Moxa Compatible SFP-1G10ALC – 1000BASE-BX Bi-Di SFP with DOM, 1310nm TX / 1550nm RX, 10km, LC Simplex

Experience enterprise-grade reliability at a fraction of the cost with the Moxa Compatible SFP-1G10ALC from eNet Components. This functionally identical 1000BASE-BX Bi-Di SFP is designed to mirror OEM specifications, delivering seamless interoperability across a wide range of network equipment while simplifying procurement and maintenance. Built to support demanding data center, campus, and edge deployments, this transceiver combines precise optics, robust diagnostics, and a proven compatibility profile to help you maximize uptime and minimize total cost of ownership. With the eNet Optics line, you get a cost-effective, 100% compatible solution that doesn’t compromise on quality, performance, or reliability.

• Unmatched interoperability and plug-and-play performance. This SFP-1G10ALC is engineered to be fully compatible with standard 1000BASE-BX Bi-Di specifications and tested to ensure seamless interoperability with a wide array of OEM devices. Designed with the same optical characteristics, signal integrity, and connection geometry as the original, it minimizes risk during upgrades or replacements and reduces the need for vendor-specific adapters or field configurations. In multi-vendor environments, you can confidently deploy this module alongside existing OEM transceivers, knowing it will align with your switch, router, or media converter’s expectations and lighting conditions.
• Bi-Di efficiency for long-reach, cost-effective fiber networks. The Bi-Di design uses a single optical fiber pair to carry bidirectional 1000 Mbps data, with transmit at 1310 nm and receive at 1550 nm. This arrangement enables 10 km links on standard single-mode fiber, delivering excellent reach without needing dual fibers or more complex physical infrastructure. For data centers extending across campuses or distributed locations, the 10 km reach helps consolidate fiber plant while preserving high data integrity and low bit-error rates, ensuring reliable performance for critical applications such as storage replication, ERP access, and virtualized workloads.
• Built-in Digital Diagnostics Monitoring (DOM) and reliability-focused features. This transceiver includes DOM capabilities, providing real-time health metrics such as optical power, temperature, supply voltages, and laser bias current. DOM enables proactive monitoring, easier maintenance, and faster fault isolation, allowing network administrators to anticipate issues before they impact traffic. The module’s stable laser source, precise wavelength control, and quality optical components contribute to consistent link performance, even under challenging conditions or aging network environments.
• Durable, easy-to-integrate design for a wide range of deployments. The SFP module features a compact form factor with a simplex LC connector for single-mode fiber, aligning with common data-center and telecom configurations. Its low-power, high-reliability design helps reduce thermal load in dense blade and chassis environments while maintaining robust performance. The module is designed for easy insertion and removal, forgiving field upgrades, and straightforward rack-and-stack deployments with minimal downtime or service disruption.
• Cost-conscious choice with dependable support and compatibility. By choosing this eNet Components solution, you gain substantial cost savings without sacrificing compatibility or reliability. The product is positioned as a precise substitute for OEM parts, enabling smoother budget planning and easier inventory management. Supported by comprehensive documentation and responsive technical support, this transceiver is a practical choice for IT teams seeking quality, performance, and value across multi-vendor networks.

Technical Details of Moxa Compatible SFP-1G10ALC

• Network Standard: 1000BASE-BX Bi-Di
• Data Rate: 1.25 Gbps (Gen. SFP Ethernet standard)
• Transmitter Wavelength: 1310 nm
• Receiver Wavelength: 1550 nm
• Distance (Reach): Up to 10 km on single-mode fiber
• Fiber Type: Single-mode optical fiber
• Connector Type: LC simplex
• DOM (Digital Diagnostics Monitoring): Yes
• Form Factor: SFP
• Bi-Directional (BiDi) Configuration: TX 1310nm / RX 1550nm on a single fiber pair
• Compatibility: Functionally identical to OEM 1000BASE-BX BiDi SFPs; tested for interoperability with major network equipment
• Operating Temperature Range: Standard commercial tolerance suitable for data-center and office environments

How to install Moxa Compatible SFP-1G10ALC

Installing the Moxa Compatible SFP-1G10ALC is straightforward and designed for quick on-site deployment with minimal downtime. Follow these best-practice steps to ensure proper operation and optimal performance.

