HPE JH364A

12904E Type H Switch Fabric Module 7.2Tbps

The HPE JH364A 12904E Type H Fabric Module is a high-capacity, high-performance switching fabric engineered to deliver 7.2Tbps of switching capacity for the HPE FlexNetwork 12900E series modular switches. This module is ideal for large enterprise cores, data center aggregation, and cloud-scale deployments requiring ultra-high throughput, low-latency forwarding, and flexible architecture. Designed to support the next generation of network expansion, the JH364A ensures that your infrastructure remains scalable and resilient in demanding networking environments. Its advanced design enables seamless communication across all interface modules installed in the switch chassis, providing the reliable performance necessary for mission-critical operations.

Features

The HPE JH364A fabric module provides the backbone of the HPE 12904E modular switch, enabling it to scale to support massive amounts of east-west and north-south traffic. Offering a non-blocking switching capacity of up to 7.2Tbps, this module is designed to interconnect all interface and control modules within the chassis, ensuring wire-speed forwarding across all ports.The module is hot-swappable, minimizing downtime during upgrades or maintenance, and it fully integrates with HPE Intelligent Resilient Fabric (IRF) and software-defined networking (SDN) capabilities. Its centralized switching design simplifies configuration and management, while its energy-efficient architecture helps lower operational costs. Whether deployed in large enterprise campuses or high-density data centers, the JH364A fabric module ensures high availability, performance, and investment protection.

Advanced Options

With its ultra-high switching capacity and robust design, the HPE JH364A Type H Fabric Module delivers mission-critical reliability and performance. This module provides the switching plane for all modules in the 12904E chassis, supporting high-throughput environments with non-blocking architecture. Hot-swappability ensures continued operation during module replacement or scaling events, minimizing service disruption.