260 – 1625 nm
Insertion Loss (typical): 0.5 dB
Return Loss: 50 dB
Speed: ≤ 8 ms
If you’re looking for an easy way to convert your fiber optic signal to gigabit Ethernet, you’ll need a fiber media converter. These handy little devices make it simple and quick to get up and running with fast, reliable Ethernet without having to replace your existing fiber infrastructure. Just connect the fiber cable to ...

Specifications

Number Of Ports: 1 – 2
Wavelength Range: 850 – 1550 nm
Insertion Loss (typical): 1.1 dB
Return Loss: -50 dB
Managed Gigabit Media Converter is an IEEE 802.3ah OAM compliant copper to fiber Gigabit Ethernet solution designed to make conversion between 10/100/1000Base-TX and 1000Base-FX with SFP modules and fixed type 1×9 modules. With SNMP and Web-based management in the 2U 16 Slots Managed Media Converter Chassis, the administrator ...

Specifications

Number Of Ports: 1 – 2
Wavelength Range: 850 – 1550 nm
Insertion Loss (typical): 1.1 dB
Return Loss: -50 dB
Introducing the Fiberroad FR-TSN4412, a groundbreaking TSN Industrial Ethernet Switch that is set to revolutionize the world of industrial automation. With its cutting-edge features and advanced capabilities, this switch is truly a game-changer. Boasting an impressive 12×10/100/1000BASE-T RJ45 ports, it provides lightning-fast ...

Specifications

Number Of Ports: 1 – 16
Wavelength Range: 850 – 1550 nm
Insertion Loss (typical): 1.1 dB
Return Loss: -50 dB
The new generation Managed Industrial Switch with 8-Port 10/100/1000Base-TX + 2 x RS485/422/232 and 2xGigabit uplink ports provide stable and reliable Ethernet transmission. It concurrently converts RS-232/422/485 connections to Ethernet connections, allowing for seamless communication between traditional serial-based devices such as ...

Specifications

Number Of Ports: 1 – 12
Wavelength Range: 850 – 1550 nm
Insertion Loss (typical): 1.1 dB
Return Loss: -50 dB
FR-5N3208 is a new generation Power over Ethernet switch with 8-Port 10/100/1000Base-TX and 2 Gigabit SFP that provide stable and reliable Ethernet transmission offered by Fiberroad, with high quality design and reliability. It is positioning in the broadband network market, to offer and realize Ethernet data exchange, convergence ...

Specifications

Number Of Ports: 1 – 9
Wavelength Range: 850 – 1550 nm
Insertion Loss (typical): 1.1 dB
Return Loss: -50 dB
The Industrial Fiber Media Converter provides cost-effective, entry-level media conversion between 1×10/100/1000Base-TX ports and 1000Base-FX ports. With its fixed configuration, deployments are just plug-and-play, and with it is small size, it is ideal for locations where space is limited. It is able to operate under ...

Specifications

Number Of Ports: 1 – 2
Wavelength Range: 850 – 1550 nm
Insertion Loss (typical): 1.1 dB
Return Loss: -50 dB
Gigabit PoE PSE Media Converter is a 10/100/1000Base-TX to 1000Base-X (also can be forced to 100Base-FX) media converter complied with IEEE802.3at or IEEE802.3af standard, the internal AC/DC powered PoE media converter is a Power Sourcing Equipment (PSE) which combines data transfer over optical fibre, providing 15.4W or 30W to ...

Specifications

Number Of Ports: 1 – 2
Wavelength Range: 850 – 1550 nm
Insertion Loss (typical): 1.1 dB
Return Loss: -50 dB
The 10G Fiber to Fiber Media Converter is an exciting new product that allows you to connect two fiber optic cables together. This converter is perfect for use in high speed data applications where you need to connect two different types of fiber optic cable. The 10G Fiber to Fiber Media Converter is also great for connecting two ...

Specifications

Number Of Ports: 1 – 2
Wavelength Range: 850 – 1550 nm
Insertion Loss (typical): 1.1 dB
Return Loss: -50 dB
Looking for a reliable and high-performing fiber media converter with 2 x gigabit ethernet ports? Look no further than the Fiber Media Converter from Fiberroad Technology! This top-of-the-line converter is designed for optimal performance and reliability, and its two-gigabit ethernet ports provide fast and efficient data transfer. ...

Specifications

Number Of Ports: 1 – 3
Wavelength Range: 850 – 1550 nm
Insertion Loss (typical): 1.1 dB
Return Loss: -50 dB
XH-OSW-1X16 optical switch is an optical path control device, which has the role of controlling the optical path and converting the optical path. It has an important role in optical communication applications.    The optical switch is mainly used in optical transmission system for multiple optical monitoring, LAN ...

Specifications

Number Of Ports: 1 – 16
Wavelength Range: 1260 – 1650 nm
Insertion Loss (typical): 1 dB
Return Loss: 50 dB
Connector: FC, LC, SC, ST
XH-FSW-32X32 Matrix optical switch is a product that uses optical switches to realize optical path conversion. The device provides serial port RS-232 , Ethernet RJ45 interface, through the TCP / IP protocol connection to send commands to control optical path switching, and finally realize 32 (input) X 32 (output) ...

Specifications

Number Of Ports: 1 – 256
Wavelength Range: 1260 – 1650 nm
Insertion Loss (typical): 1.2 dB
Return Loss: 50 dB
Fiber Type: 9/125 um
XH-OSW-MXN MEMS Matrix optical switch module is a kind of optical control equipment, which can be interlinked between multi-group input port and multi-group output port, it has the advantages of small size, high switching speed, high reliability and good environmental performance. It is mainly used in optical communication for ...