Step 1 — Power down and prepare. Before handling any live network hardware, power down the affected device according to your vendor guidelines and observe proper electrostatic discharge (ESD) precautions. Keep the device grounded and avoid touching the optical interface or connector ferrule. Ensure you have a clean, dust-free environment to prevent particulate contamination on the LC connector or inside the SFP slot.

Step 2 — Align and insert the transceiver. Remove the protective cap from the SFP slot and verify the module’s orientation. Carefully align the SFP-1G10ALC with the slot’s keying and slide it straight in without forcing. A gentle, firm push should seat the module fully into the slot with a positive click. Avoid excessive force or twisting, which can damage connector pins or the housing. Confirm the module is seated evenly and that the LED indicators (if present) reflect proper power and link status after installation.

Step 3 — Connect the fiber and check the link. Insert the LC simplex fiber connector into the transceiver’s optical port, ensuring a clean, secure connection. Route the fiber path to the destination device, avoiding sharp bends or tension. After connecting, power up the devices and monitor the link status on the switch or router. An established link typically appears as a steady LED indicator and an active port state on the device management interface. If the link does not come up, verify fiber polarity, connector cleanliness, and whether any active filtering or vendor-specific settings are required.

Step 4 — Verify optics and monitor with DOM. Use your network management tool to review DOM data (if supported by your platform) and verify parameters such as optical transmit power, receive power, temperature, and supply voltages. Keep an eye on any alarm thresholds and set appropriate alerts if your monitoring system supports it. Periodic checks help you detect drift in laser performance or temperature variations that could affect link reliability over time. If issues arise, consult the product documentation and, if needed, replace the module with a fresh unit to rule out a defective component.

Step 5 — Document and maintain. Record the installation details in your asset management system, including a serial/reference number, date of installation, and the equipment this transceiver serves. Establish a routine for periodic DOM checks and firmware or software validation on connected devices. By maintaining a clear installation record and ongoing visibility into link health, you reduce the risk of surprises during peak usage periods and support proactive network maintenance.

Frequently asked questions

Q: Is this transceiver fully compatible with Moxa devices and other major vendors?

A: Yes. The Moxa Compatible SFP-1G10ALC is designed to mirror OEM specifications for 1000BASE-BX Bi-Di SFP modules and has undergone testing to ensure interoperability with a broad range of network equipment, including Moxa devices. It provides a reliable plug-and-play experience in multi-vendor environments, helping to simplify upgrades and maintenance while preserving expected performance levels.

Q: What makes 1000BASE-BX Bi-Di different from standard SFPs?

A: Bi-Di (Bi-Directional) SFPs use a single optical fiber pair to carry both transmit and receive signals. For 1000BASE-BX Bi-Di, the transmitter uses 1310 nm on one fiber, while the receiver uses 1550 nm on the same fiber pair. This configuration reduces fiber complexity and cost for longer-distance links, typically enabling reach up to 10 kilometers on single-mode fiber with robust reliability and compatibility across compatible devices.

Q: Does the module support Digital Diagnostics Monitoring (DOM)?

A: Yes. DOM is supported, providing ongoing visibility into operating parameters such as laser power, temperature, and voltages. This enables proactive maintenance and easier fault isolation, contributing to higher uptime in busy data-center and campus environments.

Q: How should I handle installation and maintenance to maximize longevity?

A: Treat the transceiver and fiber connections with care. Use proper ESD protection when handling hardware, keep connectors clean, and avoid bending fiber beyond the recommended radius. Maintain a clean, dust-free environment, and implement routine DOM monitoring and alerting to catch potential issues early. Regularly verify link integrity after any network reconfiguration or device replacement to ensure continued reliability.

In summary, the Moxa Compatible SFP-1G10ALC is a practical, cost-conscious choice for organizations seeking reliable, compatible 1000BASE-BX Bi-Di SFP functionality. It delivers essential performance characteristics—1310 nm TX, 1550 nm RX, 10 km reach, DOM support, and LC simplex connectivity—plus the confidence that it will work seamlessly with a wide range of switches, routers, and optical infrastructures. By selecting this module, you can simplify procurement, streamline maintenance, and sustain high-performance networks without compromising on quality or interoperability. Whether you’re refreshing aging fiber links, expanding a data-center spine, or equipping branch offices, this transceiver provides the dependable optical performance you need with the cost efficiency your budget demands.