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Description

The matrix optical switch is a high-performance, modular all-optical signal matrix switcher that utilizes MEMS technology and switching control technology. It uses light as the signal transmission medium, offering strong anti-interference capabilities and minimal signal attenuation.

The optical path implementation diagram of the M×N optical switch matrix is shown in Figure 1. It consists of M 1×N MEMS optical switches and N 1×M MEMS optical switches cascaded together, enabling arbitrary switching of M optical signals to N optical paths.

The matrix provides non-blocking, fully transparent optical switching, making it an ideal solution for telecom, data centers, network security, and lab/production network operators. It supports flexible and reliable remote resource allocation and rapid path reconfiguration.

MEMS MXN Rack-Mounted Matrix Optical Switch

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Specifications

Number Of Ports: 8 – 64
Wavelength Range: 850 – 1550 nm
Insertion Loss (typical): 1.1 dB
Return Loss: 45 dB
Channel Count: 8×8 16×16 32×32 64×64
Operating Wavelength: 850±50nm, 1310±50nm, 1550±50nm
Insertion Loss: ≤1.1 ≤1.3 ≤1.5 ≤3.0 dB
Return Loss: ≥45 dB
Channel Crosstalk: ≥55 dB
Repeatability: ≤±0.05 dB
Lifetime: ≥10^9 Cycles
Switching Time: ≤20 ms
Operating Temperature: -20~+70 °C
Storage Temperature: -40~+80 °C
Power Supply: 48VDC, 220VAC
Control Interfaces: RS232 and RJ45
Mechanical Dimensions: Dual 42×42 Switches
Communication Interfaces: RJ45, RS232

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

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Features

  • Proven MEMS Technology
  • Low Insertion Loss
  • Non-Blocking Cross-Connect Functionality
  • Full Bidirectional Operation
  • Supports Symmetric or Asymmetric Matrix Configurations

Applications

  • Metropolitan Area Network
  • Optical Cross-Connect (OXC)
  • Data Centers and Cloud Computing
  • Short/Long-Distance Network Operations
  • Automated Testing & Video Transmission Distribution
  • Protection Switching, Network Monitoring, and Automated Fault Localization

Frequently Asked Questions

What technology does the Optical Switches matrix use?
The OpticalSwitches matrix uses MEMS technology and switching control technology.
What are the key features of the Optical Switches matrix?
Key features include proven MEMS technology, low insertion loss, non-blocking cross-connect functionality, full bidirectional operation, and support for symmetric or asymmetric matrix configurations.
What applications are suitable for the Optical Switches matrix?
The OpticalSwitches matrix is suitable for metropolitan area networks, optical cross-connects (OXC), data centers and cloud computing, short/long-distance network operations, automated testing & video transmission distribution, protection switching, network monitoring, and automated fault localization.
What are the operating wavelength options for the Optical Switches matrix?
The operating wavelength options are 850±50 nm, 1310±50 nm, and 1550±50 nm.
What is the insertion loss for different channel counts?
The insertion loss is ≤1.1 dB for 8×8, ≤1.3 dB for 16×16, ≤1.5 dB for 32×32, and ≤3.0 dB for 64×64 channel counts.
What are the control interfaces available for the Optical Switches matrix?
The control interfaces available are RS232 and RJ45.
What is the operating temperature range for the Optical Switches matrix?
The operating temperature range is -20°C to +70°C.

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

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