Brocade (Formerly) 10G-SFPP-ZRD-1532-68 Compatible 10GBase-DWDM SFP+ Transceiver

This high-performance SFP+ transceiver is the ideal DWDM solution for upgrading or maintaining 10 Gigabit links across long-haul fiber networks. Designed to be compatible with Brocade (Formerly) gear and built to meet or exceed OEM specifications, this 10GBase-DWDM transceiver delivers reliable, scalable connectivity over single-mode fiber (SMF) at a precise 1532.68 nm wavelength. With a robust 80 km reach, LC duplex optics, and on-board DOM diagnostics, it provides network operators with the visibility and flexibility needed to optimize throughput, minimize downtime, and simplify capacity growth across data centers, enterprise networks, and service provider backbones. The device is TAA compliant, ensuring procurement and compliance requirements are met for government and commercial deployments. Whether you are performing a field upgrade or planning a DWDM deployment on a 100 GHz ITU grid, this transceiver offers a seamless path to higher bandwidth without replacing entire chassis or switching platforms.

• Long-haul 10G DWDM performance: Engineered for 10GBase-DWDM throughput with an 80 km reach on standard single-mode fiber, enabling extended link budgets and fewer intermediate amplifiers.
• Wavelength and bandwidth on the 100 GHz ITU grid: 1532.68 nm center wavelength on a 100 GHz ITU-established channel spacing, enabling scalable coexistence with other DWDM channels in the same fiber plant.
• Compact, hot-pluggable SFP+ form factor with DOM: SFP+ footprint for easy integration into most 10G-capable switches and routers; Digital Optical Monitoring provides real-time insight into optical power, temperature, and voltage for proactive network management.
• LC duplex connection and robust operating range: Optical connection via LC connectors supports reliable, plug-and-play fiber terminations; designed to operate in environments from 0 to 70 °C for data center and field deployments.
• TAA compliant and OEM-compatible: Built to align with U.S. government procurement standards and fully compatible with Brocade (Formerly) 10G-SFPP-ZRD-1532-68 components, ensuring straightforward integration with existing equipment fleets.

Technical Details of Brocade (Formerly) 10G-SFPP-ZRD-1532-68 Compatible SFP+ Transceiver

• Product Type: SFP+ Transceiver
• Data Rate: 10 Gbps (10GBase-DWDM)
• Wavelength: 1532.68 nm (ITU DWDM channel center)
• DWDM Grid: 100 GHz ITU-T channel spacing
• Distance: Up to 80 km over single-mode fiber (SMF)
• Fiber Type: Single-mode fiber (SMF)
• Connector: LC duplex
• Diagnostics: DOM (Digital Optical Monitoring) for in-service visibility
• Operating Temperature: 0 to 70 °C
• Compliance: TAA compliant; compatible with Brocade (Formerly) 10G-SFPP-ZRD-1532-68 families

How to Install Brocade 10G-SFPP-ZRD-1532-68 Compatible Transceiver

• Verify compatibility: Confirm that your switch or router supports SFP+ 10GBase-DWDM transceivers and that the 1532.68 nm channel is suitable for your DWDM plan. Ensure the device supports the 100 GHz ITU grid you intend to use and that the link budget accommodates an 80 km link.
• Power considerations: If your platform supports hot-swapping, follow the device manufacturer’s hot-swap procedure. Otherwise, power down the device according to your standard maintenance protocol before installation.
• Prepare the fiber: Clean and inspect the LC duplex fiber connectors and patch cords. Use proper fiber polishing and low-bend-radius techniques to avoid signal loss. Verify there are no micro-bends, cracks, or contaminants on the connectors.
• Insert the transceiver: Insert the SFP+ transceiver firmly into an available SFP+ port until it seats with a soft click. Ensure the module is fully engaged and polynomially secured by the host’s retention mechanism.
• Connect the fiber: Attach the LC duplex fiber cable to the transceiver’s LC connectors, maintaining correct transmit/receive polarity. Route fiber carefully to prevent strain, and avoid sharp bends that could degrade signal integrity.
• Power up and verify: Power on the device (or verify the unit is hot-swapped properly). Check the link status LEDs and access the DOM data via the switch, if available. Validate the 10G link is established and running at expected speed, and verify the absence of alarm or fault conditions.
• Monitor and test: Use your network monitoring system to observe optical power levels, temperature, and other DOM parameters. Run end-to-end throughput tests to confirm the channel is delivering the expected 10 Gbps and that error rates remain within specification.

