Mellanox Ethernet Storage Fabric
Deliver performance and efficiency for scale-out storage and hyperconverged infrastructures
An Ethernet Storage Fabric (ESF) leverages the speed, flexibility, and cost efficiencies of Ethernet to provide the foundation for the fastest and most efficient way of networking storage. An ESF is run on purpose-built switches which are optimized to deliver the highest levels of performance, lowest latencies and zero packet loss, with unique form factors and storage aware features. Best suited for scale-out storage and Hyperconverged infrastructures, an ESF is capable of simultaneously handling compute and storage traffic and is future proofed with support for the NVMe over fabric protocol. An ESF supports file, block, and object storage while delivering 3 times the performance, and lower latencies at a third the cost, compared to Fibre Channel. Mellanox Spectrum Ethernet switches were designed to handle the rigors of storage and are proficient in providing a true Ethernet Storage Fabric.
Data Center Changes
The need for high-performance storage networking is being fueled by rapid deployments of multi-core servers densely packed with virtual machines and a move to all-flash storage arrays capable of blazing speeds. Communication between virtualized servers and ultra-low latency flash-based storage is a challenge for legacy IP and Fibre Channel switching architectures. As a result, there is an increasing demand for an efficient, reliable, storage-aware, high-performance storage network to connect servers and storage. Recent innovations in Ethernet switches are addressing these demands and are keeping pace with new storage trends such as the growing adoption of Cloud and Object storage, an area Fibre Channel does not address. Similarly, an explosion of file and object storage is being driven by distributed local storage from Big Data applications like Hadoop. Furthermore, as IT budgets continue to shrink, storage tiers based on performance requirements and access patterns are becoming more common practice as we are now seeing about 80% of data on secondary storage. The increase in storage types and tiers makes a huge difference in storage planning, because all the file and object storage solutions must use Ethernet (can’t use Fibre Channel). Secondary storage would also go on Ethernet because of the shear expensive of a Fibre Channel SANs. For these reasons, we are seeing Ethernet storage growing rapidly.
Ethernet storage fabric
It’s important to make the distinction between a standard data center switch from one that is designated for an Ethernet Storage Fabric. First, storage switches must support lossless technology. This is to ensure data delivery and Quality of Service (QoS). Furthermore, advanced congestion control mechanisms must be employed to avoid buffer overruns and remove bottlenecks. Finally, it must be storage aware and offer sophisticated telemetry, monitoring, and management tools to simplify deployment and management while supporting a variety of industry-standard Layer 2 and Layer 3 protocols. Due to these, an ESF can support any storage architecture or protocol—including a hyperconverged infrastructure—at speeds from 1 to 100Gb per second. An ESF should be optimized for both primary & secondary storage environments and capable of delivering flash-ready performance and agility to keep pace with the most intense storage and data center workloads, not every data center switch can provide this.
Ethernet storage fabricEverything a traditional SAN offers, but... Faster, Smarter & Less Expensive |
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Performance | Intelligence | Efficiency |
Highest bandwith | Automated discovery & provisioning | Just works out of the box |
Latest latency | Security & isolation | Flexible: Block, File, Object, HCI |
RDMA and storage offloads | Monitoring, management & visualisation | Converged: Storage, VM, Containers |
Native NVMe-oF acceleration | Storage-aware QoS | Affordable: SAN without the £££ |
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