Fiber Optic Equipment
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- Electronic Components, Fiber Optic Equipment, Telecommunications
1D Fiber Array – Orbray Co. Ltd.
Devices for connection to Optical Waveguide (OWG), Laser, sensors, and others.
Optical Fiber Arrays are devices used for Coherent Optical Communication Systems by connecting and coupling fibers to optical waveguide devices.
The array products position the optical fiber cores with precision and accuracy within the V-Groove Blocks by an ultra precision processing technolo-gy. The process requires accuracy on a submicron level in order to reduce the connection loss.
In addition, we also offer a unique, high density and accurate optical lead frame which is a low loss, high-reliability narrow pitch array which enables direct fiber coupling of high-density array devices of LDs and PD Waveguides.SKU: n/a
Are you looking for a Fiber Optic Equipment product?
When selecting Fiber Optic Equipment for your company’s needs, there are several important points to consider during the comparison and evaluation process.
1. Application and Functionality
Identify the specific application and functionality required for your fiber optic system, such as data transmission, telecommunication, sensing, or networking.
2. Type of Equipment
Consider the different types of fiber optic equipment available, such as fiber optic cables, connectors, transceivers, switches, splitters, amplifiers, etc.
3. Compatibility and Standards
Ensure that the fiber optic equipment you choose is compatible with existing systems and adheres to industry standards like ITU-T, IEEE, or TIA/EIA.
4. Transmission Speed and Bandwidth
Check the transmission speed and bandwidth capabilities of the equipment to support the required data rates and future scalability.
5. Fiber Type and Connector
Consider the type of fiber (single-mode or multi-mode) and the connector type (LC, SC, ST, etc.) used in the equipment to match your infrastructure.
6. Signal Loss and Dispersion
Evaluate the equipment’s signal loss and dispersion characteristics to ensure reliable and efficient data transmission over long distances.
7. Power Budget and Optical Power
Check the power budget and optical power specifications to determine the maximum distance the equipment can support without signal degradation.
8. Redundancy and Reliability
Assess the redundancy features and reliability of the equipment to ensure high availability and minimal downtime.
9. Scalability and Future Proofing
Consider the scalability of the equipment to accommodate future network expansion and advancements in fiber optic technology.
10. Ease of Installation and Maintenance
Evaluate the ease of installation, configuration, and maintenance of the equipment to minimize setup time and operational complexities.