Why Choose This DWDM SFP+ Transceiver for Your Network

This transceiver is designed to meet the demanding needs of modern DWDM deployments where long-haul reach, high reliability, and vendor compatibility are critical. Its compatibility with Brocade (Formerly) hardware makes it an attractive option for network operators seeking a cost-efficient upgrade path without sacrificing performance or interoperability. The 1532.68 nm wavelength is well-positioned in the fiber spectrum to minimize dispersion and maximize performance over long-distance links. The inclusion of DOM provides ongoing visibility into the condition of each optical path, allowing network teams to detect degradation early and schedule maintenance before service levels are affected. The 80 km reach supports metro and regional networks that require extended connectivity beyond short-range fiber, enabling centralized data centers to reach remote edge locations without expensive repeater infrastructure. TAA compliance ensures procurement processes are straightforward for U.S. and other government-related projects, contributing to faster deployment and project approval timelines.

Compatibility and ease of integration are central to this transceiver’s design. Whether you are revitalizing a legacy Brocade-based fabric or building a new DWDM backbone, this module is engineered to fit into standard SFP+ ports across a broad range of devices. The 1532.68 nm wavelength aligns with common ITU channels on a 100 GHz grid, enabling predictable optical budget planning and easier channel allocation. The LC duplex connector is a standard for DWDM deployments, supporting stable optical contact and repeatable performance across thousands of connections in service. With 10 Gbps data rate, the module is fully capable of handling business-critical workloads, virtualization traffic, and high-demand storage networking without compromising throughput or reliability.

In terms of reliability, the transceiver follows industry-standard MSA (Multi-Source Agreement) guidelines for SFP+ devices, which helps ensure broad compatibility with existing network hardware. The DOM feature provides continuous, real-time feedback on optical conditions, including received signal strength, laser bias current, and temperature, which facilitates proactive maintenance and reduces the risk of unexpected downtime. This translates into improved service levels, better mean time between failures (MTBF), and more predictable capital expenditure planning for DWDM upgrades and expansions. The module’s rugged temperature range (0–70 °C) supports deployment in data centers, carrier hotels, and edge environments where ambient conditions can vary and cooling efficiency may differ across racks and rows.

Notes on Performance and Best Practices

For optimal performance, ensure your DWDM transport network is configured to support 100 GHz channels and that your optical budget accounts for all inline connectors, patch panels, and any existing passive components. Channel spacing and wavelength drift can affect system performance, so maintain precise control over the DWDM grid and avoid mixing incompatible wavelengths in the same fiber span. Regular DOM monitoring helps catch performance drift early, allowing preemptive maintenance actions before users encounter degraded service. When upgrading to this transceiver in a mixed-vendor environment, validate interoperability by testing a representative sample path under load to confirm there are no vendor-specific quirks or compatibility limitations that could impact throughput or latency.

Frequently asked questions

• Q: What is the maximum link distance supported by this transceiver? A: Up to 80 kilometers over single-mode fiber (SMF) using the 1532.68 nm DWDM channel with a 100 GHz ITU grid.
• Q: Is this module compatible with Brocade equipment? A: Yes. It is specified as compatible with Brocade (Formerly) 10G-SFPP-ZRD-1532-68 products and is designed to plug into SFP+ ports on Brocade platforms as part of a DWDM deployment.
• Q: Does the transceiver support DOM? A: Yes. Digital Optical Monitoring is supported to provide real-time diagnostics for optical power, temperature, and other critical parameters.
• Q: What connector type does this transceiver use? A: It uses an LC duplex fiber connector for the optical interface.
• Q: What is the operating temperature range? A: The transceiver is designed to operate from 0 to 70 degrees Celsius, suitable for data centers and field deployments with moderate environmental variation.
• Q: Is this transceiver compliant with procurement standards? A: Yes. It is TAA compliant, meeting applicable procurement and compliance requirements for U.S. federal and related markets.