FREE shipping on orders over US$200 
OM2 Multimode LC/UPC Fiber Loopback Module
The OM2 Multimode LC/UPC Fiber Loopback Module is designed for efficient testing and troubleshooting of fiber optic networks using 50/125μm OM2 multimode fiber. Equipped with LC/UPC connectors, this loopback module provides a cost-effective and reliable solution for checking the functionality of transceivers and optical ports. Its compact and durable design ensures easy handling and repeated use, making it ideal for data centers, enterprise networks, and equipment manufacturers performing diagnostics, burn-in testing, or system verification.
$4.80
OM2 Multimode LC/UPC Fiber Loopback Module
The OM2 Multimode LC/UPC Fiber Loopback Module is designed for efficient testing and troubleshooting of fiber optic networks using 50/125μm OM2 multimode fiber. Equipped with LC/UPC connectors, this loopback module provides a cost-effective and reliable solution for checking the functionality of transceivers and optical ports. Its compact and durable design ensures easy handling and repeated use, making it ideal for data centers, enterprise networks, and equipment manufacturers performing diagnostics, burn-in testing, or system verification.
Specifications
| Fiber Type | OM2 Multimode 50/125μm | Fiber Connector | LC/UPC |
| Insertion Loss | ≤0.25dB | Return Loss | ≥35dB |
| Jacket Type | PVC | Durability | Over 500 Cycles (≤0.2dB Change) |
| Operating Temperature | -20°C ~ 70°C | Storage Temperature | -45°C ~ 85°C |
Related Products
OM3 Multimode SC/UPC Fiber Loopback Cable is designed for network testing, diagnostics, and troubleshooting in high-speed fiber optic systems. This loopback cable features low insertion loss, high return loss, and stable performance, making it ideal for verifying transceiver functionality in data centers and telecom environments. Built with OM3 multimode fiber, it supports 10Gbps transmission over short distances and ensures reliable and efficient signal reflection for equipment testing. The SC/UPC connectors offer secure mating and consistent optical performance. Compact, durable, and easy to use, it's an essential tool for fiber network maintenance.
OS2 Singlemode LC/UPC Fiber Loopback Cable is designed for testing and diagnosing optical network equipment. It features low insertion loss and high return loss, making it ideal for verifying transceiver performance in data centers, telecom systems, and lab environments. Built with precision-polished LC/UPC connectors and OS2 9/125μm singlemode fiber, this loopback cable ensures stable signal reflection and accurate results. Compact and durable, it's a must-have tool for network maintenance and troubleshooting.
The OM3 Multimode SC/UPC Fiber Loopback Module is a high-performance tool designed for diagnosing and testing 10G optical transceivers and network ports. Built with OM3 50/125μm multimode fiber, it supports high-speed data transmission over short distances. The SC/UPC connector ensures precise alignment and low insertion loss, making it ideal for use in data centers, telecom labs, and field testing environments. Its compact, durable, and plug-and-play design allows for quick and reliable verification of transceiver functionality and network performance.
The OM1 Multimode LC/UPC Fiber Loopback Module is a compact and reliable tool designed for network diagnostics and testing in multimode fiber optic systems. Featuring LC/UPC connectors and optimized for 62.5/125μm OM1 multimode fiber, this module enables efficient signal loopback for verifying transceiver functionality and port integrity. Ideal for use in enterprise networks, data centers, and lab environments, it offers low insertion loss, stable performance, and easy plug-and-play operation for quick troubleshooting and quality assurance.
The OM3 Multimode LC/UPC Fiber Loopback Cable is designed for efficient testing of optical network equipment, especially in data centers and telecom environments. It provides a reliable way to test the transmission capability and signal integrity of transceivers or fiber optic ports. Featuring an LC/UPC connector and OM3 multimode fiber, it supports 10Gbps and higher-speed applications with low insertion loss and excellent return loss. Ideal for network diagnostics, burn-in testing, and loopback signal routing in multimode fiber systems.
OM1 Multimode SC/UPC Fiber Loopback Module is a high-performance testing device designed for equipment diagnostics, network testing, and troubleshooting in optical communication systems. Built with OM1 multimode fiber and a standard SC/UPC connector, it provides stable signal looping to verify the performance of transceiver ports. Ideal for 100Mbps to 1Gbps Ethernet applications, this compact and durable module ensures accurate loopback testing, making it an essential tool for R&D labs, production lines, and field network maintenance.
The OM3 Multimode LC/UPC Fiber Loopback Module is a high-performance tool designed for testing and verifying the functionality of transceivers and optical ports in 10G and higher-speed multimode networks. Built with LC/UPC connectors and optimized for 50/125μm OM3 multimode fiber, it ensures low insertion loss and stable signal return for accurate diagnostics. Its compact, plug-and-play design makes it ideal for use in data centers, network labs, and production environments, supporting efficient troubleshooting and system validation.
The OM4 Multimode LC/UPC Fiber Loopback Module is engineered for high-speed network testing and diagnostics, especially in 40G/100G multimode environments. Featuring LC/UPC connectors and utilizing 50/125μm OM4 multimode fiber, it ensures low insertion loss, high return loss, and consistent performance. This compact and durable module is ideal for verifying the functionality of transceivers and ports in data centers, enterprise networks, and R&D labs, providing a reliable and efficient solution for system validation and troubleshooting.
The OS2 Singlemode LC/UPC Fiber Loopback Module is designed for testing and troubleshooting high-speed fiber optic networks. It loops the signal from the transmitter back to the receiver to verify port functionality and network performance. With low insertion loss, high return loss, and a compact, durable design, this module is ideal for equipment diagnostics, burn-in testing, and quality assurance in data centers and telecom environments.
The OM1 Multimode SC/UPC Fiber Loopback Cable is a practical tool for testing and verifying multimode optical network equipment. Constructed with 62.5/125μm OM1 multimode fiber, it supports short-distance data transmission and is suitable for low to moderate-speed network environments. The SC/UPC connector ensures precise alignment and low insertion loss, making it ideal for transceiver diagnostics, port testing, and system troubleshooting. Its compact, plug-and-play design makes it easy to deploy in labs, data centers, and field testing scenarios, ensuring efficient and accurate network validation.
OS2 Singlemode LC/APC Fiber Loopback Cable is designed for testing and diagnosing optical network equipment. It features low insertion loss and high return loss, making it ideal for verifying transceiver performance in data centers, telecom systems, and lab environments. Built with precision-polished LC/APC connectors and OS2 9/125μm singlemode fiber, this loopback cable ensures stable signal reflection and accurate results. Compact and durable, it's a must-have tool for network maintenance and troubleshooting.
The OM4 Multimode SC/UPC Fiber Loopback Module is engineered for high-speed network testing, particularly in 40G/100G environments. It features OM4 50/125μm multimode fiber, optimized for extended bandwidth and superior signal integrity. The SC/UPC connector provides low insertion loss and high repeatability, ensuring accurate test results. This module is ideal for loopback signal testing, transceiver validation, and port diagnostics in data centers, telecom equipment, and lab settings. With its compact, rugged, and plug-and-play design, it enables fast and efficient troubleshooting of optical network systems.
Reviews
There are no reviews yet.