Networking

The HPE Composable Fabric FM 3132Q switch is a top-of-rack (TOR) connectivity module that empowers IT to support cloud-native workloads with high-performance east/west traffic needs. With flat, wire-once, top-of-rack 25GbE and 100GbE server connectivity, programmatic control, easy rack-to-rack scaling, and broad compatibility with existing data center networks, the HPE Composable Fabric FM 3132Q helps minimize complexity and operational overhead. The HPE Composable Fabric FM 3132Q is an integral part of the HPE Composable Fabric solution, is built on industry standards, and provides a cost effective 1U solution for intensive big data and agile IT workload environments. The complete solution scales easily and non-disruptively within and across racks, and between data centers. In addition, it supports multiple, mixed workloads on a single network fabric to support better performance while also reducing costs.

The HPE Composable Fabric FM 1006 Switch, a passive optical interconnect module, uses fabric and extender interfaces to connect Top-of-Rack Fabric Modules into a meshed network while maintaining all the photonic switching capabilities of the traditional Composable Fabric solution. The interconnect module provides 12 fabric module port connections that interconnect up to 6 Hewlett Packard Enterprise rack connectivity modules. The module also has extender ports to connect multiple modules together to build larger fabrics. The mesh architecture enables linear scaling, with each additional switch adding fabric capacity, resiliency and multi-path options.

The HPE Composable Fabric FM 3032Q switch is a top-of-rack (TOR) connectivity module that empowers IT to support cloud-native workloads with high-performance east/west traffic needs. With flat, wire-once, top-of-rack 25GbE and 100GbE server connectivity, programmatic control, easy rack-to-rack scaling, and broad compatibility with existing data center networks, the HPE Composable Fabric FM 3032Q helps minimize complexity and operational overhead. The HPE Composable Fabric FM 3032Q is an integral part of the HPE Composable Fabric networking solution, is built on industry standards, and provides a cost effective 1U solution for intensive big data and agile IT workload environments. The complete solution scales easily and nondisruptively within and across racks, and between data centers. In addition, it supports multiple, mixed workloads securely on a single network fabric to support better performance while also reducing costs.

The HPE Composable Fabric FM 2072 switch is a top-of-rack (TOR) connectivity module that delivers the next generation of innovative networking solutions designed to meet the growing needs of today’s virtual and highly dynamic data center and cloud environments. Specifically designed to support scale-out applications with high performance east/west traffic needs. Composable Fabric provides an easily scalable and automated network solution for diverse application workloads. HPE Composable Fabric FM 2072 provides a cost effective 1U solution for intensive Big Data or Agile IT workload environments. The FM 2072’s industry standard architecture uses the Ethernet switching to create a high performance, resilient, low latency and scalable data center network fabric. Composable Fabric connectivity modules are deployed as a single tier, eliminating cost and complexity while vastly reducing operational overhead while creating true fabric agility to support dynamic workload needs.

The HPE Composable Fabric FM 3180 Switch, a top-of-rack connectivity module, delivers an innovative networking solution designed to meet the growing needs of today’s virtual and highly dynamic data center and cloud environments. Designed to support scale-out applications with high-performance east/west traffic needs, Composable Fabric provides an easily scalable, automated Fabric solution for diverse application workloads. The HPE Composable Fabric FM 3180 Switch provides a cost-effective 1U solution for intensive Big Data or Agile IT environments. Industry standard architecture using Ethernet switching to create a high-performance, resilient, low-latency and scalable data center network fabric. A single tier of Composable Fabric connectivity modules can reduce cost, complexity and operational overhead while creating true fabric agility for dynamic workload needs.