MEMS Dual 4×4 Optical Switch Matrix Module

This product is based on microelectromechanical system (MEMS) technology with dual 4×4 port configuration, i.e., 4 input ports and 4 output ports for each channel, totalling two independent channels. It is widely used in optical communication, fibre optic sensing and other fields, and is a key device for building flexible and efficient optical networks.

contact us:lina@glhcoptical.com

 

Product Presentation

       MEMS Dual 4x4 Multicast Switch is based proven MEMS 1xN Switch, and incorporates two 4x4 Multicast Switches for add/drop functionality in a single package. For the drop side, input signals are first broadcast via 1x4 optical splitters into 4 optical switches, which are then used to independently route network traffic from any input to any or all output ports. For the add side, each switch receives an input and selects one of the N splitters to receive traffic for broadcast to the network. The MEMS Dual 4x4 Multicast Switch is ideal for colorless, directionless and contentionless add/drop multiplexing.

 

Feature

Low Insertion Loss: Reduces the loss of optical signals in switching.
High extinction ratio: effectively isolate different optical paths and reduce crosstalk.
Rapid switching speed: achieve rapid switching of optical paths to meet the needs of dynamic networks.
High reliability: MEMS technology, with long life and stability.
 
   
    Optical Path Diagram


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 Technical Parameter

 

Product Number

MEMS-Dual 4×4-MCS-M

Fiber Type

SM(9/125)

Wavelength Range

1550nm

Insertion Loss

≤8.0dB

Wavelength Dependent Loss

≤0.5dB

Polarization Dependent Loss

≤0.5dB

Return Loss

≥40 dB

Crosstalk

≥50 dB

Repeatability

≤±0.05dB

Switching Time

≤15ms

Durability

≥109 cycles

Connector Type

FC/PC

Pigtail Length

1.0m

Optical Power

≤500 mW

Power Supply

5V / 250mA

Working Temperature

-5 ~ 70 °C

Storage Temperature

-40 ~ 85 °C

Packaging Dimensions

90(L) x 160(W) x 15(H) ±0.2mm

 

 

   

     Dimension(mm) 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Electrical-pins definition

 

PIN

Definition

Signal

Function

1

NC

 

No physical internal connection

2

NC

 

No physical internal connection

3

VCC

Power

Power supply, 5V/0.25A

4

NC

 

No physical internal connection

5

NC

 

No physical internal connection

6

GND

Power

GND

7

NC

 

No physical internal connection

8

SDA

I/O

I2C DATA

9

TXD

Output

RS232: Transmit Data;

10

RXD

Input

RS232: Receive Data

11

SCL

I/O

I2C CLK

12

NC

 

No physical internal connection

13

NC

 

No physical internal connection

14

NC

 

No physical internal connection

15

NC

 

No physical internal connection

16

NC

 

No physical internal connection

 

 

 

 

 Factory default configuration

 

Item

Factory default configuration

Note

Serial baud rate

115200

8 data bits, 1 stop bit, no parity

Working channel

In1→Out1、In2→Out2

In3→Out3、In4→Out4

Group A and group B are the same optical path identification

 

 

 

 

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