MEMS 1xN Single Mode Optical Switch

Module4 (1×2 to 1×128)

This Module4 (1×2 to 1×128) MEMS 1xN single mode optical switch comes with a modular design, and offers port configurations of 1×2 to 1×128. Based on Micro-Electro-Mechanical System (MEMS) technology, the MEMS optical switch allows channel selection between single input fiber and up to N output fibers. The MEMS mirror rotates to direct the optical light to the desired output fiber, thus enabling the optical switch to transmit, redirect and block optical signals.

The MEMS 1xN single mode optical switch is a bi-directional switch that has extensive applications including optical fiber communication and fiber sensing.

Manufactured by Amazelink, a renowned specialist in MEMS optical switches, the Module4 (1×2 to 1×128) single mode optical switch guarantees high reliability and durability. It complies with the Telcordia GR-1073-CORE standard and is RoHS compliant, ensuring its adherence to industry regulations and quality standards.

Features Compact size High reliability and durability Fast switching speed Telcordia GR-1073-CORE and RoHS compliant Applications Optical communication Fiber sensing Remote fiber monitoring (working with OTDR or OCM) Optical network routing Measurement resource sharing Optical network protection and restoration Schematic Diagram Optical Specifications

PARAMETER		UNIT	VALUE
Wavelength		nm	13:1290 ~ 1330 15:1525 ~ 1568 16:1600 ~ 1650
Test Wavelength		nm	1310 / 1550 / 1625 or 1650
Insertion Loss	1 x 2	dB	≤ 0.6, typical 0.5
	1 x 4 / 8		≤ 0.8, typical 0.6
	1 x 12 / 16		≤ 1.0, typical 0.9
	1 x 24 / 32		≤ 1.3, typical 1.1
	1 x 48 / 64		≤ 1.5, typical 1.2
	1 x 96 / 128		≤ 2.0, typical 1.6
	1 x 256 / 512		≤ 2.3, typical 1.8
	1 x 1024		≤ 2.5, typical 2.1
	1 x 2048		≤ 2.8, typical 2.3
Return Loss		dB	≥ 45
Repeatability		dB	≤ 0.1
Crosstalk		dB	≥ 40
PDL	2 < N ≤ 64	dB	≤ 0.2
	64 < N ≤ 2048		≤ 0.4
WDL	2 < N ≤ 64	dB	≤ 0.3
	64 < N ≤ 2048		≤ 0.6
TDL	2 ≤ N ≤ 16	dB	≤ 0.3
	16 < N ≤ 64		≤ 0.4
	64 < N ≤ 1024		≤ 0.7
	1024 < N ≤ 2048		≤ 0.8
Switch Time	2 ≤ N ≤ 16	ms	≤ 5
	16 < N ≤ 64		≤ 10
	64 < N ≤ 1024		≤ 15
	1024 < N ≤ 2048		≤ 20