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As a leading Optical switch China manufacturer, Guangxi Coreray Optical Communication Technology Co., Ltd. (www.coreray.com) presents the 3-D1 1×12 Rackmount Fiber Optic Switch, a high-performance dual 1×12 motor-driven Mechanical optical switch specially designed for 850nm multimode fiber systems. Built with reliable mechanical motor drive technology, this 1U rackmount device enables fast, stable switching of two independent fiber optic signals, with integrated network port control, making it an ideal optical path management solution for modern fiber optic communication systems.
Product Overview
The 3-D1 1×12 fiber optic switch adopts a dual independent 1×12 channel architecture, allowing separate control of two fiber paths without cross-signal interference. It is custom-optimized for 850nm wavelength and 50/125 multimode fiber, delivering consistent optical performance for both routine data center operation and harsh industrial deployment. With its compact 1U rackmount form factor, it fits seamlessly into standard server cabinets and optical transmission systems, supporting remote centralized management via Ethernet port to simplify operation and maintenance for IT teams.
Key Features & Core Advantages
1. Industry-Leading Optical Performance
Ultra-low insertion loss: Typical insertion loss is only 0.4dB, ensuring maximum signal transmission efficiency and reducing power loss in long-distance multimode links
High isolation and anti-interference: Both return loss and crosstalk are ≥40dB, guaranteeing pure, stable signal transmission even in high-density optical path environments
Multimode-specific optimization: Tuned exclusively for 850nm wavelength and 50/125 fiber, this Mechanical optical switch outperforms general-purpose switches in multimode system applications
2. Compact, Highly Integrated Design
Miniature size: Measures only 135×40×32mm, supporting high-density installation in space-constrained scenarios such as 1U server cabinets and test racks
Plug-and-play deployment: Pre-terminated with LC/PC connectors, 1m long 0.9mm tight-buffered pigtails, enabling quick out-of-the-box deployment without additional splicing
Rack compatibility: Standard 1U chassis mounting design for easy integration with existing fiber management systems
3. Smart Control & Flexible Interfaces
Dual independent channel control: Dual 1×12 structure supports separate switching of two fiber paths, meeting the needs of simultaneous multi-link management
Networked management: Supports RJ45 network port communication, enabling remote control and centralized management, perfect for large-scale fiber optic switch deployment in data centers
Low-voltage drive: Operates on only 5V DC power supply with ultra-low power consumption, suitable for embedded system integration and edge application scenarios
4. High Reliability & Environmental Adaptability
Wide operating temperature range: Works stably between -20℃ and 70℃, adapting to harsh deployment environments such as outdoor cabinets and industrial sites
Rigorous reliability testing: Passed 48-hour temperature cycling test from -40℃ to +85℃, ensuring stable performance under extreme temperature fluctuations
Durable mechanical drive: Adopts high-precision stepping motor drive structure, with long service life and stable repeated switching performance, suitable for scenarios requiring frequent path switching
5. Wide Industry Applicability
This versatile Mechanical optical switch meets the needs of multiple sectors including data centers, test and measurement, industrial and scientific research, and radio and television communication.
6. Fully Customizable Options
Customizable specifications: Fiber type, pigtail length, connector type and control interface can be adjusted according to project requirements
Complete test documentation: Supports provision of Word-format test reports for each unit to trace performance parameters
Flexible interface compatibility: Supports TTL control, and is compatible with RS232 serial control boards for integration with legacy systems
Working Principle
The 3-D1 1×12 motor-driven fiber optic switch realizes physical optical path switching through a micro stepping motor driving a precision mirror array. When a control signal is received, the motor drives the designated mirror to move to a calibrated precise position, guiding the input optical signal to the selected output port. Compared with non-mechanical switching solutions, this mechanical switching scheme features high stability, excellent repeatability and long service life, making it especially suitable for fiber testing and optical path protection applications that require frequent switching operations. This physical switching mechanism also eliminates signal distortion caused by electronic interference, ensuring higher signal integrity for mission-critical links.
Common Application Scenarios
1. Data Center Fiber Management
As a top choice for best mechanical optical switch for data center redundancy, this device is used for dynamic configuration of fiber routes, link backup protection and fault recovery. Its network port control function facilitates integration with existing network management systems, reducing O&M response time for data center teams.
2. Fiber Optic Testing and Measurement
Suitable for multi-channel automated optical component test systems, it significantly improves the test efficiency of multimode fiber equipment when paired with 50/125 fiber, making it an ideal customizable optical switch for fiber testing for laboratory and production test lines.
3. Fiber Optic Sensing Networks
In distributed fiber optic sensing systems, it acts as a multi-channel signal selector to realize polling monitoring of different sensing points, and is a reliable high performance fiber optic switch for industrial IoT and smart city monitoring deployments.
4. Broadcast and Television Systems
Used for switching and scheduling of multiple optical signal sources, supporting fast switching and backup of program signals to ensure uninterrupted broadcast transmission.
5. R&D Laboratories
Enables construction of flexible and reconfigurable optical experimental platforms for optical communication research and product development.
Technical Specifications
Parameter Category | Specification | Details |
Optical Performance | Operation Wavelength | 850nm |
Insertion Loss (Typical) | 0.4dB | |
Return Loss (Minimum) | ≥40dB | |
Crosstalk (Minimum) | ≥40dB | |
Fiber Type | 50/125 multimode | |
Mechanical & Control | Switch Control Mode | TTL (compatible with RJ45 network control and RS232 serial control) |
Drive Voltage | 5V DC | |
Dimensions | 135×40×32mm | |
Connector Type | LC/PC | |
Pigtail Specification | 0.9mm tight-buffered, 1m length, white marking | |
Environmental & Compliance | Operating Temperature Range | -20℃ ~ +70℃ |
Temperature Cycling Test | -40℃ ~ +85℃, 48 hours | |
Test Report Format | MS Word (electronic version available) | |
RoHS Compliance | Customizable on request |
Customization & After-Sales Support
As a professional Optical switch China manufacturer with years of experience in fiber optic component R&D and production, Coreray provides full customization services for the 3-D1 1×12 fiber optic switch to meet unique project requirements. Our technical team can adjust fiber specifications, connector types, control interfaces and other parameters according to your needs, and provide full technical support from product selection to post-deployment maintenance. Each unit is strictly tested before delivery, with optional test reports provided to ensure performance consistency.
Frequently Asked Questions (FAQ)
Q: Is this optical switch suitable for single-mode fiber systems?
A: The standard 3-D1 1×12 Mechanical optical switch is optimized for 850nm multimode systems, but we can customize versions for single-mode fiber and other operating wavelengths according to your requirements.
Q: Can this switch be integrated with our existing network management system?
A: Yes, the switch supports standard network port communication, and our team can provide corresponding communication protocols to help you integrate it into your existing NMS for centralized management.
Q: What is the lead time for customized orders?
A: The lead time for standard products is 3-5 working days, and customized orders typically take 7-15 working days depending on the customization requirements. You can contact our sales team for specific lead time information.
Conclusion
The 3-D1 1×12 rackmount fiber optic switch from Coreray combines excellent optical performance, flexible control, high reliability and customizable design, making it an ideal solution for multimode fiber optic system management. Whether you need a 1×12 rackmount fiber optic switch for 850nm multimode deployments, a reliable switching solution for fiber testing, or a customized optical path management device for industrial sensing systems, this product can meet your needs. Choosing the right Optical switch China manufacturer like Coreray ensures you get high-performance, cost-effective fiber optic components with full technical support, helping you improve the stability and operational efficiency of your fiber optic networks.