Description
Lenovo Brocade 16Gb SFP+ Transceiver Module
Upgrade your data center with the Lenovo Brocade 16Gb SFP+ Transceiver Module, the high-performance, enterprise-grade solution engineered for Lenovo Brocade SAN fabrics. This 16Gb SFP+ transceiver delivers reliable, scalable fiber connectivity for storage area networks, servers, and switches, enabling seamless data transfers with minimal latency. Designed for compatibility with Lenovo’s Brocade networking ecosystem, this module maximizes uptime and productivity across mission-critical applications. Whether you’re expanding your storage footprint, refreshing aging hardware, or building a future-ready SAN, this transceiver provides the speed, resilience, and compatibility you demand in modern data centers.
- High-speed 16Gbps Fibre Channel capability: The Lenovo Brocade 16Gb SFP+ Transceiver Module is engineered for ultra-fast data transfers in Fibre Channel environments, delivering reliable performance for storage networks, backups, and high-demand applications. This module supports full 16Gbps operations, reducing bottlenecks and enabling faster access to large datasets, virtual machines, and intensive database workloads.
- Designed for Lenovo Brocade ecosystems: Built to integrate seamlessly with Lenovo Brocade switches, directors, and storage fabrics, this SFP+ transceiver ensures optimal compatibility, consistent performance, and streamlined management within Lenovo’s data-center architecture. It’s the ideal choice for enterprises standardizing on Brocade fabric solutions and looking to safeguard investment in existing hardware.
- 10GBase-X readiness paired with dependable connectivity: While optimized for 16Gbps Fibre Channel, the module leverages 10GBase-X technology in compatible configurations to support high-speed data transfer over supported network cables. This enables agile integration into mixed environments, upgrades of existing links, and sustained throughput for demanding workloads without compromising reliability.
- Plug-and-play, hot-swappable design for minimal downtime: The transceiver is built for easy installation with minimal disruption. Simply insert the module into an appropriate SFP+ slot, and it auto-negotiates with compatible devices. Its hot-swappable nature means you can upgrade or replace components during maintenance windows without powering down critical systems, helping maintain service levels and uptime.
- Robust build for data-center environments: Engineered to withstand the rigors of enterprise networks, this transceiver combines rugged construction with precise tolerances for stable performance in diverse rack-mount and blade-server configurations. Its proven reliability helps reduce maintenance costs and extend the life of your Brocade-based storage network.
Technical Details of Lenovo Brocade 16Gb SFP+ Transceiver Module
- Compatibility: Lenovo Brocade SAN switches and storage fabrics
- Form Factor: SFP+ transceiver module
- Data Rate: 16 Gbps Fibre Channel capability (typical performance in supported configurations)
- Interface Type: SFP+ ergonomic form factor designed for hot-swap operation
- Note: Specifications may vary by model and fiber type; refer to official product documentation for exact compatibility details
How to install Lenovo Brocade 16Gb SFP+ Transceiver Module
- Power down the host or switch if required by your maintenance policy, or verify hot-swap compatibility with your equipment vendor. Prepare the tool-free access panel or the slot area where the SFP+ blade/mtr will be inserted.
- Locate a vacant SFP+ slot in your Lenovo Brocade device. Align the transceiver module with the slot’s connector and gently insert it straight in until it locks into place with a click.
- Ensure the module is fully seated and the ejector latches are engaged. Confirm that the device recognizes the transceiver through the management software or CLI, and verify link status on the corresponding port.
- Connect the appropriate fiber optic cables (as specified by your network design and fiber type) and secure the fiber connectors to prevent accidental disconnections. Follow the recommended fiber polarity and linking guidelines for your setup.
- Power on the system (if you powered down) and run a basic link test. Validate that the port negotiates at the expected speed and that data can traverse the link without errors. Update firmware or drivers if required by your network management policy.
Frequently asked questions
-
Q: What is the Lenovo Brocade 16Gb SFP+ Transceiver Module best used for?
A: It is designed for high-speed Fibre Channel storage networks within Lenovo Brocade environments, enabling fast and reliable data transfers between storage arrays, servers, and switches. It’s ideal for data centers that require scalable SAN connectivity with minimal latency and downtime.
-
Q: Is this transceiver compatible with all Lenovo Brocade devices?
A: The module is built to integrate with Lenovo Brocade storage fabrics. Compatibility can vary by model and firmware version, so consult the official compatibility matrix or your device documentation to confirm support for your specific switch or fabric configuration.
-
Q: Can I mix 16Gb SFP+ transceivers with 10Gb devices in the same network?
A: In many cases, mixed environments are supported, but performance will be limited by the slower link at 10Gbps. Ensure your design accounts for bandwidth requirements, and verify that both devices and cables used in the path are rated for the desired speeds to avoid bottlenecks.
-
Q: Is installation support available if I’m not confident performing a hot-swap?
A: Yes. Most enterprise environments provide change-management guidance. If you’re unsure, contact your network administrator or Lenovo/Brocade support for step-by-step assistance and to ensure service windows align with your maintenance policy.
-
Q: What maintenance or firmware considerations should I be aware of?
A: Keep firmware and driver updates current according to Lenovo’s recommendations. Regularly monitor link status, error rates, and compatibility with other devices in the fabric to prevent performance degradation. Maintain appropriate ESD precautions during installation.
Customer reviews
Showing - Of Reviews