Brocade (Formerly) 10G-SFPP-ZRD-1555-75 Compatible TAA Compliant 10GBase-DWDM 100GHz SFP+ Transceiver (SMF, 1555.75nm, 80km, LC, DOM)

This 10GBase-DWDM SFP+ transceiver is a purpose-built, OEM-aligned solution engineered for high-performance fiber optic networks that demand reliability, precise long-haul reach, and easy integration into existing hardware ecosystems. Designed to fit into Brocade environments (formerly 10G-SFPP-ZRD-1555-75 compatibility) and compliant with Trade Agreement Act (TAA) requirements, this module brings 10 gigabit-per-second DWDM throughput to single-mode fiber infrastructure. The module leverages a 1555.75 nm wavelength on a 100 GHz ITU DWDM grid and uses a standard LC connector for straightforward field deployment and maintenance. With a temperature operating window of 0 to 70 degrees Celsius, it is suitable for data centers, enterprise backbones, and service-provider PoPs where stable, long-range connectivity is essential. In short, it is built to provide robust, high-capacity uplinks and interconnects while maintaining compatibility with Brocade’s portfolio and OEM specifications.

• High-capacity DWDM performance: Delivers 10GBase-DWDM throughput over single-mode fiber for long-haul links, enabling scalable bandwidth growth without reconfiguring your core network. The 1555.75 nm wavelength is chosen to optimize attenuation characteristics and channel availability within typical DWDM deployments, helping you maximize fiber capacity while minimizing maintenance complexity across multiple racks and campuses.
• Extended reach with DWDM on SMF: Supports up to 80 km of transmission on standard single-mode fiber, allowing you to bridge data centers and remote sites without the need for mid-span amplifiers or repeaters in many configurations. This reach makes it ideal for campus interconnects, metro networks, and backup paths where fiber distances exceed typical Ethernet-capacity limits.
• Industry-standard connectivity and monitoring: Features an LC optical connector for reliable, secure fiber termination and Digital Optical Monitoring (DOM) to provide real-time visibility into optical parameters such as transmit power, receive power, temperature, and output bias. DOM data supports proactive health checks, fault isolation, and predictive maintenance to minimize downtime and optimize network performance.
• Rugged, wide-temperature operation: Engineered to operate across a 0–70°C range, helping ensure stable performance in data-center environments as well as edge deployments where ambient conditions can vary. This resilience translates into lower field failure rates and a lower total cost of ownership while maintaining consistent link quality.
• TAA-compliant and OEM-aligned compatibility: Built to meet Trade Agreements Act requirements and designed to align with the Brocade (Formerly) 10G-SFPP-ZRD-1555-75 specification lineage. This ensures seamless interoperability with compatible switching, routing, and optical systems while supporting procurement through US-based or government/compliant channels when required.

Technical Details of Brocade (Formerly) 10G-SFPP-ZRD-1555-75 Compatible TAA Compliant 10GBase-DWDM 100GHz SFP+ Transceiver (SMF, 1555.75nm, 80km, LC, DOM)

• Transceiver type: SFP+ 10GBase-DWDM transceiver module designed for single-mode fiber (SMF).
• Operating wavelength: 1555.75 nm, compatible with 100 GHz ITU DWDM grid channels.
• Reach: Up to 80 kilometers on SMF, enabling long-distance interconnections between data centers and remote sites.
• Connector: LC simple-collapse new-generation optical connector for secure, low-loss terminations.
• Digital Optical Monitoring (DOM): Built-in monitoring to track optical power levels, temperature, and other vital diagnostics in real time.
• Temperature range: 0 to 70°C, suitable for diverse data-center floor environments and edge deployments.
• Compliance and compatibility: TAA-compliant with ongoing compatibility for Brocade (Formerly) 10G-SFPP-ZRD-1555-75 ecosystems and related OEM environments.
• Data rate: 10 Gbps Ethernet-scale performance via DWDM technology, enabling high-throughput links without channel congestion.

