Unveiling the first of Fungible's line of products, the Fungible Storage Cluster, an industry leading, very high-performance scale-out disaggregated secure storage cluster.
Goodbye Legacy Storage, Hello Fungible Storage
Introducing the Fungible Storage Cluster (FSC), the World’s Fastest, Secure, Scale-Out and All-Flash NVMe over TCP Disaggregated Storage Platform
ANNOUNCING FSC 4.0 – START SMALL, GROW HUGE, GO CRAZY FAST
Fungible Storage Cluster includes FS1600 storage nodes orchestrated by Fungible’s Composer software.
Now, you can include the Storage Initiator accelerator card. Built on the Fungible DPU, this card enables NVMe/TCP offload at the host and direct DPU to DPU communication with your Fungible Storage Cluster.
FSC 4.0 introduces EC 2+1 volume durability. Leverage the efficiency of erasure coding combined with ground breaking performance all starting on only 3 storage nodes.
Benefits
State-of-the-Art FS1600 Storage Node
Use Cases
Featured Resources
Join storage extraordinaire, Dr. Jai Menon on a deep dive of the Fungible Storage Cluster! Jai covers cloud requirements, the competitive advantage of the Fungible Storage Cluster, its value proposition, and some example use cases it excels at.
A New Performance Metric for Scale-Out Storage Systems
This whitepaper introduces a new storage performance metric with applicability to scale-out storage systems. There is a pressing need for such a performance metric, given the rise of public and private clouds and of scale-out data centers.
Unlock Performance and Cost-Efficiencies of Storage
The growth of unstructured and structured data necessitates the need for storage solutions that can deliver extreme performance and efficiency. Learn how the DPU enables the transition from a tiered storage architecture to a simple and flat storage architecture.
Some data are irreplaceable, others are mission-critical. To ensure that data is never lost and always available, organizations look for low cost, high durability, and availability solutions. Erasure coding offers both.
Modern workloads are exposing the inherent limitations of Direct-Attached Storage architecture. The shift to a disaggregated storage architecture brings many benefits. Find out more about the role the Data Processing Unit will play to enable this transition.
The Case for Disaggregated Storage
NVMe/TCP has enabled a new thinking around high-performance and large scale disaggregation. The Fungible DPU™ allows data center infrastructure to break free from the limitations of HCI, enabling high performance and reliable disaggregated storage at all scales.