AddOn Infinera TRX100015/51 Compatible TAA Compliant 1000Base-CWDM SFP Transceiver (SMF, 1510nm, 80km, LC, DOM)

AddOnSKU: 5599052

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Sale price$322.29

Description

AddOn Infinera TRX100015/51 Compatible TAA Compliant 1000Base-CWDM SFP Transceiver (SMF, 1510nm, 80km, LC, DOM)

The AddOn Infinera TRX100015/51 Compatible TAA Compliant 1000Base-CWDM SFP Transceiver is engineered to elevate your network with enterprise-grade reliability and scalable performance. This pluggable SFP module supports 1000Base-CWDM over SMF, delivering robust long-haul capabilities in a compact, hot-swappable package. Designed for seamless integration with Infinera TRX hardware, including the TRX100015/51 family, this transceiver makes it straightforward to upgrade or expand existing CWDM fiber links. Its 1510 nm wavelength and 80 km reach ensure you can bridge metropolitan and campus networks with confidence, while a Duplex LC interface preserves standard fiber deployments. With digital optical monitoring (DOM) built in, administrators gain real-time visibility into link performance, imperative for proactive maintenance and service assurance. This module is TAA compliant, reflecting its suitability for deployments across regulated markets and government networks. If you’re modernizing a CWDM backbone or extending a 1 Gbps Ethernet service, this transceiver provides a reliable, cost-effective path to higher capacity without overhauling your transport layer.

  • Proven compatibility — specifically engineered to work with Infinera TRX100015/51 platforms, ensuring dependable interoperability within mixed vendor ecosystems and minimizing discovery time during installation.
  • 1000Base-CWDM performance — delivers standard 1 Gbps Ethernet over CWDM wavelengths, enabling efficient long-haul connectivity over single-mode fiber (SMF).
  • Long reach, short complexity1510 nm operation on SMF with an impressive 80 km reach, reducing the need for repeaters and simplifying network design for metro and regional links.
  • Robust monitoring — Digital Optical Monitoring (DOM) provides live voltage, temperature, laser bias, and received power data to streamline troubleshooting and capacity planning.
  • Compact, plug-and-play design — standard SFP form factor with LC duplex connectors enables quick field upgrades, hot-swapping without powering down equipment, and minimal downtime.

Technical Details of AddOn Infinera TRX100015/51 Compatible TAA Compliant 1000Base-CWDM SFP Transceiver (SMF, 1510nm, 80km, LC, DOM)

  • Form factor: SFP transceiver module (pluggable, hot-swappable)
  • Data rate: 1.25 Gbps per the 1000Base standard (CWDM variant for CWDM networks)
  • Standard: 1000Base-CWDM
  • Wavelength: 1510 nm (CWDM window)
  • Fiber type: Single-mode fiber (SMF)
  • Maximum distance: Up to 80 km under ideal network conditions
  • Connector: Duplex LC
  • Diagnostics: Digital Optical Monitoring (DOM) for ongoing link health and performance data
  • Compatibility: Specifically designed for use with Infinera TRX100015/51 hardware; suitable for deployment in mixed-vendor environments when CWDM SFP support is present
  • TAA compliance: True Act of Trade Agreement (TAA) compliant for procurement in regulated markets
  • Environmental: Designed for reliable operation in standard data-center and telecom environments (temperature and humidity ranges aligned with common SFP specs)

how to install AddOn Infinera TRX100015/51 Compatible TAA Compliant 1000Base-CWDM SFP Transceiver

  • Power-down or place the switch/router into a safe maintenance state if required by your network policy before removing any modules.
  • Remove any existing transceiver from the target SFP slot and inspect the slot for debris or dust; gently clean if necessary using proper ESD precautions.
  • Align the LC duplex connector of the AddOn SFP with the corresponding fiber patch cable and verify the cable is clean and free of cracks or nicks.
  • Insert the SFP module into the SFP slot until it seats firmly with a soft click; do not force the module beyond its seating depth.
  • Reattach the fiber patch to the LC connector, ensuring correct polarity as per the network design; avoid bending or exceeding the recommended bend radius of the fiber.
  • Power on the device or exit maintenance mode and verify the SFP link status via the management interface or LED indicators; consult your device’s status page for link, activity, and DOM readings.
  • Enable and monitor DOM data to confirm transmission performance, laser temperature, and power levels; perform a basic throughput test to confirm 1 Gbps CWDM operation.
  • Document the installation for your asset management system, noting the serial number, slot, and MAC/optical parameters for future reference and troubleshooting.

Frequently asked questions

  • What is CWDM and why choose 1000Base-CWDM? CWDM stands for coarse wavelength-division multiplexing, which allows multiple signals to share the same fiber by using different wavelengths. The 1000Base-CWDM transceiver is designed for 1 Gbps Ethernet over CWDM wavelengths, enabling cost-efficient expansion of CWDM networks without replacing existing fiber plants.
  • What does DOM support mean for this transceiver? DOM, or Digital Optical Monitoring, provides real-time metrics such as transmit power, received power, temperature, and laser bias. This visibility helps optimize link performance, quickly identify issues, and support proactive maintenance.
  • Is this transceiver compatible with non-Infinera equipment? This module is designed for Infinera TRX100015/51 platforms and CWDM deployments. While it’s optimized for Infinera hardware, compatibility with other vendors depends on their CWDM SFP support and the specific module’s features. Always verify with your switching or routing hardware documentation before mixing vendors.
  • Is the transceiver TAA compliant? Yes. This product is described as TAA compliant, making it suitable for deployment in markets that require compliance with the Trade Agreements Act.
  • What installation considerations should I keep in mind? Plan for proper fiber routing, maintain the recommended bend radius, ensure correct polarity for LC connectors, and verify link status and DOM data after installation to confirm full functionality.
  • What should I do if the link does not come up after installation? Check that the SFP seating is secure, verify the correct CWDM wavelength selection and fiber polarity, confirm fiber integrity, and review DOM metrics for abnormal values such as low received power or high laser temperature. If needed, swap with a known-good module to isolate the issue.

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