how to install Brocade (Formerly) 10G-SFPP-ZRD-1555-75 Compatible TAA Compliant 10GBase-DWDM 100GHz SFP+ Transceiver

Installing this SFP+ transceiver is a straightforward process when performed in accordance with standard equipment handling practices. Begin by ensuring you are working in an ESD-safe environment with properly grounded personnel and surfaces. Power down the host device and any connected network equipment prior to insertion to minimize the risk of damage. Once you are ready, follow these steps:

1) Inspect the module and the SFP+ slot to confirm compatibility with the host switch or router and ensure that no previous module remains in the slot. Remove any packaging materials and handle the transceiver by its housing rather than the optical connector to prevent damage to the ferrule or contact points.

2) Align the transceiver with the SFP+ slot orientation specified by the device manufacturer. Insert the module firmly into the slot until you feel or hear a subtle click, indicating that the connector has seated securely. Avoid excessive force, which can cause damage to the module or the slot contacts.

3) Connect the fiber optic link by attaching the LC fiber pair with proper polarity. Ensure the fiber is clean and free of dust or contaminants. Gently secure the LC connectors to prevent accidental disconnection during operation; avoid bending the fiber beyond recommended minimum bend radii to preserve signal integrity.

4) Power on the device and allow the system to boot. Use the management interface to verify recognition of the transceiver and to review DOM readouts, including transmit power, receive power, and temperature. If DOM indicates abnormal power levels or temperature, consult the device's health dashboard and perform link diagnostics as needed.

5) Validate the link by performing end-to-end throughput and BER tests, ensuring proper synchronization with adjacent equipment and confirming that the 10GBase-DWDM channel is establishing correctly on the 1555.75 nm wavelength. Document the link status and monitor the DOM trends over time to anticipate potential degradation before it impacts service.

6) In a production environment, implement standard change-control procedures and maintain proper labeling of the transceiver and fiber runs. Regularly check connector cleanliness and re-seat connections if needed, particularly after equipment maintenance or reconfigurations. Consider enabling DOM-based alerting to proactively manage optical power budgets and to detect degradations as part of your network operations center (NOC) workflow.

Frequently asked questions

• What is the primary use case for this transceiver?

  It is designed for 10G DWDM links over SMF, enabling long-haul connections between data centers, campuses, and service provider backbones. Its 1555.75 nm wavelength and 100 GHz DWDM grid make it suitable for dense channel deployments while preserving existing infrastructure.

• Is this module compatible with modern 10G switches and optical systems?

  Yes. It is positioned as a Brocade (Formerly) compatible device and is designed to align with OEM specifications for interoperable SFP+ deployments, including systems that previously used the 10G-SFPP-ZRD-1555-75 family. Always verify slot compatibility and firmware prerequisites with the specific hardware vendor.

• What is Digital Optical Monitoring (DOM), and why is it important?

  DOM provides real-time telemetry for optical parameters such as transmit power, received power, temperature, and other diagnostic data. This visibility helps administrators quickly identify link issues, optimize power budgets, and perform predictive maintenance to reduce network downtime.

• What environmental conditions does the module support?

  The transceiver is rated for operation from 0 to 70°C, covering a wide range of data-center and edge environments. This broad temperature tolerance supports stable performance in racks, cabinets, and data-center corridors without requiring strict climate control.

• Is the transceiver TAA compliant, and what does that mean for purchasing?

  Yes. TAA compliance means the product meets applicable trade and procurement requirements for government and other regulated buyers, enabling licensing and purchasing through channels that require adherence to the Trade Agreements Act. This makes the module suitable for enterprise deployments that demand compliant sourcing.

• What kind of fiber is required?

  The module operates over single-mode fiber (SMF) using an LC connector. Ensure your fiber type, splice methods, and terminations match SMF specifications, and that your DWDM network is configured to route channels on the 100 GHz grid with the 1555.75 nm line the transceiver uses.