10 Gbps | Single Mode Fiber | LC | 10 km (6.2 mi) | Lifetime Warranty. The JD094B-BX-D-ST is an HP JD094B-BX-D compatible downstream fiber SFP+ transceiver which pairs with StarTech.com's JD094B-BX-U-ST. They are designed, programmed and tested to work with 10GBase-BX compatible HP switches and routers. The SFP+ transceiver module supports a maximum distance of up to 10 km (6.2 mi) and delivers dependable 10 GbE connectivity over fiber cabling.
Technical Specifications:
Wavelength: 1330nmTx/1270nmRx
Maximum Data Transfer Rate: 10Gbps
Type: Single Mode Fiber
Connection Type: LC Connector
Maximum Transfer Distance: 10 km (6.2 mi)
Power Consumption: < 1.3W
DDM: Yes
This SFP+ fiber module is hot-swappable, making upgrades and replacements seamless by minimizing network disruptions.
StarTech.com SFPs
All StarTech.com SFP & SFP+ transceiver modules are backed by a lifetime warranty and free lifetime multilingual technical support. StarTech.com offers a wide variety of SFP+ modules and direct-attach SFP+ Cables, providing the convenience and reliability you need to ensure dependable network performance.
- 100% Compatibility with HP JD094B-BX-D guaranteed
- StarTech.com SFP modules are backed by a lifetime warranty
- Pairs with JD094B-BX-U-ST
Efficient data transmission
This SFP+ transceiver module supports a data transfer rate of 10 Gbps, allowing for rapid and efficient data communication across networks.
Long-distance connectivity
With a maximum transfer distance of 10 km, the module facilitates reliable connections over extended distances, ideal for various networking applications.
Compliance with industry standards
The module meets MSA, FCC, and UL standards, ensuring compatibility and enhancing reliability for different networking configurations.
Real-time monitoring capabilities
Equipped with Digital Diagnostics Monitoring (DDM), this module offers insights into performance metrics, ensuring optimal operation and troubleshooting support.
Versatile connectivity options
The use of LC single-mode connectors enables seamless integration with existing network infrastructure, supporting efficient wired connectivity.
