HPE JG263A X260 Mini D-28 to 4-RJ45 0.3M Router Cable

HPE

JG263A

X260 Mini D-28 to 4-RJ45 0.3M Router Cable

The HPE JG263A X260 Mini D-28 to 4-RJ45 0.3M Router Cable is a high-performance breakout cable designed specifically for networking professionals using HPE routers and switches. This specialized cable enables the conversion of a proprietary Mini D-Sub 28-pin port into four standard RJ-45 connections, delivering flexible and efficient connectivity for console management or serial port communication. With a compact 0.3-meter length, it's ideal for high-density environments where space optimization is critical. Whether you're managing enterprise-grade networks, performing lab testing, or deploying modular HPE switches, the JG263A offers a seamless solution to expand connectivity without clutter or compatibility concerns. It’s the perfect companion for network technicians and administrators who need reliable and fast deployment of serial console access points in tight rack setups.

Features

The HPE JG263A router cable provides a practical and space-efficient solution for converting a Mini D-28 interface to four individual RJ-45 ports. This is especially useful in scenarios involving out-of-band management or console access to multiple devices from a single source, typically within high-performance computing environments or enterprise data centers. The cable is engineered for maximum signal integrity and minimal crosstalk, ensuring that all serial communication remains fast and reliable. 

Advanced Options

Built to HPE’s rigorous standards, this cable is compatible with select HPE routers and switches, including the HPE FlexNetwork and FlexFabric series. With a total length of just 0.3 meters (about 1 foot), the JG263A is ideal for reducing cable slack, preventing tangles, and maintaining a clean network cabinet layout. Its durable connectors and secure fit ensure dependable long-term use, even in demanding 24/7 operational environments. This router cable isn’t just about connectivity—it’s about simplifying complex network management with efficient design and robust performance, tailored to enterprise-grade demands.