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MxN Matrix Optical Switch: Advancing Optical Control with Versatility

2023/7/29

MxN Matrix Optical Switch: Enhancing Optical Path Control

The MxN Matrix Optical Switch offers a versatile solution for simultaneous connections between multiple input and output fibers in a fully non-blocking, all-optical cross-connect configuration. Designed based on integrated silicon MEMS technology, GEZHI's MxN MEMS Optical Switch Matrix modules are available in various sizes, including 4x4, 8x8, 16x16, 24x24, 32x32, 64x64, up to an impressive 256x256 matrix. These MEMS optical matrix switches play a significant role in optical communications, enabling multi-channel fiber monitoring, LAN multi light source/detector switching, optical sensor multi-points dynamic monitoring, and optical testing system applications.

MxN matrix Optical Switch

Features for Seamless Optical Control

The MxN Matrix Optical Switch incorporates several features that ensure seamless optical path control and reliable performance:

Compact Structure: With its compact design, the optical switch conserves space and facilitates easy integration into various optical systems.
Fast Switching Time: The switch offers rapid switching times, enabling efficient signal routing and minimizing latency in optical networks.
Low Insertion Loss: GEZHI's MxN Matrix Optical Switch demonstrates low insertion loss, preserving signal integrity during transmission.
High Reliability: Designed for long-term use, the optical switch delivers high reliability, minimizing system downtime and maintenance requirements.

Applications for Enhanced Network Performance

The versatile applications of the MxN Matrix Optical Switch make it a valuable asset in various industries:

PON Network: The optical switch plays a critical role in PON networks, supporting efficient and flexible signal routing.
Protection: In optical networks, the switch adds redundancy and enhances network protection against signal disruptions.
Instrumentation: The switch is an essential component in instrumentation systems, enabling precise signal control and monitoring.
Network Monitoring: With its ability to monitor multiple fiber channels, the optical switch facilitates effective network monitoring and troubleshooting.

Performance for Optimal Signal Control

The MxN Matrix Optical Switch delivers exceptional performance to meet demanding optical requirements:

Parameters	Unit	MFSW-M×N Matrix Optical Switch
Operating Wavelength	nm	1260~1650 for SM, 850/1310 for MM
Insertion Loss	dB	M≤8, N≤8: ≤2.0 M≤16, N≤16: ≤2.4 M≤32, N≤32: ≤3.0 M≤64, N≤64: ≤3.4
WDL (Wavelength Dependent Loss)	dB	≤0.6
PDL (Polarization Dependent Loss)	dB	≤0.3
Return Loss	dB	SM ≥ 45, MM ≥ 30
Crosstalk	dB	SM ≥ 50, MM ≥ 30
Repeatability	dB	≤ ±0.1
Switching Time	ms	≤ 15
Durability	times	≥ 10 billion
Power Supply	V	DC 5V ± 10%
Operating Current	mA	M≤16, N≤16: ≤500 M≤32, N≤32: ≤800 M≤64, N≤64: ≤2000 M≤128 N≤128: ≤4000
Optical Power	mW	≤ 500
Operating Temperature	°C	-5 ~ +75
Storage Temperature	°C	-40 ~ +85

Conclusion

The MxN Matrix Optical Switch represents a significant advancement in optical path control, offering fast switching times, low insertion loss, and high reliability. With its diverse applications and customizable options, this MEMS optical switch is ideal for adding redundancy to optical networks and resource sharing in test & measurement applications. As optical communication technology continues to evolve, the MxN Matrix Optical Switch stands at the forefront, revolutionizing optical control and enabling seamless signal routing in various industries.