Title: StarTech.com HPE J9151E Compatible SFP+ Module - 10GBASE-LR - 10GE Gigabit Ethernet SFP+ 10GbE Single Mode Fiber Optic T

The StarTech.com HPE J9151E Compatible SFP+ Module is a high-performance networking solution that brings reliable and speedy connectivity to your network infrastructure. Designed to be compatible with HPE networking devices, this SFP+ module is ideal for use in data centers, enterprise networks, and other demanding environments.

With a 10GBASE-LR specification, this SFP+ module offers a data transfer rate of 10 Gigabits per second (10Gbps), ensuring fast and efficient communication between network devices. Whether you need to transfer large files, stream high-definition media, or support bandwidth-intensive applications, this SFP+ module can handle the task with ease.

Featuring a 10GE Gigabit Ethernet interface, this SFP+ module enables seamless integration with your existing network infrastructure. It allows you to connect various devices, such as switches, routers, and servers, with exceptional speed and reliability. With support for 10 Gigabit Ethernet, you can experience lightning-fast data transfers and improved network performance.

Equipped with Single Mode Fiber Optic technology, this SFP+ module enables long-distance communication by utilizing a single light signal. It offers increased range and reduced signal degradation, making it suitable for applications that require spanning across large distances. Whether you need to connect devices within the same room or across multiple locations, this SFP+ module ensures reliable and stable connectivity.

Features:

• Compatible with HPE networking devices
• 10GBASE-LR specification for high-speed data transfer
• 10GE Gigabit Ethernet interface for seamless integration
• Single Mode Fiber Optic technology for long-distance communication

Benefits:

• Enhanced compatibility and reliability with HPE devices
• Fast and efficient data transfers with 10Gbps speed
• Seamless integration into existing network infrastructure
• Extended range and reduced signal degradation for long-distance communication