Moxa Compatible SFP-1G10BLC — 1000BASE-BX BiDi SFP

Discover a reliable, plug-and-play solution for long-haul fiber connectivity with the Moxa Compatible SFP-1G10BLC. This functionally identical 1000BASE-BX BiDi SFP transceiver is designed to integrate seamlessly into ENET and Moxa ecosystems while delivering consistent performance across demanding networks. Engineered for single-mode fiber with a simplex LC connector and supported in the USA, this module comes programmed, tested, and backed by a lifetime warranty, giving you peace of mind with every deployment. Whether you’re upgrading an aging link or building a new backbone, this SFP-1G10BLC provides the right balance of affordability, reliability, and compatibility for modern data centers, campus networks, and industrial environments.

• Broad compatibility and reliable performance: This SFP is designed as a drop-in replacement for MOXA and ENET devices, ensuring seamless integration with a wide range of switches, routers, and media converters that support 1000BASE-BX BiDi. It adheres to standard SFP form factors and signaling, making it an easy, cost-effective alternative to OEM modules without sacrificing performance or reliability.
• BiDi long-haul capability in a single fiber: Operating with a 1550 nm transmitter and a 1310 nm receiver, this module facilitates long-distance connections using a single-mode fiber up to 10 kilometers. The BiDi design minimizes fiber count while preserving high data integrity, making it ideal for campus backbones, data center interconnects, and remote links where space and fiber resources are at a premium.
• Digital Optical Monitoring (DOM) and proactive diagnostics: Built-in DOM provides real-time visibility into laser temperature, bias current, optical power, and transceiver health. This enables proactive maintenance, quick fault isolation, and optimized network performance, reducing unscheduled downtime and extending the life of critical links.
• Quality you can trust — TAA compliant with US support and lifetime warranty: The module is TAA compliant and RoHS certified, programmed and tested to meet rigorous quality standards, and backed by lifetime warranty with US-based support. This ensures dependable performance, straightforward replacements, and long-term confidence for enterprise, government, and industrial deployments.
• Easy, tool-free installation with robust durability: As a standard SFP with LC Simplex connector, this transceiver is designed for easy, hot-swappable installation in compatible switches and routers. Its durable build and strict electrical/optical specifications ensure stable operation in diverse environments, from climate-controlled data centers to field installations requiring rugged, reliable fiber links.

Technical Details of Moxa Compatible SFP-1G10BLC

• Standard: 1000BASE-BX BiDi SFP
• Data Rate: 1.0 Gbps
• Transmit Wavelength (TX): 1550 nm
• Receive Wavelength (RX): 1310 nm
• Fiber Type: Single-mode (9/125 µm)
• Connector: LC Simplex
• Link Distance: Up to 10 km
• Digital Optical Monitoring (DOM): Yes
• Compatibility & Compliance: ENET compatible, MOXA compatible, TAA compliant, RoHS compliant
• Package/Form Factor: SFP, hot-swappable in standard SFP slots

How to install Moxa Compatible SFP-1G10BLC

Installing the Moxa Compatible SFP-1G10BLC is a straightforward process that can be completed in minutes, with minimal disruption to your network. Follow these steps to ensure a smooth, reliable installation. First, power down the device only if your hardware requires it for maintenance windows; many switches and routers support hot-swapping SFP modules, allowing you to minimize downtime. Confirm that your network device supports 1000BASE-BX BiDi mode and has an available SFP slot for a BiDi transceiver. Inspect the SFP module to ensure the protective caps are removed and the optical interface is clean; never touch the fiber tips with bare hands, and use a lint-free cloth or proper fiber cleaning tools as needed. With the device ready, align the SFP-1G10BLC with the SFP cage’s keyed edge and gently but firmly seat the module until you achieve a secure click. Avoid excessive force to prevent damage to the connector or the receptacle. Next, connect a single-mode LC simplex fiber patch cable between the SFP’s LC connector and the corresponding port on the other device, ensuring the fiber is not bent sharply and maintains the recommended bend radius. For BiDi links, ensure the partner device uses a matching TX/RX configuration: your TX path (1550 nm) should connect to the partner’s RX path (1310 nm) and vice versa, and retain correct fiber polarity.

Power up the device and check the link status indicators on both devices. If your equipment supports Digital Optical Monitoring (DOM), access the transceiver details to verify transmitter power, received power, temperature, and operational status. You should see a healthy link within a few seconds, and the interface on your switch or router should be configured for 1000BASE-BX BiDi operation. If you encounter issues, re-check fiber connections for cleanliness and ensure you are using a single-mode fiber with an LC simplex connector. In a typical deployment, this SFP-1G10BLC will deliver stable 1 Gbps links over distances up to 10 km, aligning with the performance expected from premium transceivers while delivering cost savings and easier procurement. The combination of BiDi technology, robust diagnostics, and US-based support makes this module a compelling option for organizations needing dependable fiber connectivity without vendor lock-in.

To maximize longevity and performance, maintain clean optical interfaces, monitor DOM readings periodically, and document your transceiver serial numbers for asset management. If you pair this transceiver with compatible equipment that supports 1000BASE-BX BiDi, you can expect predictable performance characteristics, simplified fiber management, and a scalable foundation for future network growth. The module’s single-mode requirement also means you should use appropriate fiber types and spacing to preserve signal integrity over longer distances. With the Moxa Compatible SFP-1G10BLC, you gain a flexible, economical, and dependable path to meet your network’s bandwidth and reach requirements.

Frequently asked questions

• Q: What is the Moxa Compatible SFP-1G10BLC and what makes it unique?
  A: It is a functionally identical 1000BASE-BX BiDi SFP transceiver designed to work with MOXA and ENET networking gear. It combines long-reach single-mode fiber, a simplex LC connector, and Digital Optical Monitoring with a lifetime warranty, offering a cost-effective alternative to OEM modules without compromising performance or reliability.
• Q: What does BiDi mean in this context?
  A: BiDi stands for Bi-Directional. In 1000BASE-BX BiDi, a single fiber is used to carry signals in both directions by employing different wavelengths for TX and RX (typically 1550 nm for TX and 1310 nm for RX). This reduces fiber count and simplifies cabling while maintaining full-duplex operation.
• Q: What is DOM and why is it beneficial?
  A: DOM (Digital Optical Monitoring) provides real-time data on optical power, temperature, and laser bias. This visibility helps network professionals monitor link health, anticipate potential failures, and perform proactive maintenance to minimize downtime.
• Q: Is this module compatible with all brands, and are there any caveats?
  A: The module is designed for MOXA and ENET ecosystems and generally interoperates with devices that support 1000BASE-BX BiDi. However, compatibility can vary by firmware version and individual device models, so always verify with your specific hardware and perform a test on a non-production link when possible.
• Q: What warranty and support come with this SFP?
  A: The Moxa Compatible SFP-1G10BLC is backed by a lifetime warranty with USA-based support, reflecting confidence in its quality and ensuring timely replacements if a defect or failure occurs under normal use.
• Q: How do I verify the SFP is working correctly after installation?
  A: Confirm a link status on your switch/router interface, check DOM values if available, and ensure data rate and duplex settings align with your network configuration. If performance issues persist, re-check fiber cleanliness, connector integrity, and compatibility with the partner device’s transceiver settings.