HPE 8-Port 1000BASE-X HMIM Module

Overview

The HPE JG425A is an 8-port 1000BASE-X HMIM Module designed to expand selected HPE MSR routers with eight fixed Gigabit SFP ports. It enables high-speed fiber connectivity where copper cabling falls short, supporting a range of fiber optic transceivers to match different distances and media types. This module fits seamlessly into the router’s HMIM slot, providing a compact and lightweight solution that enhances bandwidth without requiring additional rack space.

Key features

• Eight Gigabit SFP ports that support 1000BASE-X for reliable fiber optic connections
• Compatible with standard SFP transceivers, allowing flexible choice of optics for short or long-distance links
• Integrates directly with HPE MSR routers through the HMIM slot, maintaining consistent router management and security
• Compact and lightweight design minimizes impact on rack space and overall system weight
• Quick installation process with simple slide-in module and secure fastening
• Supports diverse deployment scenarios including branch offices, campus networks, and midsize data centers

Key specs

• Ports: 8 x 1000BASE-X Gigabit SFP
• Interface: SFP LC fiber connectors
• Dimensions: 8.27 x 9.44 x 0.78 inches
• Weight: 1.76 pounds
• Compatibility: Selected HPE MSR routers with HMIM slot

Connectivity and compatibility

This module supports a wide range of SFP transceivers, enabling connections over multimode or single-mode fiber depending on your network needs. It fits into the HMIM slot of compatible HPE MSR routers, allowing you to extend fiber links without changing your existing router management or security setup. This ensures smooth integration into your current infrastructure.

Ideal uses and environments

The module is well suited for environments that require dependable fiber uplinks, such as branch offices relying on fiber circuits, campus networks aggregating multiple access switches, and midsize data centers needing straightforward Gigabit connections. Its flexibility and compact form factor make it a practical choice for growing networks that demand scalable and high-speed fiber connectivity.