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HP J9150-61001 10Gb/s SFP+ 300m 850nm Duplex LC MMF Transceiver
- 10Gb/s data rate
- SFP+ form factor
- 300m maximum transmission distance
- Duplex LC connector
- Multi-mode fiber (MMF) compatibility
- 850nm wavelength
- Hot-pluggable
- Designed for high-speed short-reach links
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Product Overview
The HP J9150-61001 is a 10Gb/s SFP+ transceiver designed for multi-mode fiber (MMF) connections. It supports a maximum transmission distance of 300m and operates at a wavelength of 850nm, utilizing a duplex LC connector.
Technical Information
| Data Rate | 10 Gb/s |
| Form Factor | SFP+ |
| Fiber Type | Multi-Mode Fiber (MMF) |
Additional Specifications
| Connector Type | Duplex LC |
| Maximum Distance | 300 m |
| Wavelength | 850 nm |
Product Description
The HP J9150-61001 is a high-density, high-performance 10 Gigabit Ethernet SFP+ (Small Form-factor Pluggable Plus) transceiver. It is engineered for multi-mode fiber (MMF) applications, providing a robust solution for high-speed data transmission over short to medium distances within data centers and enterprise networks. The SFP+ form factor allows for greater port density compared to older SFP modules, enabling more connections in the same physical space. This transceiver operates at a wavelength of 850nm, which is standard for 10Gb/s multi-mode fiber links using Vertical Cavity Surface Emitting Lasers (VCSELs). It supports a maximum link length of 300 meters over OM3 or OM4 multi-mode fiber, making it ideal for interconnections between servers, switches, and storage devices within a rack or across adjacent racks. The duplex LC connector provides a secure and reliable physical interface for the fiber optic cable. The J9150-61001 is hot-pluggable, meaning it can be installed or removed from network equipment without powering down the device, which is crucial for maintaining network uptime during maintenance or upgrades. Its compliance with industry standards ensures interoperability with a wide range of networking hardware, making it a versatile choice for modern high-speed network infrastructures.