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Blog Details
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Oversized Optical Communication Equipment: 210×160×30mm Module Optimizes Cabinet Space

Oversized Optical Communication Equipment: 210×160×30mm Module Optimizes Cabinet Space

2026-05-09

H2 Cabinet Space Pain Points in Optical Communication Integration


In optical transmission monitoring, fiber testing systems, optical sensing multi-point monitoring, and field engineering test equipment, high-density integration has become the mainstream deployment trend. Traditional optical switch modules are often oversized, leading to crowded internal cabling, reduced heat dissipation efficiency, limited expansion ports, and higher rack occupation costs and on-site deployment difficulties. For 16×16 optical path systems requiring multi-channel parallel switching, compact size is a key selection indicator for equipment integration and cabinet optimization.

H2 Compact Design Advantages of 16×16 PM MEMS Optical Switch


The Gezhi Photonics FSW-16X16-PM1550 PM MEMS optical switch adopts an optimized structural design with overall dimensions of 210×160×30mm. It maintains full 16×16 non-blocking switching capability while achieving a smaller physical footprint. The module supports remote management via RS-232 and RJ45 Ethernet, and can be directly embedded into standard racks and portable test equipment, significantly improving space utilization without compromising optical performance.

H2 Miniaturization Compatible with High-Performance Parameters


This polarization-maintaining optical switch maintains stable specifications while being miniaturized: operating wavelength 1500~1600nm, insertion loss ≤3.2dB, repeatability ≤±0.05dB, return loss ≥50dB, crosstalk ≥45dB, mechanical lifetime >10⁹ operations. It supports an operating temperature range of -5~70℃ and is powered by DC 5V±10%, making the low-power and compact combination ideal for high-density, highly integrated optical communication systems.

H2 Practical Value of Miniaturized Modules for Integrated Deployment


The 210×160×30mm size reduces rack space occupation per unit, supports cascading expansion, lowers rack quantity requirements, and improves ventilation and heat dissipation. The FC/APC standard connector and universal serial protocol reduce integration development costs. Suitable for optical communication monitoring, fiber testing, optical sensing systems, and field test equipment, it helps manufacturers implement complete 16×16 optical path switching in limited space, improving equipment integration and market competitiveness.
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Blog Details
Created with Pixso. Home Created with Pixso. Blog Created with Pixso.

Oversized Optical Communication Equipment: 210×160×30mm Module Optimizes Cabinet Space

Oversized Optical Communication Equipment: 210×160×30mm Module Optimizes Cabinet Space

H2 Cabinet Space Pain Points in Optical Communication Integration


In optical transmission monitoring, fiber testing systems, optical sensing multi-point monitoring, and field engineering test equipment, high-density integration has become the mainstream deployment trend. Traditional optical switch modules are often oversized, leading to crowded internal cabling, reduced heat dissipation efficiency, limited expansion ports, and higher rack occupation costs and on-site deployment difficulties. For 16×16 optical path systems requiring multi-channel parallel switching, compact size is a key selection indicator for equipment integration and cabinet optimization.

H2 Compact Design Advantages of 16×16 PM MEMS Optical Switch


The Gezhi Photonics FSW-16X16-PM1550 PM MEMS optical switch adopts an optimized structural design with overall dimensions of 210×160×30mm. It maintains full 16×16 non-blocking switching capability while achieving a smaller physical footprint. The module supports remote management via RS-232 and RJ45 Ethernet, and can be directly embedded into standard racks and portable test equipment, significantly improving space utilization without compromising optical performance.

H2 Miniaturization Compatible with High-Performance Parameters


This polarization-maintaining optical switch maintains stable specifications while being miniaturized: operating wavelength 1500~1600nm, insertion loss ≤3.2dB, repeatability ≤±0.05dB, return loss ≥50dB, crosstalk ≥45dB, mechanical lifetime >10⁹ operations. It supports an operating temperature range of -5~70℃ and is powered by DC 5V±10%, making the low-power and compact combination ideal for high-density, highly integrated optical communication systems.

H2 Practical Value of Miniaturized Modules for Integrated Deployment


The 210×160×30mm size reduces rack space occupation per unit, supports cascading expansion, lowers rack quantity requirements, and improves ventilation and heat dissipation. The FC/APC standard connector and universal serial protocol reduce integration development costs. Suitable for optical communication monitoring, fiber testing, optical sensing systems, and field test equipment, it helps manufacturers implement complete 16×16 optical path switching in limited space, improving equipment integration and market competitiveness.
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