Infrastructure-as-a-Service (IaaS) is a consumption-based model for virtualized compute, storage, and networking capabilities that enables the elastic scale of cloud workloads. Traditionally, IaaS infrastructures were built by hyperscale cloud providers, but today this landscape is rapidly evolving. aaS can exist at the edge, whether as an adjunct to typical hyperscale IaaS or as a standalone set of services.
Many enterprises struggle to address the performance and agility needs of modern applications without expensive dedicated custom hardware for each application. By hyperdisaggregating the resources of underlying physical servers, Fungible Data Center enables the creation of bare-metal composed servers that match workload needs exactly, increasing data center agility, performance, scalability, and security.
As enterprises increase their dependence on data-driven large-scale applications to transform their business, the demands on storage solutions are tougher than ever. Examples such as High Performance Computing, Databases, Parallel File Systems, and Electronic Design Automation are extremely challenging with respect to storage requirements
The ever-increasing data demands on IT infrastructure have many organizations looking for new approaches to address data center challenges in a cost-effective and flexible way. Join us to learn how composable disaggregated infrastructure can unlock cloud-like agility and incredible efficiency in your data center. This presentation will explore practical challenges to consider in data center design and deployment.
MongoDB is a general-purpose, document-based, distributed database built for modern application developers and the cloud era. Classified as a NoSQL database, MongoDB stores data in JSON-like documents.
Fungible is revolutionizing the performance, economics, efficiency
and security of scale-out data centers. As a pioneer in data-centric
computing, Fungible invented the Fungible Data Processing Unit™
(DPU) to address inefficiencies in hyperdisaggregated scale-out
Simplify management, increase agility, achieve higher efficiency, reduce
cost, and accelerate data center infrastructure.
Data center Infrastructure is evolving, and the data center of the future will be on demand. Fungible is leading and realizing this paradigm shift, by transforming data centers to simple, agile, and on-demand powerhouses.
Introducing the Fungible Storage Cluster – the world’s fastest secure, scale-out and All-Flash NVMe-oF disaggregated storage platform. The Fungible Storage Cluster delivers best-in-class performance characteristics for IOPS, latency, and throughput, in the smallest footprint and lowest power envelope.
IBM’s Spectrum Scale is a parallel file system used in HPC and AI/ML applications. The Fungible Storage Cluster is the highest performance, scale-out disaggregated All-Flash storage platform available. The combination of the two eliminates data bottlenecks.
The Fungible Storage Cluster provides scale-out Cassandra deployments with an alternative to conventional storage that addresses severe infrastructure limitations to deliver flexibility, performance and value.
MySQL database management system is a database management engine for enterprises requiring for the most demanding database processing needs. The Fungible Storage Cluster meets all the requirements of an optimal storage system for MySQL.
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.
The Fungible Storage Cluster, serving as the backend shared storage platform for IBM Spectrum Scale, gives
you the efficiency and performance needed to break through the data bottlenecks.
The Fungible Storage Cluster serves as a quintessential hyperdisaggregated shared storage platform for Apache Cassandra, delivering all the benefits of disaggregated storage at better than DAS performance.
Reap the benefits of disaggregated storage for MySQL databases while achieving lower tail latencies that are critical for the most demanding cloud-scale applications.
This solution brief explains how the Fungible Storage Cluster enables higher infrastructure agility, security, reliability and lower TCO while delivering DAS-like performance for modern workloads.
The S1 DPU is the most flexible 200Gbps DPU, capable of executing data-centric computations more efficiently than general-purpose CPUs. It fully offloads the entire storage, networking, security and virtualization stack from x86 cores in host servers.
The Fungible DPU™ is recognized as the third socket in data centers alongside the CPU and GPU. It efficiently executes data-centric computations inside server nodes and the interchange of data among nodes.
The broad capabilities and flexibilities of the Fungible DPU™ is enabled by its programmability. Watch this video to learn how the Fungible DPU is carefully architected to address a plethora of use cases – enabled by a suite of software solutions that provides an agile and future-proof experience for Fungible DPU users.
The network is an instrumental component in enabling high performance, large-scale disaggregated infrastructure. Learn how TrueFabric, a standards-based network technology embedded in the Fungible DPU™, maximizes the value of the network – delivering a truly general and powerful computing infrastructure.
The Data Processing Unit (DPU) has gained recognition as the coveted third socket in data center servers. Find out more about what drives the need for this new class of microprocessors and the key innovations in the Fungible DPU that enables it to tackle the biggest data-centric computing challenges in scale-out data center infrastructure.