Home \ PRODUCTS \ MEMS Matrix Switch Module \ MEMS M×N Matrix
MEMS M×N Matrix
MEMS M×N Matrix

MEMS M×N Matrix

Features
Modular Design
Non-Blocking Switching
"any-to-any” switch
Compliance

Telcordia GR-1221    

Telcordia GR-1073    

  • Specifications
  • Dimension
  • Ordering Information
  • Applications
  • Video

Specification parameter(SM)


parameter

Unit

MEMS M×N-SM

operating wavelength

nm

O/C/L/L+ band

Wavelength of test

nm

1310/1550/1625/1650

insertion loss

dB

@CWL Single-band

1.6 (M8, N8)

2.0 (M16, N16)

2.6 (M32, N32)

3.0 (M64, N64)

@CWL Dual-band

2.0 (M8, N8)

2.4 (M16, N16)

3.0 (M32, N32)

3.4 (M64, N64)

Wavelength dependent loss

dB

0.6

polarization dependent loss

dB

0.3

Return loss

dB

45

crosstalk

dB

50

repeatability

dB

±0.1

switching time

ms

15

lifetime

times

109

Maximum optical power

mW

500

working voltage

V

DC 5V±10%

working current

A

0.5 (M+N16)

0.8 (M+N32)

2.0 (M+N64)

4.0 (M+N128)

operating temperature

°C

-5 ~ +75

storage temperature

°C

-40 ~ +85

Package size

mm

M1: 200×180×18 ±0.2 (M+N32)

custom-made32<M+N128

1. All parameters were tested under a room temperature working environment.

2. All parameters do not include the insertion loss of the connector.

3. The wavelength-dependent loss test range is ±20nm.


Specification parameter(MM)


parameter

Unit

MEMS M×N-MM

operating wavelength

nm

850±30, 1310±30

Wavelength of test

nm

850/1310

insertion loss

dB

@CWL Single-band

1.6 (M12, N12)

2.0 (M16, N16)

@CWL Dual-band

2.0 (M12, N12)

2.4 (M16, N16)

Wavelength dependent loss

dB

0.6

polarization dependent loss

dB

0.4

Return loss

dB

30

crosstalk

dB

30

repeatability

dB

±0.1

switching time

ms

15

lifetime

times

109

Maximum optical power

mW

500

working voltage

V

DC 5V±10%

working current

A

0.5 (M+N16)

0.8 (M+N32)

operating temperature

°C

-5 ~ +70

storage temperature

°C

-40 ~ +85

Package size

mm

M1: 200×180×18 ±0.2 (M+N32)

1. All parameters were tested under a room temperature working environment.

2. All parameters do not include the insertion loss of the connector.

3. The wavelength-dependent loss test range is ±20nm.


Get Free Consultation