HP J4116-60001 HP ProCurve Gigabit Stacking Module

Overview
The HP ProCurve Gigabit Stacking Module (part number J4116-60001) is a high-performance add-on that enables seamless stacking of compatible HP ProCurve switches. By linking switches into a single logical unit, the module simplifies management, expands bandwidth, and improves redundancy without the need for additional routing equipment. Designed for enterprise and campus networks, this stacking solution delivers fast, reliable connectivity that scales as your network grows.

Key Features

• Gigabit Ethernet stacking ports provide up to 10 Gbps of total stacking bandwidth
• Supports stacking of up to eight switches for flexible network scaling
• Hot-plug capability allows installation without powering down the switch
• Transparent stacking - all switches operate as a single device with unified configuration
• Backwards compatible with a wide range of HP ProCurve switch models
• Low power consumption helps reduce overall data center energy costs

Technical Specifications

• Model / Part Number: J4116-60001
• Interface: 10/100/1000Base-T RJ45 ports (2 ports per module)
• Maximum stacking bandwidth: 10 Gbps (full duplex)
• Supported stack size: up to 8 switches per stack
• Operating temperature: 0 to 40 degrees Celsius
• Power draw: 2.5 Watts (typical)
• Dimensions: 1.75 in (H) x 6.5 in (W) x 0.5 in (D)
• Compliance: RoHS, CE, FCC Part 15

Typical Applications

• Enterprise campus networks that require easy expansion and simplified management
• Data center top-of-rack deployments where high bandwidth and low latency are critical
• Branch office environments that benefit from a single IP address for multiple switches
• High-availability scenarios where redundant paths and fast failover are essential
• Any network that needs to consolidate multiple switches into a single logical unit for streamlined monitoring and configuration

By integrating the HP ProCurve Gigabit Stacking Module into your network, you gain a scalable, resilient architecture that reduces complexity while delivering the performance needed for modern applications.