HPE 16Gb SFP+ Short Wave Extended Temperature 1-pack Pull Tab Optical Transceiver

In today’s data-forward environments, dependable interconnects are the backbone of scalable, low-latency networks. The HPE 16Gb SFP+ Short Wave Extended Temperature Optical Transceiver is engineered to meet the demanding needs of modern data centers, storage area networks, and dense compute environments. This single-pack pull-tab transceiver is built for extended temperature operation, delivering consistent performance across fluctuating conditions while maintaining compatibility with HPE StoreFabric ecosystems and a broad range of SFP+ capable devices. If you’re upgrading an existing fabric or building a new fabric from the ground up, this transceiver provides a robust combination of reliability, ease of use, and interoperability that data centers rely on for mission-critical workloads.

• High-performance data rate for demanding workloads: With a 16 Gbps data-rate capability, this SFP+ transceiver supports the bandwidth required for Fibre Channel 16G and high-speed Ethernet uplinks. It minimizes serialization latency and maximizes throughput, enabling more efficient SAN operations, faster inter-server communication, and improved application response times across virtualization and cloud-enabled environments.
• Extended temperature resilience for tough environments: Designed for extended temperature ranges, this transceiver maintains stable, reliable operation in non-traditional data-center spaces, edge deployments, colocation facilities, and industrial environments where ambient temperatures may vary. By delivering consistent performance under thermal stress, it helps reduce maintenance windows and protects the integrity of your fabric under real-world conditions.
• Short Wave optics for versatile fiber infrastructure: The Short Wave (850 nm) optical technology is optimized for multimode fiber architectures, delivering low-latency transmissions across MMF links while aligning with common data-center fiber layouts. This makes it well-suited for data-intensive workloads that require robust uplink performance without requiring a complete fiber overhaul.
• Pull-tab design for quick, tool-free replacement: The pull-tab packaging simplifies field replacements and routine upgrades. Techs can remove and insert the transceiver quickly, minimizing downtime during maintenance cycles and reducing the risk of damage from awkward handling. The intuitive design supports rapid inventory swaps in busy data centers and lab environments alike.
• Broad compatibility and enterprise reliability: Built to integrate smoothly with HPE StoreFabric components, as well as a wide array of SFP+ capable switches and storage devices, this transceiver offers predictable performance across your vendor ecosystem. Its standard SFP+ form factor and LC duplex connector further simplify deployments, spare-part planning, and cross-vendor interoperability, helping you maximize asset utilization and simplify troubleshooting.

Technical Details of HPE 16Gb SFP+ Short Wave Extended Temperature 1-pack Pull Tab Optical Transceiver

• Data Rate: 16 Gbps
• Transceiver Type: SFP+ Optical Transceiver
• Optical Wavelength: Short Wave (850 nm)
• Fiber Type: Multimode Fiber (MMF); compatible with standard LC duplex connections
• Connector: LC duplex
• Temperature Range: Extended operating range suitable for diverse environments (industrial and data-center edge scenarios)
• Form Factor: SFP+ hot-swappable transceiver; 1-pack with pull-tab design
• Compliance: MSA-compliant SFP+ transceiver suitable for broad compatibility across supported devices
• Applications: Ideal for data-center interconnects, SAN fabrics, and high-performance network uplinks requiring low latency and high reliability

How to install HPE 16Gb SFP+ Short Wave Extended Temperature 1-pack Pull Tab Optical Transceiver

• Power down the host or determine your organization’s hot-swapping policy before removing or inserting any transceivers.
• Locate the appropriate SFP+ port on your switch, router, or storage array and verify that the port supports 16 Gbps SFP+ optics and Short Wave multimode operation.
• Carefully remove any existing transceiver from the slot, following best-practice ESD precautions to protect sensitive components.
• Take the HPE transceiver, align it with the SFP+ slot, and insert firmly until the latch engages with a distinct click. Do not force the module; if it does not seat, remove and reinsert to ensure proper alignment.
• Connect your LC duplex multimode fiber patch cable to the transceiver’s LC connector, ensuring a secure, strain-relieved connection to prevent micro-bends and degradation.
• Power up the device (or allow it to resume operation if you performed a hot-swap) and verify link status using your network management software or device console. Confirm that the transceiver is recognized and that the link is stable and within expected performance parameters.
• Document the installation in your asset management system and verify that traffic flows across the new link as intended, performing basic throughput tests if required by your deployment guidelines.

Frequently asked questions

• Q: Is this transceiver compatible with non-HPE devices that support SFP+ 850 nm MMF optics? A: While it is designed for HPE StoreFabric ecosystems, the transceiver adheres to SFP+ MSA standards and 850 nm Short Wave optics. It should be compatible with other vendors’ SFP+ ports that explicitly support 850 nm MMF; however, always verify compatibility with your specific switch, storage, or fabric hardware before deployment.
• Q: What environments benefit most from extended-temperature transceivers? A: Environments with wider ambient temperature swings—such as edge data centers, high-density racks, non-climate-controlled facilities, and certain colocation spaces—benefit most. The extended-temperature rating helps maintain consistent performance when standard-temperature devices might otherwise be challenged.
• Q: What type of fiber should I use with this transceiver? A: This transceiver uses Short Wave optics designed for multimode fiber. Use a compatible LC duplex MMF fiber type (commonly OM2/OM3/OM4) that matches your link distance and network design. Always follow your fiber supplier’s recommendations for connector type, core size, and distance.
• Q: How do I determine if this transceiver is the right choice for my fabric? A: Assess your current and planned bandwidth requirements, distance between endpoints, fiber infrastructure, and the mix of devices in your fabric. If you operate a data center or SAN with demanding throughput, low latency goals, and a need for reliable operation across variable temperatures, this transceiver aligns with those objectives and integrates with HPE StoreFabric ecosystems for simplified management and troubleshooting.
• Q: What warranty or support comes with this transceiver? A: Warranty terms vary by distributor and SKU. Check the product listing from your supplier and the accompanying specifications sheet for the exact warranty duration, replacement options, and support coverage to ensure alignment with your procurement and service levels.