1×N MEMS MMOSM-PCB(N≤8)

1×N MEMS MMOSM-PCB(N≤8)

Supplier
Lightcomm
Category
Optical Fibers
Origin
China

The 1xN MEMS MM optical switch module is an advanced microelectromechanical system (MEMS) optical device that features high-speed operation, low insertion loss, and high stability. It is capable of receiving a single input light signal and accurately distributing it to N independent output ports. The module is designed compactly and operates rapidly, completing light signal switching in the millisecond range, with extremely low insertion loss, thus enhancing the overall efficiency of the system. Moreover, it supports remote control and can flexibly configure the optical path through external signals, making it suitable for applications such as data centers, optical communication networks, and scientific research experiments.

Specification Snapshot
Insertion Loss [Specifications are without connectors. 1×N (N≤8) IL is measured at CWL, 23℃. IL is for single-band. Dual-band adds 0.1dB. IL is 0.2dB higher for each connector added.]
≤0.8 dB
Wavelength Dependent Loss [Specifications are without connectors. 1×N (N≤8) WDL is measured in a +/-20nm range at 23°C.]
≤0.3 dB
Return Loss [Specifications are without connectors. 1×N (N≤8) RL is 5dB lower for each connector added.]
≥30 dB
Cross Talk [Specifications are without connectors. 1×N (N≤8) Power off isolation is same as crosstalk.]
≥30 dB
Response Time [Specifications are without connectors. 1×N (N≤8)]
≤20 ms
Operating Current [Specifications are without connectors. 1×N (N≤8)]
≤50 mA
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Overview

The 1xN MEMS MM optical switch module is an advanced microelectromechanical system (MEMS) optical device that features high-speed operation, low insertion loss, and high stability. It is capable of receiving a single input light signal and accurately distributing it to N independent output ports. The module is designed compactly and operates rapidly, completing light signal switching in the millisecond range, with extremely low insertion loss, thus enhancing the overall efficiency of the system. Moreover, it supports remote control and can flexibly configure the optical path through external signals, making it suitable for applications such as data centers, optical communication networks, and scientific research experiments.

Specifications

ParameterValue
Center Wavelength [Specifications are without connectors. 1×N (N≤8)]850/1310 nm
Insertion Loss [Specifications are without connectors. 1×N (N≤8) IL is measured at CWL, 23℃. IL is for single-band. Dual-band adds 0.1dB. IL is 0.2dB higher for each connector added.]≤0.8 dB
Wavelength Dependent Loss [Specifications are without connectors. 1×N (N≤8) WDL is measured in a +/-20nm range at 23°C.]≤0.3 dB
Temperature Dependent Loss [Specifications are without connectors. 1×N (N≤8)]≤0.4 dB
Return Loss [Specifications are without connectors. 1×N (N≤8) RL is 5dB lower for each connector added.]≥30 dB
Cross Talk [Specifications are without connectors. 1×N (N≤8) Power off isolation is same as crosstalk.]≥30 dB
Repeatability [Specifications are without connectors. 1×N (N≤8) Repeatability is defined after 100 cycles.]≤0.05 dB
Response Time [Specifications are without connectors. 1×N (N≤8)]≤20 ms
Switching Mode [Specifications are without connectors. 1×N (N≤8)]Non-Latching
Handling Power [Specifications are without connectors. 1×N (N≤8)]≤500 mW
Drive Voltage [Specifications are without connectors. 1×N (N≤8)]DC 5±10%
Operating Current [Specifications are without connectors. 1×N (N≤8)]≤50 mA
Fiber Type [Specifications are without connectors. 1×N (N≤8)]MMF
Operating Temperature [Specifications are without connectors. 1×N (N≤8)]-5~+70 ℃
Storage Temperature [Specifications are without connectors. 1×N (N≤8)]-40~+85 ℃
Operating Humidity [Specifications are without connectors. 1×N (N≤8)]5~95 %
Dimensions [Specifications are without connectors. 1×N (N≤8)]58 mm × 19.5 mm × 15.7 mm
Control Interface [Specifications are without connectors. 1×N (N≤8)]TTL or I2C or RS232
Follow the StandardsTelcordia GR-1221; Telcordia GR-1073

Applications

Metropolitan Area Network; Data Center; Fiber Optic Sensing and Monitoring; Instruments

Key Features

Mini Size; Fast Switching Time; Low Insertion Loss; Enhanced Reliability and Exceptional Stability

Datasheet

Product Datasheet
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Supplier Information

Li
Lightcomm
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Shenzhen LightComm Technology Co., Ltd., founded in 2001 by Dr. Yue Chaoyu, an optical fiber expert from Tsinghua University, is engaged in the R&D, production and sales of optoelectronic devices and equipment. It maintains leading advantages in key technologies of optical devices, with world-leading capacity in optical couplers and high-power fiber combiners, having replaced imports. Products and R&D cover fiber transmission fields, and the company is recognized as a national high-tech enterprise and a specialized 'Little Giant' enterprise. It has relocated to a high-tech park with over 8000 m² area. The company holds numerous patents and has participated in major national projects.

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