HPE 25Gb SFP28 Short Wave 100m Pull Tab Optical Transceiver

• 25GbE server-to-switch connectivity
• Data center rack interconnects
• Enterprise network infrastructure upgrades
• High-speed storage network connectivity
• Virtualization host networking
• Switch-to-switch 25GbE links
• Data center modernization projects
• Multimode fiber network expansion
• Replacement of compatible 25Gb optical modules
• Enterprise rack connectivity deployments

• 25GbE optical connectivity
• SFP28 form factor
• Short-wave optical technology
• 850nm wavelength
• Multimode fiber support
• LC duplex connector
• Up to 70m over OM3 multimode fiber
• Up to 100m over OM4 multimode fiber
• 25.78Gb/s signaling rate
• NRZ signaling
• Pull-tab optical module design
• Suitable for compatible HPE networking platforms
• Supports high-speed enterprise data center connectivity
• Suitable for 25GbE infrastructure modernization
• One-pack transceiver configuration

• Brand: HPE
• Part Number: Q2P64A
• Product Type: Optical Transceiver
• Technology: 25GbE
• Form Factor: SFP28
• Optical Technology: Short Wave
• Media: Multimode Fiber
• Wavelength: 850nm
• Connector: LC Duplex
• OM3 MMF Distance: Up to 70m
• OM4 MMF Distance: Up to 100m
• Signaling: NRZ
• Host Lane Speed: 25.78Gb/s
• Media Lane Speed: 25.78Gb/s
• Number of Host Lanes: 1
• Number of Media Lanes: 1
• Latching: Pull Tab
• SMF Distance: Not supported
• Breakout Capable: No
• Quantity: 1-pack

WHY CHOOSE THIS PRODUCT?

• Organizations choose Q2P64A when they need a compatible HPE 25GbE optical module for multimode fiber infrastructure rather than a copper DAC or longer-distance single-mode optic. Its 100m OM4 reach, 850nm short-wave design and LC duplex interface make it practical for structured data center links, while the SFP28 form factor fits 25GbE networking environments. For upgrades and replacement procurement, buyers should match the transceiver with the exact switch, adapter and fiber specifications before deployment. Its reach advantage over shorter 25Gb options can also reduce connectivity constraints within larger rack and data center zones.