Showing 1–16 of 17 results
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The Series 1×8 fiber optic switch connects optical channels by redirecting an in- coming optical signal into a selected output fiber. This is achieved by using a patent pending op to-mechanical configuration activated via an electrical control signal. Latching operation preserves the selected optical path after the drive signal has been removed. The switch has integrated electrical position sensors, and the new material based advanced design significantly reduces moving part position sensitivity, offering unprecedented high stability as well as an unmatched low cost. Electronic driver is available for this series of switches.
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The 1×1 Mechanical optical switch is connected to the optical path by connecting or blocking the optical signal, the product is controlling by electrical signal to switch the optical path.
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The 1×2 FSW OSW 850nm is a compact and cost-effective 1×2 fiber optic switch designed for reliable optical signal routing and network protection at 850nm wavelength. Featuring low insertion loss (0.5 dB typical), high channel isolation, and an epoxy-free optical path, it ensures high stability and long-term performance. This latching or non-latching switch supports multimode fiber applications and is widely used in optical network protection/restoration, signal routing, configurable optical add/drop, and transmitter/receiver protection. With a power supply option of 3.0V or 5.0V, operating temperature range of -20°C to +75°C, and multiple connector and fiber length options, it offers flexible integration for various optical test and communication systems.
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The 1×2 Magneto-Optical Switch is a high-performance optical switching device designed for the 1520~1580 nm wavelength range, delivering low insertion loss (≤1.0 dB), high isolation (≥40 dB), and fast switching speed (<200 µs). It features excellent stability and reliability, with epoxy-free optical path design and options for both latching and non-latching operation. With compact dimensions of 28.6×7.6×8.5 mm and low power consumption, it is easy to integrate into various optical systems. This switch is an ideal solution for high-speed protection, system monitoring, test and measurement, fiber sensing, and network protection applications, providing precise and durable optical path control.
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1×2 Mechanical Optical Switch is used to turn on, turn off and switch optical signal. The 1×2 Mechanical Optical Switch is based on Advanced Optoelectronic Integrated Technology. With the development of optical communication, Optical Switch device is the key to a new generation of all-optical network in near future.
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1×4 Opto-Mechanical Bi-directional Fiber Optic Switch connects optical channels by redirecting 1 incoming optical signals into 4 output fibers. The new material based advanced design significantly reduces moving part position sensitivity, offering unprecedentedhighstabilityas wellas unmatchedlowcost.
Application
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2×2 Mechanical Optical Switch is not affected by the polarization and wavelength. It supports all wavelength at 850nm and 1260nm~1650nm, and It provides high reliability, low insertion loss, fast switching speed and bi-directional performance. They are widely used for multiplex OADM, cross connectors OXC, system testing and protection.
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2x2B Opto-Mechanical Bi-directional Fiber Optic Switch offers ultra-high reliability and fast switching speed as well as bi-directional performance. The 2x2B mechanical Fiber Optical Switch are true switching solution for optical networking applications, mainly used to realize optical path protection.
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Dual 1×2 Opto-Mechanical Bi-directional Fiber Optic Switch combine 2unit 1×2 Optical switch. Each 1×2 Optical Switch connects optical channels by redirecting 1 incoming optical signals into 2 output fibers. This is achieved using a opto-mechanical configuration and activated via an electrical control signal. It is designed for use in optical fiber communication networks and measurement instruments.
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Dual 2x2B Opto-Mechanical Bi-directional Fiber Optic Switch combine 2unit 2x2B Optical switch. Each 2×2 Bypass Optical Switch connects optical channels by redirecting 2 incoming optical signals into 2 output fibers. This is achieved using a opto-mechanical configuration and activated via an electrical control signal.
D2x2B Optical Switch is mainly used to realize optical path protection.
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The FSW-1U-1X10-MM-FCPC is a high‑performance optical path control device designed for reliable signal routing in rack‑based communication systems. It features low insertion loss (≤1.2 dB), fast switching time (≤10 ms), and high channel isolation (≥35 dB), ensuring stable operation across the 850 nm wavelength range. Equipped with an intuitive LCD display and supporting both manual control and programmable operation via RS‑232 or Ethernet interfaces, this switch is ideal for multi‑channel optical monitoring, LAN source/detector switching, and optical test systems. Housed in a standard 19‑inch 1U chassis, it offers flexible integration for data centers, labs, and industrial applications.
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The FSW-1X10-U is a compact, rack-mounted optical switch designed for reliable and flexible light path routing in multimode optical systems. It supports one input and ten output channels, operating in the visible wavelength range of 350–600 nm with low insertion loss (≤1.5 dB) and high channel isolation (≥60 dB). Compatible with 50/125 μm or 62.5/125 μm multimode fibers and FC/PC connectors, it offers intuitive control via an LCD panel, RS-232, or Ethernet interface. Ideal for optical monitoring, test automation, and multi-point sensing applications, this 1U unit ensures stable performance across a broad operating temperature range and supports both manual and programmable switching modes.
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The FSW-1×8-T-S Desktop Optical Switch is a compact and reliable 1×8 optical path control device designed for flexible signal routing in optical communication systems. It features low insertion loss (<1.0 dB), fast switching speed (≤10 ms), and high channel isolation (≥55 dB), ensuring stable performance across the 1260–1650 nm wavelength range. Equipped with an intuitive LCD display and supporting both manual control and programmable operation via RS-232, RS-485, or Ethernet interfaces, this switch is ideal for optical network protection, multi-channel monitoring, fiber testing, and sensing systems. With auto-scanning, configurable device addressing, and a wide operating temperature range, it offers versatile integration for laboratory, industrial, and field applications.
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The MFSW-1X2 is a compact, single-mode MEMS optical switch module designed for reliable and low-loss light path switching. It features low insertion loss (≤1.0 dB), high channel isolation (≥50 dB), and fast switching time (≤30 ms), making it suitable for a wide operating wavelength range from 1260 nm to 1650 nm. With dual control interfaces (UART and parallel TTL) and a durable design supporting over 10 billion cycles, this module is ideal for use in optical monitoring systems, LANs, multi-point sensing, and automated test equipment. It operates on a single 5V DC supply and is offered with FC/PC connectors for easy integration.
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The OLP1-1 Optical Line Protection System is a robust, rack-mounted device designed to ensure high reliability in optical communication networks. It continuously monitors the optical power on both working and backup fibers, automatically switching to the backup path within 15ms if the primary path degrades below a user-defined threshold. Supporting key wavelengths of 1310 nm and 1550 nm, it features low insertion loss, high return loss, and dual power supply redundancy. With flexible management via LAN, RS-232, or a web-based NMS, the OLP1-1 is ideal for protecting critical fiber links in telecom and enterprise networks against interruptions.
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The OSW-11×10 is a high-port-density, rack-mounted optical switch designed for reliable and flexible routing in optical networks. It supports 11 input and 10 output channels, operating at standard wavelengths of 1310 nm and 1550 nm with low insertion loss and high isolation. Featuring LC/PC connectors and single-mode fiber compatibility, it offers versatile control via RS-232 or Ethernet interfaces. Ideal for applications in optical protection, signal monitoring, and test automation, this 2U chassis ensures robust performance in a wide temperature range and simplifies integration into existing communication systems.
