HPE B-Series 4x32Gb 8-pack Short Wave QSFP Transceiver

Designed for high-density data centers and enterprise networks, the HPE B-Series 4x32Gb Short Wave QSFP Transceiver comes in an 8-pack to deliver scalable, reliable performance for demanding workloads. This plug-in module is built to optimize data networking and optical network connectivity, supporting Fibre Channel and 32 Gigabit Ethernet, all within a compact QSFP form factor. Ideal for storage area networks, backbone links, and high-speed inter-switch uplinks, this transceiver enables fast, dependable communication across fiber-optic networks while simplifying deployment with a complete 8-pack kit.

• High-density, multi-channel performance: The 4x32Gb configuration aggregates bandwidth across four lanes in a single QSFP module, delivering maximum throughput per port while preserving port density in your data center. This design is ideal for expanding fabric connections, inter-switch links, and storage networking where every gigabit counts.
• Short Wave optics for optimized reach: Engineered with short-wave optical technology, this transceiver is optimized for reliable, short-reach connectivity within data centers and campus networks. The short-wave design supports efficient signal transmission over standard fiber types used in enterprise deployments, ensuring consistent performance in typical distance ranges.
• 8-pack packaging for rapid deployment: The eight-module kit reduces downtime and installation overhead in environments that require multiple high-performance transceivers. With eight plug-in modules per package, you can outfit an entire chassis or accelerate field upgrades without repeated sourcing, helping to meet tight project deadlines.
• Versatile data and storage networking compatibility: Built to support both Fibre Channel networks and 32 Gigabit Ethernet paths, this transceiver provides flexible connectivity options for storage networks, data fabrics, and high-speed backbone links. The module is designed to integrate with HPE B-Series switches and compatible networking gear to streamline interoperability across critical infrastructure.
• Reliability, hot-swappability, and plug-in convenience: Engineered for enterprise reliability, the transceiver is a hot-pluggable, plug-in module that can be installed or replaced with minimal disruption. This simplifies maintenance, reduces downtime, and keeps your data center running smoothly while delivering robust optical performance.

Technical Details of HPE B-Series 4x32Gb 8-pack Short Wave QSFP Transceiver

• Product Type: Short Wave QSFP Transceiver
• Series: HPE B-Series
• Pack Size: 8-pack
• Data Rate: 4x32 Gbps per module (aggregate bandwidth across four lanes)
• Optical Technology: Short Wave optics designed for reliable short-reach performance
• Application: Data Networking and Optical Networking with Fibre Channel and 32 Gbps Ethernet capabilities
• Form Factor: Plug-in QSFP transceiver module
• Interface: Fibre Channel and high-speed Ethernet interfaces (module-level compatibility with compatible devices)
• Cable Type: Optical fiber connections (commonly LC connectors, compatible with standard single-mode and multi-mode fiber configurations as supported by host equipment)
• Packaging: 8-pack for bulk deployment in data centers and enterprise networks
• Compliance: Designed to meet industry standards for enterprise networking and data center use (RoHS-compliant and suitable for standard data center environments)

How to Install HPE B-Series 4x32Gb 8-pack Short Wave QSFP Transceiver

• Power down the host system or follow the vendor’s hot-swap guidelines for the HPE B-Series device. If you’re performing a hot-swap, ensure you observe proper electrostatic discharge (ESD) precautions and follow your organization’s maintenance procedures.
• Open or access the QSFP slot on the switch or router chassis. Confirm that you have a compatible slot and that the device is in a safe state for insertion.
• Align the QSFP transceiver with the slot and gently insert it until it seats securely. Ensure any retaining latch or locking mechanism engages properly to secure the module in place.
• Connect the corresponding optical fiber cables to the transceiver ports, using the recommended fiber type and connector (for example LC/UPC) as specified by your equipment and cabling plan. Verify that the fiber cables are properly terminated and free of contamination.
• Power up the device (if powered down) and verify link status via the management interface or front-panel LEDs. Confirm that the transceiver is recognized, lanes are active, and there are no error indications such as excessive loss or alarms. Run any required diagnostics or loopback tests to ensure full operational readiness.

Frequently asked questions

• Q: Is this 8-pack eligible for use in all HPE B-Series switches?
  A: The HPE B-Series 4x32Gb Short Wave QSFP Transceiver is designed for compatibility with HPE B-Series networking equipment. Always verify the specific model and firmware compatibility with your chassis and switch module matrix before deployment to ensure proper operation.
• Q: What does 4x32Gb mean in practical terms?
  A: It indicates four lanes per transceiver, each capable of up to 32 Gbps, allowing a high aggregate data rate per module. This configuration supports fast interconnects for data networking, storage networks, and high-performance computing environments where substantial bandwidth is required.
• Q: Can I use these transceivers for Fibre Channel and Ethernet simultaneously?
  A: Yes, the design supports Fibre Channel networking and high-speed Ethernet pathways. This versatility makes the module suitable for mixed-use fabrics and storage networks that rely on both technologies within a single fabric or stacked chassis configuration.
• Q: Are these transceivers hot-swappable?
  A: Yes. The QSFP transceiver is designed for hot-swappable installation, enabling you to replace or upgrade modules with minimal disruption to network services, provided you follow proper ESD precautions and vendor guidelines.
• Q: What should I consider when ordering the 8-pack?
  A: An 8-pack is ideal when deploying multiple ports or upgrading entire chasses. Confirm compatibility with your device’s slot count, fiber management plan, and cabling strategy. It’s also wise to confirm the exact part number and firmware requirements with your supplier to ensure seamless integration across your network infrastructure.