R1N26A HPE Composable Fabric FM 3180 8-port QSFP28 and 48-port 10/25GbE Back-to-Front Module
- 48xSFP28 (25 GbE) and 8xQSFP28 (100 GbE)
- Up to 800 Gbps fabric capacity
- Up to 1.4 Tbps switching capacity
- Simplified cabling with FM 1006 direct or Leaf-Spine cabling
- Redundant/hot-swappable power and fans
- 1 RU form factor
- Our Refurbished products have been tested and are in A-grade condition (unless stated otherwise)
- Photos are indicative and may differ.
PLEASE NOTE:
'REGISTERED ECC' / 'REGISTERED NON-ECC' (SERVER MEMORY) ARE NOT SUITABLE FOR USE IN CONSUMER PC / NOTEBOOK
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Disclaimer: Product photos and specifications are provided by Universal Databases and are often based on new products. Photos are indicative, SpareIT tries to show this as accurately as possible.
Please pay close attention to the product description and contact us if you have any questions.
Description
HPE Composable Fabric FM 3180
The HPE Composable Fabric FM 3180 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 Fabric solution for diverse application workloads.
HPE Composable Fabric FM 3180 provides a cost effective 1U solution for intensive Big Data or Agile IT workload environments. The FM 3180's industry standard architecture uses Ethernet switching to create a high performance, resilient, low latency and scalable data center network fabric. Composable Fabric connectivity modules can be deployed as a single tier, eliminating cost and complexity while vastly reducing operational overhead while creating true fabric agility to support dynamic workload needs. In conjunction with Composable Fabric Manager; a centralized management, visualization and control platform, the solution streamlines operations and dynamically aligns network resources to the demanding workload and data requirements of the modern data center.
