HPE AP824A 10GbE LW B-series SFP+ Long Range Transceiver

• Enterprise 10GbE optical network expansion
• Data center network connectivity
• Longer-reach optical Ethernet links
• B-series networking infrastructure upgrades
• Network transceiver replacement programs
• Enterprise switch connectivity
• Data center infrastructure modernization
• Optical link deployment between network locations
• Converged Ethernet infrastructure
• HPE B-series lifecycle refresh projects

• 10GbE optical Ethernet connectivity
• B-series transceiver family
• SFP+ form factor
• Long-wave optical transmission
• Long-range connectivity design
• Designed for compatible HPE B-series environments
• Suitable for enterprise network expansion
• Supports optical infrastructure modernization
• Useful for replacement and lifecycle procurement
• Helps standardize compatible B-series optics
• Appropriate for data center networking
• Designed for extended optical link requirements
• Supports infrastructure upgrade planning

• Brand: HPE
• Part Number: AP824A
• Product Type: SFP+ Transceiver
• Series: B-series
• Data Rate: 10GbE
• Transmission Type: Long Wave
• Network Technology: Ethernet
• Optical Interface: SFP+
• Application: Optical Ethernet connectivity
• Compatible Family: HPE B-series networking environments
• Product Classification: 10-GbE transceiver
• Position in Family: Long Wave option alongside AP823A Short Wave transceiver

WHY CHOOSE THIS PRODUCT?

• Organizations choose AP824A when their compatible HPE B-series infrastructure requires a 10GbE long-wave SFP+ option rather than the shorter-range AP823A. Its B-series positioning makes it useful for standardized replacement, network expansion, and infrastructure refresh procurement, while its long-wave design provides a distinct deployment advantage within the same 10GbE transceiver family. For buyers managing established HPE environments, selecting the correct optical family and transmission type can reduce compatibility risk, simplify spares management, and extend the practical lifecycle of existing network infrastructure.