HPE R0X39-61101

Aruba 6400 48-Port 1GbE Class 4 PoE + 4 SFP56 Module

The HPE R0X39-61101 Aruba 6400 48-Port 1GbE Class 4 PoE + 4 SFP56 Module is a high-density expansion module designed for ArubaCX 6400 Series switches. Delivering 48 Gigabit Ethernet PoE+ ports along with 4 × SFP56 uplink ports, this module provides flexible connectivity for enterprise access, aggregation, and campus networks. With advanced PoE+ capabilities, it powers devices such as access points, IP phones, and surveillance cameras while ensuring reliable network performance.Ideal for medium to large-scale enterprise deployments, the module combines power, scalability, and speed, enabling seamless integration of wired and wireless devices into a unified, highly resilient ArubaCX architecture.

Features

The Aruba 6400 R0X39-61101 Module is built to meet the growing demands of modern enterprise networks. Featuring 48 × RJ-45 Gigabit Ethernet PoE+ ports (Class 4), it delivers up to 30W per port for powering critical connected devices. Additionally, its 4 × SFP56 uplink ports provide high-speed connectivity options (1/10/25/50GbE), ensuring flexibility for network growth and future upgrades.Integrated into the ArubaCX 6400 chassis, this module leverages the Aruba-CX network operating system with distributed analytics and automation for simplified management. The non-blocking Gen7 ASIC Aruba ensures line-rate switching performance, making it a reliable choice for mission-critical enterprise and campus networks.Whether supporting high-density user environments, IoT devices, or advanced wireless networks, the R0X39-61101 module delivers a scalable foundation with secure, intelligent connectivity.

Advanced Options

The HPE Aruba6400 R0X39-61101 Module ensures high availability, performance, and scalability in demanding enterprise environments. With non-blocking architecture, advanced redundancy, and enterprise-class design, it guarantees consistent throughput across all 48 downlink ports and uplink interfaces. Its PoE+ functionality eliminates the need for external power sources for connected devices, reducing infrastructure complexity.