HPE Synergy 882251-B21 100GbE 4x25GbE 4x32GbFC QSFP28 Server Transceiver Module
The HPE Synergy 882251-B21 is a high-bandwidth QSFP28 server transceiver designed for HPE Synergy infrastructure. It supports flexible high-speed connectivity for 100GbE, 4x25GbE, and 4x32Gb Fibre Channel (32GbFC) environments, making it suitable for modern data center server and storage networking.
Using the compact QSFP28 form factor, the transceiver provides a high-density connectivity solution for compatible HPE Synergy server and interconnect configurations. Its multi-protocol capability makes it suitable for converged data center environments where Ethernet and Fibre Channel connectivity are required.
HPE Synergy 100GbE QSFP28 Connectivity
The HPE 882251-B21 supports 100GbE connectivity through a QSFP28 interface. It is designed for high-bandwidth networking between compatible HPE Synergy server infrastructure and network interconnect equipment.
The transceiver can also support 4x25GbE breakout connectivity where supported by the host platform and network configuration, providing flexible deployment options for high-density Ethernet environments.
4x32Gb Fibre Channel Connectivity
In supported configurations, the transceiver provides 4x32Gb Fibre Channel connectivity for storage networking applications. This enables high-speed connectivity between compatible server infrastructure and Fibre Channel storage networks.
Multi-Protocol Data Center Networking
The combination of 100GbE, 4x25GbE, and 4x32GbFC support makes the HPE 882251-B21 suitable for data centers requiring flexible networking and storage connectivity from a high-density QSFP28 interface.
QSFP28 High-Density Form Factor
The compact QSFP28 form factor allows high-bandwidth connectivity to be deployed efficiently within HPE Synergy infrastructure. It is designed for compatible QSFP28 ports and supported server or interconnect configurations.
HPE Synergy Server Deployment
The HPE 882251-B21 is designed for use within HPE Synergy environments, providing flexible connectivity for compute, Ethernet networking, and Fibre Channel storage infrastructure.
Technical Specifications
| Specification |
Details |
| Brand |
HPE |
| Part Number |
882251-B21 |
| Product Type |
QSFP28 Server Transceiver |
| Platform |
HPE Synergy |
| Form Factor |
QSFP28 |
| Ethernet Connectivity |
100GbE / 4x25GbE |
| Fibre Channel Connectivity |
4x32GbFC |
| Application |
Server, Ethernet and Storage Networking |
Applications
- HPE Synergy server connectivity
- 100GbE data center networking
- 4x25GbE Ethernet breakout deployments
- 4x32Gb Fibre Channel connectivity
- Server-to-interconnect networking
- Storage area networks (SAN)
- Converged data center infrastructure
Compatibility
The HPE Synergy 882251-B21 is intended for compatible HPE Synergy server and interconnect configurations supporting the specified QSFP28 transceiver. Before installation, verify the exact Synergy compute module, interconnect module, network adapter, supported transceiver list, breakout configuration, Fibre Channel requirements, and operating mode.
Because 100GbE, breakout Ethernet, and Fibre Channel configurations can depend on the host platform and interconnect architecture, confirm the complete system configuration before deployment.
HPE 882251-B21 Price in Bangladesh
Datacom Technologies (BD) supplies HPE networking products, server accessories, Ethernet transceivers, Fibre Channel solutions, and data center hardware in Bangladesh. The price of HPE 882251-B21 may vary depending on stock availability, quantity, warranty, product condition, and project requirements.
For the latest HPE 882251-B21 price in Bangladesh, stock availability, and project quotation, customers can contact Datacom Technologies (BD) with the required quantity and compatible HPE Synergy equipment details.
Why Choose HPE Synergy 882251-B21?
- 100GbE high-bandwidth connectivity
- 4x25GbE Ethernet support
- 4x32Gb Fibre Channel support
- High-density QSFP28 form factor
- Designed for HPE Synergy server infrastructure
- Suitable for Ethernet and storage networking environments