ATEN Fiber Multi-Mode 1.25G SFP Transceiver Module (550M) - TAA Compliant

Meet the versatile ATEN Fiber Multi-Mode 1.25G SFP Transceiver Module (550M), a compact, hot-swappable solution built to deliver reliable Gigabit Ethernet over multimode fiber. Engineered for enterprise networks, data centers, and campus deployments, this SFP transceiver unlocks extended reach without sacrificing performance or plug-and-play convenience. By connecting seamlessly to SFP ports in both transmitters and receivers, it enables flexible, scalable fiber connectivity that keeps your network responsive to growth, traffic surges, and evolving fiber infrastructures. Whether you are upgrading an aging link or deploying a new MMF backbone, this transceiver offers the stability and compatibility you demand from a trusted networking partner.

• The ATEN 1.25G SFP transceiver provides dependable Gigabit Ethernet connectivity over Multi-Mode Fiber up to 550 meters, making it ideal for campus networks, data centers, and fiber backbones that require cost-effective, high-speed links without sacrificing reliability or reach. Its 1.25G data rate aligns with standard MMF deployments, ensuring smooth integration with existing switches, routers, and optical infrastructure. This makes it a top choice for organizations seeking to maximize bandwidth while minimizing complexity and downtime.
• Hot-pluggable SFP form factor with a standard duplex LC fiber connector enables rapid installation and straightforward field upgrades. The transceiver can be easily inserted or removed without powering down equipment, reducing maintenance windows and enabling proactive network management. The compact design also frees up space in crowded enclosures, while its robust housing is engineered to withstand typical data-center vibrations and environmental conditions.
• Designed for compatibility with both transmitters and receivers, the ATEN 1.25G SFP module brings flexible deployment options to mixed-network environments. It supports bi-directional operation where needed and ensures proper Tx/Rx alignment when swapping devices. This versatility is especially valuable for network architects who need to reconfigure links quickly, perform spare-part swaps, or create modular, scalable fiber chains across disparate device families.
• TAA (Trade Agreements Act) compliant, making it suitable for government, education, and enterprise applications that require compliant procurement. This compliance simplifies purchasing processes and ensures your fiber networking hardware meets regulatory requirements while delivering enterprise-grade performance. The module is built to endure routine wear and tear in demanding settings, helping you maintain uptime across projects and disciplines.
• Robust build quality paired with ATEN’s engineering ethos delivers long-term reliability for critical links. The transceiver is designed to resist alignment drift, temperature fluctuations, and mechanical stress, so you can count on stable performance over time. By minimizing link interruptions and retries, this MMF SFP transceiver contributes to higher effective throughput and a more predictable network experience for users and applications alike.

Technical Details of ATEN Fiber Multi-Mode 1.25G SFP Transceiver Module (550M)

• Data Rate: 1.25 Gbps
• Fiber Type: Multi-Mode Fiber (MMF)
• Distance: Up to 550 meters
• Form Factor: SFP (Small Form-factor Pluggable), hot-pluggable
• Connector: Duplex LC
• Compatibility: Works with SFP-enabled transmitters and receivers for flexible deployments
• Compliance: TAA compliant

How to install ATEN Fiber Multi-Mode 1.25G SFP Transceiver Module (550M)

• Power down the host device or ensure the equipment is in a safe state for hot-swapping if your network policy allows it. While SFP transceivers are designed for hot-swapping, some devices require shutting down the port or system as a precaution. Consult your equipment’s maintenance procedures to determine the appropriate action.
• Verify compatibility between the ATEN 1.25G SFP transceiver and your SFP ports. Check vendor documentation or firmware requirements to ensure proper interoperability with switches, routers, or optical modules in your environment. Incompatibilities can lead to link failures or reduced performance.
• Insert the transceiver gently into the SFP slot until it clicks into place. Make sure the face of the module is flush with the chassis and that the connector aligns with the receptacle. Avoid applying excessive force, which can damage the module or the host device.
• Attach the MMF fiber cable with the duplex LC connectors to the transceiver’s LC port. Ensure you connect the transmit (Tx) fiber to the receive (Rx) fiber on the opposite end of the link, maintaining correct polarity. Use proper fiber cleaning techniques and verify a clean, secure connection to minimize signal loss.
• Power up the device and verify link status and data throughput. Use the device’s management interface or status LEDs to confirm that the link is up and operating at 1.25 Gbps. If the link does not come up, recheck fiber polarity, connector cleanliness, and compatibility, and consult the device’s diagnostic tools for more details.
• Document the installation for future maintenance. Record the module model, slot location, fiber type, and link distance to assist with future swaps, troubleshooting, or expansions. Keeping an up-to-date inventory helps your IT team maintain rapid response to network changes and outages.

Frequently asked questions

• What is the main purpose of the ATEN Fiber Multi-Mode 1.25G SFP Transceiver Module (550M)?

It provides high-performance Gigabit Ethernet connectivity over multimode fiber for links up to 550 meters. It is designed to fit SFP slots in devices and supports hot-swapping for quick field upgrades, making it ideal for campus networks, data centers, and office deployments where fiber reach and reliability matter.

• Is this transceiver compatible with all SFP-enabled devices?

As with all SFP modules, compatibility depends on the host device’s firmware and vendor interoperability. The ATEN 1.25G SFP MMF transceiver is designed to work with SFP ports in transmitters and receivers, but it’s recommended to verify compatibility with your specific switches, routers, and optical equipment before deployment.

• What type of fiber and connector does it use?

The module is designed for Multi-Mode Fiber (MMF) with a duplex LC connector. This combination is common in enterprise backbones and campus networks, offering cost-effective, high-reliability performance for short- to mid-range links.

• What is the distance capability of this transceiver?

The transceiver supports links up to 550 meters on Multi-Mode Fiber. This makes it suitable for building-out campus cores, access rings, and data-center interconnects that require Gigabit speed without requiring single-mode fiber at this distance.

• Is this product compliant with procurement regulations?

Yes. The ATEN 2A-136G transceiver is TAA compliant, which is important for procurement in government and educational institutions. This compliance ensures that the product meets certain regulatory and sourcing standards, simplifying procurement and integration into compliant networks.

• How do I know if I should use a 1.25G SFP transceiver for my network?

If your network hardware supports SFP optics and you need reliable Gigabit Ethernet over multimode fiber at distances up to 550 meters, a 1.25G MMF SFP module is an appropriate choice. It is ideal for upgrading older MMF links, extending fiber reach within a building, or implementing scalable fiber backbones without moving to more expensive single-mode solutions.

• What maintenance or care is required for this transceiver?

Regular maintenance includes ensuring the fiber connectors are clean, inspecting for signs of wear, and monitoring link reliability via the host device. Avoid touching the fiber ends with bare hands, and store spare transceivers in anti-static packaging. Keeping a clean, orderly fiber environment reduces the risk of signal loss and connection issues.

• Can the ATEN transceiver be used for uplinks and downlinks in a single fiber channel?

Yes. As an MMF SFP transceiver supporting Gigabit Ethernet, it can be deployed in uplinks and downlinks within a fiber channel or Ethernet network depending on your topology. However, ensure correct Tx/Rx orientation and consistency across the link to maintain optimal performance.