Specifications

Number Of Ports: 1 – 256
Wavelength Range: 1260 – 1650 nm
Insertion Loss (typical): 2.1 dB
Return Loss: 50 dB
Luminous Power: ≤500 mW
XH-OSW-1X2 optical switch is an optical path control device with the function of controlling the optical path and converting the optical path; it can realize 2 optical signal inputs and select the signal output of one of them (supporting bidirectional use). It has an important role in optical communication applications. Optical ...

Specifications

Number Of Ports: 1 – 2
Wavelength Range: 1260 – 1650 nm
Insertion Loss (typical): 0.5 dB
Return Loss: 50 dB
Transmission Power: ≤ 500 mW
XH-OSW-2X2F optical switch is a kind of optical path control device, which has the function of controlling the optical path and converting the optical path; it can realize the two-way direct and cross function of the optical path. It plays an important role in optical communication applications. Optical switches are mainly used ...

Specifications

Number Of Ports: 2 – 2
Wavelength Range: 1260 – 1650 nm
Insertion Loss (typical): 0.5 dB
Return Loss: 50 dB
Repeatability (dB): ≤ ±0.02
XH-FSW-1X8-U rackmount optical switch is a kind of optical path control equipment, which can control optical path manually, proximity and remote via keypad, serial communication and Ethernet communication. The FSW-1XN-U rackmount optical switch is a kind of optical path control equipment, which can control optical path switching ...

Specifications

Number Of Ports: 1 – 8
Wavelength Range: 1260 – 1650 nm
Insertion Loss (typical): 1.2 dB
Return Loss: 50 dB
Fiber Type: 9/125 um
XH-OSW-1X64 optical switch is an optical path control device, which has the role of controlling the optical path and converting the optical path. It has an important role in optical communication applications. The optical switch is mainly used in optical transmission system for multiple optical monitoring, LAN multi-source/detector ...

Specifications

Number Of Ports: 1 – 64
Wavelength Range: 1260 – 1650 nm
Insertion Loss (typical): 1 dB
Return Loss: 50 dB
Switching Time: ≤8 ms
The XH-OSW-6X36 matrix optical switch module is a kind of optical path control device, which can be arbitrarily interconnected among multiple groups of input ports and multiple groups of output ports. Due to its advantages such as good environmental performance, it is mainly used in optical communication for cross-connection of ...

Specifications

Number Of Ports: 6 – 36
Wavelength Range: 1260 – 1650 nm
Insertion Loss (typical): 1 dB
Return Loss: 50 dB
Transmission Power: ≤500 mW

Fiber Optic Switches: Enabling High-Speed, Low-Latency Connectivity

Fiber optic switches are pivotal components in modern communication systems, facilitating the efficient routing and management of optical signals across networks. By enabling the dynamic reconfiguration of optical paths, these switches enhance the flexibility, scalability, and performance of fiber optic infrastructures.

What Is a Fiber Optic Switch?

A fiber optic switch is a device that directs optical signals from one fiber to another, allowing for the dynamic routing of light paths within a network. Unlike traditional electronic switches, fiber optic switches operate at the optical layer, processing signals without converting them to electrical form. This capability ensures high-speed data transmission with minimal latency and signal degradation.

Key Features and Benefits

  • High-Speed Performance: Fiber optic switches support rapid switching times, often in the millisecond range, enabling real-time data routing and minimal transmission delays.

  • Low Insertion Loss: These switches exhibit low insertion loss, ensuring efficient signal transmission and maintaining signal integrity over long distances.

  • Immunity to Electromagnetic Interference: Operating with light signals, fiber optic switches are inherently immune to electromagnetic interference, enhancing the reliability of communications in electrically noisy environments.

  • Scalability: With modular designs, fiber optic switches can be expanded to accommodate growing network demands, supporting a wide range of port configurations and channel counts.

Applications of Fiber Optic Switches

  • Telecommunications Networks: Fiber optic switches are integral to telecom infrastructures, enabling efficient signal routing and network management.

  • Data Centers: In data centers, these switches facilitate high-speed data transfer between servers and storage devices, supporting large-scale computing operations.

  • Fiber-to-the-Home (FTTH) Deployments: Fiber optic switches play a crucial role in FTTH networks, managing the distribution of optical signals to end-users.

  • Military and Aerospace Applications: Due to their robustness and reliability, fiber optic switches are employed in military and aerospace systems for secure and high-speed communications.

  • Medical Imaging Systems: In medical devices, these switches enable the precise routing of light signals for imaging and diagnostic purposes.

Types of Fiber Optic Switches

  • Mechanical Fiber Optic Switches: Utilize physical movement to switch optical signals between fibers.

  • Micro-Electro-Mechanical Systems (MEMS) Switches: Employ micro-scale mechanical elements to achieve switching, offering high reliability and compactness.

  • Electro-Optic Switches: Use the electro-optic effect to control light paths, enabling fast and efficient switching.

  • Acousto-Optic Switches: Leverage sound waves to modulate light, providing precise control over optical signals.

Conclusion

Fiber optic switches are essential components in the evolution of high-speed communication networks. Their ability to dynamically route optical signals ensures efficient and reliable data transmission across various applications, from telecommunications to data centers and beyond. As the demand for faster and more flexible networks continues to grow, fiber optic switches will remain at the forefront of optical networking technology.

Did You know?

Did you know that fiber optic switches can reroute optical signals in milliseconds - without converting light to electricity? These innovative switches enable fast, dynamic control of optical networks while maintaining the integrity and speed of the original signal. With no electrical conversion, there’s less latency, reduced power consumption, and minimal signal degradation. Commonly used in telecom networks, data centers, military systems, and medical devices, fiber optic switches support scalable, high-speed connectivity across a wide range of applications. Whether mechanical, MEMS, or electro-optic, these switches are essential for building agile and resilient optical infrastructures in today’s data-driven world.