HPE B-series 4x16 Short Wave QSFP Transceiver

Experience high-density, enterprise-grade connectivity with the HPE B-series 4x16 Short Wave QSFP Transceiver. Built for data centers, storage networks, and server racks that demand reliable, scalable uplinks, this QSFP module delivers 16 Gbps per lane across four lanes, yielding robust total bandwidth while maintaining a compact, hot-swappable form factor. The Short Wave optical technology is designed to maximize reach and performance over optical fiber cables, enabling fast data transfer for Fibre Channel and 16 Gigabit Ethernet environments. Designed to integrate seamlessly with HPE B-series switches and storage systems, this transceiver helps IT teams simplify cabling, reduce space consumption in dense racks, and lower total cost of ownership without compromising reliability or speed. If you’re upgrading a crowded data center, consolidating storage networks, or deploying a high-performance, low-latency backbone, this transceiver is engineered to meet today’s demands while staying ready for tomorrow’s workloads.

• 4x16 Gbps lanes for a total of 64 Gbps of aggregated bandwidth in a single, compact QSFP form factor, maximizing port density and reducing cabling complexity in dense data-center deployments.
• Short Wave optical technology optimized for fast, reliable data transfer over fiber with improved reach and signal integrity in Fibre Channel and Ethernet environments, delivering steady performance across busy networks.
• Plug-and-play compatibility with HPE B-series equipment for easy integration into existing infrastructure, enabling rapid upgrades, simplified maintenance, and minimal downtime in production environments.
• Rich reliability and enterprise-grade design built to withstand demanding data-center conditions, backed by HPE’s quality standards to support long-term operation and consistent performance.
• Cost-effective, scalable solution that reduces total cost of ownership by delivering high bandwidth in a low-footprint module, helping you scale up storage and Ethernet fabrics without a wholesale hardware overhaul.

Technical Details of HPE B-series 4x16 Short Wave QSFP Transceiver

• Form Factor: QSFP Short Wave transceiver
• Data Rate per Lane: 16 Gbps
• Number of Lanes: 4
• Total Throughput: 64 Gbps
• Optical Technology: Short Wave optical transceiver
• Applications: Compatible with Fibre Channel and 16 Gb Ethernet networks
• Compatibility: Designed for use with HPE B-series switches and storage solutions
• Operating Environment: Suitable for standard data-center conditions, with reliability expectations consistent with enterprise-class components

How to install HPE B-series 4x16 Short Wave QSFP Transceiver

To install this transceiver, begin by preparing your equipment and workspace for maintenance. Ensure you follow standard anti-static procedures and handle the module by its edges to protect the connectors. Confirm that the host device (switch, router, or storage controller) supports hot-swapping for QSFP modules if you plan to perform a live swap in a production environment. If you are replacing an existing transceiver, note the current port configuration and avoid mixing different data-rate capabilities on the same uplink to prevent compatibility issues.

Step 1 — Power and safety: If your equipment supports hot-swapping, you may proceed without powering down the chassis. If your environment requires a shut-down, follow your organization’s maintenance protocol. Ensure the chassis is stable, the area is clean, and the fiber cables are correctly labeled to prevent misrouting during re-assembly.

Step 2 — Remove the existing module (if replacing): Gently disengage the securing latch or lever on the QSFP slot, then carefully slide the old transceiver straight out. Place the old module in an anti-static bag to protect it from damage. Inspect the slot for any dust or debris and wipe lightly if needed, using proper ESD protection.

Step 3 — Align and insert: Remove the protective dust cap from the new HPE B-series QSFP transceiver. Align the module with the slot so that the connector aligns with the mid-plane contacts. Carefully slide the transceiver into the slot until it seats firmly. If your chassis includes a latching mechanism, engage the latch to secure the module in place. Do not force the module; if it does not seat with light resistance, remove and reinsert it with proper alignment.

Step 4 — Attach fiber optic cables: Route fiber optic cables following your organization’s cabling standards. Connect the correct fiber connectors to the transceiver, ensuring the proper polarity and fiber type as required by your network design. Avoid sharp bends and keep fiber strands as straight as practical to preserve signal integrity. Replace any cable management or dust caps as needed to protect the connectors when not in use.

Step 5 — Verify operation: Power on the device (or confirm the device is powered if hot-swapping). Use the device’s management interface or CLI to verify that the transceiver is recognized and the link state is up. Look for port status indicators on the switch and ensure the appropriate speed and duplex settings align with your network configuration. If the link does not come up, double-check fiber connections, port settings, and the compatibility of the transceiver with the target device. Run basic throughput tests to confirm performance meets expected levels.

Step 6 — Documentation and maintenance: Document the installation details, including the port, fiber type, and cable layout. Maintain clean, organized cables, and periodically inspect the connectors and fiber for signs of wear or damage. Hot-swappability makes routine upgrades easier, but it’s still best practice to plan maintenance windows and verify all downstream devices are prepared for the change.

Tips for best results: Keep the transceiver and cables away from excessive heat sources, ensure airflow in the rack is unobstructed, and use appropriate connector types that match the transceiver’s design. Consider implementing a standardized labeling system for QSFP uplinks to simplify future maintenance. By following these steps, you can maximize uptime and ensure reliable 16 Gbps lanes across your data-center fabric.

Frequently asked questions

• Q: What does 4x16 mean on this transceiver? A: It indicates four lanes, each operating at 16 Gbps, for a total potential bandwidth of 64 Gbps when all lanes are utilized.
• Q: Is this transceiver compatible with non-HPE switches? A: It is designed for HPE B-series environments, and while QSFP modules can be compatible with other devices that support the same standard, compatibility depends on the host hardware and firmware. Always consult the device’s compatibility guide before mixing brands.
• Q: Can I hot-swap this module in production? A: Yes, this transceiver is designed for hot-swappable use in compatible systems. Ensure you follow your organization’s maintenance policies and perform proper ESD precautions.
• Q: What workloads is this transceiver best suited for? A: It excels in Fibre Channel storage networks and 16 Gb Ethernet uplinks, data-center backbones, and high-density server-to-storage connections where reliable, high-speed optical links are essential.
• Q: What should I check if the link doesn’t come up after installation? A: Verify fiber polarity and connectors, confirm the slot and port support 16 Gbps lanes, check power and cooling in the chassis, review firmware/compatibility notes for the host device, and ensure the transceiver is properly seated in the slot.
• Q: Does this module work with both single-mode and multi-mode fiber? A: Short Wave transceivers are designed for optical fiber links; compatibility with single-mode or multi-mode fiber depends on the specific system design and fiber path. Always follow the cabling guidelines for your network and confirm with your equipment vendor.