HPE B-Series 32Gb SFP+ Short-Wave Remanufactured Transceiver
The HPE B-Series 32Gb SFP+ transceiver is engineered for high-performance Fibre Channel connectivity in enterprise data centers. This remanufactured module delivers reliable 32Gb short-wave transmission, making it ideal for organizations seeking cost-effective networking upgrades without compromising on speed or reliability. Perfect for HPE B-Series storage arrays and SAN environments requiring proven, certified components.
Key Features
- 32Gb Fibre Channel short-wave transmission capability
- SFP+ form factor for flexible deployment
- Remanufactured to HPE quality standards
- Compatible with HPE B-Series infrastructure
- Certified for enterprise SAN environments
- Cost-effective alternative to new modules
Technical Specifications
| Specification |
Details |
| Manufacturer |
Hewlett Packard Enterprise |
| Part Number |
P9H32AR |
| Product Series |
B-Series |
| Speed |
32Gb |
| Interface Type |
SFP+ |
| Transmission Type |
Short-Wave (SW) |
| Protocol |
Fibre Channel |
| Condition |
Remanufactured |
Frequently Asked Questions
What is an SFP+ transceiver used for?
An SFP+ transceiver is a hot-pluggable optical module that enables high-speed data transmission over fiber optic cables. The HPE B-Series 32Gb module specifically supports Fibre Channel connectivity for storage area networks and enterprise data center infrastructure.
Is this remanufactured transceiver reliable?
Yes. HPE remanufactured components undergo rigorous testing and certification to meet the same performance standards as new modules. The P9H32AR is fully certified for enterprise use and backed by HPE quality assurance.
What systems are compatible with the HPE B-Series 32Gb SFP+ module?
This 32Gb Fibre Channel transceiver is designed for HPE B-Series storage arrays and SAN switches. Verify compatibility with your specific HPE infrastructure before ordering.
What is the difference between short-wave and long-wave transceivers?
Short-wave (SW) transceivers transmit over shorter distances (typically up to 300 meters) and are ideal for data center environments. Long-wave modules support longer distances but are unnecessary for most in-building connectivity needs.
