StarTech HP J9150D Compatible SFP+ Module - 10GBase-SR Fiber Optical Transceiver (J9150D-ST)

100% HP Compatible. . The J9150D-ST is a HP J9150D compatible fiber transceiver module that has been designed, programmed and tested to work with HP brand compatible switches and routers. It delivers dependable 10 GbE connectivity over fiber cable, for 10GBase-SR compliant networks, with a maximum distance of up to 300 m (984 ft). Technical Specifications: Wavelength: 850nm Maximum Data Transfer Rate: 10 Gbps Type: Multi Mode Connection Type: LC Maximum Transfer Distance: 300 m (984 ft) MTBF: 498, 745, 585 hours Power Consumption: Digital Diagnostics Monitoring (DDM): Yes This SFP+ module is hot-swappable making upgrades and replacements seamless by minimizing network disruptions. StarTech SFPs All StarTech SFP & SFP+ transceiver modules are backed by a STARTECH LIFETIME and FREE LIFETIME MULTILINGUAL TECHNICAL SUPPORT. StarTech offers a wide variety of SFP modules and direct-attach SFP Cables, providing the dependability and reliability you need to ensure consistent network performance.

• 100% HP COMPATIBLE: Meets MSA standards and is designed, programmed and tested to perform identically to the HP J9150D transceiver module
• LIFETIME : This HP J9150D compatible SFP+ module is backed by a lifetime from StarTech
• Sfp fiber module performance: MAX data transfer rate: 10. 31 Gaps | Wavelength: 850nm | Type: Multi mode | connection Type: LC | maximum transfer distance: 300 M (984 ft) | Power consumption: < 1. 3W - simple installation: This 10GBase-SR SFP module can be plugged directly into HP's routers or switches and is hot-swappable making upgrades and replacements seamless by minimizing network disruptions
• INDUSTRY LEADING PRODUCT SUPPORT: All StarTech SFP & SFP+ transceiver modules are backed by free lifetime multilingual technical support before and after purchase. StarTech offers a wide variety of SFP and QSFP modules and direct-attach SFP and QSFP cables, providing the convenience and reliability you need to ensure dependable network performance.