| Function | Parameter | Values |
|---|---|---|
| Model | 7205-1*N-SM | 7205-1*N-MM |
| Operating Wavelength |
1260 ～ 1650nm |
532~980nm |
| Test Wavelength | 1310 / 1550nm | 850nm |
| Insertion Loss Typ | Typ: ＜1.0 dB, Max: ＜1.2 dB | |
| Repeatability | ≤±0.05 dB | |
| Return Loss | SM ≥ 50, MM ≥ 30 | |
| Crosstalk | SM ≥ 55, MM ≥ 35 | |
| Wavelength Dependent Loss ≤0.25 | ≤0.25 | |
| Polarization Dependent Loss ≤0.05 | ≤0.05 | |
| Switching Time | ≤ 10ms (adjacent sequential switching) | |
| Fiber Type |
SM (9/125um) |
MM (50/125um, 62.5/125um) |
| Connector Type |
FC/PC FC/APC |
|
| Monitoring Port | RJ45, RS-232 | |
| Operating Power Supply | AC: 85 ~ 264 V (50/60Hz) or DC: 36 ~ 72 V | |
| Operating temperature | -10 ~ + 60℃ | |
| Storage temperature | -40 ~ + 80℃ | |
| Size | 245(W)x320(D)x110(H)mm | |
The N*M intelligent optical cross-connect (OXC) device is a product that utilizes an optical switching matrix to achieve optical path switching. This device provides serial and network interfaces, enabling local and remote control through client access. It ultimately achieves strict non-blocking bidirectional cross-connect for N (input) * M (output) fiber routing. Optical switches are primarily used for multiple optical monitoring in optical transmission systems, automatic switching of local area networks with multiple light sources/detectors, and optical sensing in dynamic multipoint monitoring systems. They are also employed in optical test systems for fiber optic cables, optical equipment, networks, and field engineering cable testing, as well as for the installation and adjustment of optical devices.
The 7206 series rack-mount optical switches are also optical path control devices, primarily used for: multi-channel optical control in optical transmission systems, automatic switching of LAN multi-source detectors, and multi-point dynamic monitoring systems for optical sensing. They enable all-optical routing selection, wavelength selection, and self-healing protection functions.
The 7206 series rack-mount optical switches are also optical path control devices, primarily used for: multi-channel optical control in optical transmission systems, automatic switching of LAN multi-source detectors, and multi-point dynamic monitoring systems for optical sensing. They enable all-optical routing selection, wavelength selection, and self-healing protection functions.
The 7205 Series Desktop Optical Switch is an optical path control device that controls and switches optical paths. It is primarily used in optical test systems for testing optical fibers, optical components, networks, and field-deployed optical cables, as well as for the assembly and adjustment of optical components.
The 7205 Series Desktop Optical Switch is an optical path control device that controls and switches optical paths. It is primarily used in optical test systems for testing optical fibers, optical components, networks, and field-deployed optical cables, as well as for the assembly and adjustment of optical components.
The 7205 Series Desktop Optical Switch is an optical path control device that controls and switches optical paths. It is primarily used in optical test systems for testing optical fibers, optical components, networks, and field-deployed optical cables, as well as for the assembly and adjustment of optical components.
A motor type optical switch is an optical path control device that serves to control and switch optical paths. It plays a crucial role in optical communication applications. Optical switches are primarily applied in: - Multi-channel optical monitoring within optical transmission systems - Automatic switching between multiple light sources/detectors in LANs - Multi-point dynamic monitoring systems for optical sensing - Fiber optic, optical component, network, and field engineering cable testing within optical test systems - Optical component assembly and adjustment A 1×N optical switch routes a single input path to any one of N output paths.
Small relay optical switches feature low insertion loss, high stability, and high reliability. They serve as ideal components for dynamically configuring optical add-drop multiplexers (OADMs), optical cross-connects (OXCs), and system monitoring and protection. Their miniature packaging facilitates seamless integration into high-density optical communication systems.
MEMS optical switches are ideal components for OADMs, OXCs, system monitoring, and protection. Their compact packaging facilitates easy integration into high-density optical communication systems.
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ISEELINK Desk 1xN Optical Switch Specification |
PDF - 0.23 MB - Updated on Thursday, March 26, 2026 |
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ISEELINK Product catalog |
PDF - 8.18 MB - Updated on Wednesday, March 25, 2026 |
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