OPENZFS HARDWARE REQUIREMENTS UPGRADE
OPENZFS HARDWARE REQUIREMENTS SOFTWARE

QuantaStor supports all major storage media types (NVMe, eSATA, NL-SAS) to enable easy and cost-effective expansion of scale-up or scale-out storage cluster environments.

OPENZFS HARDWARE REQUIREMENTS SOFTWARE

Management – Where alternative storage solutions offer a simple dashboard, QuantaStor provides a comprehensive web management interface that’s simultaneously accessible from all systems within a given storage grid with no additional software to install.

Security – More importantly, the storage grid technology makes it easy for organizations to implement strong NIST complaint security enforcement practices for hybrid cloud strategies.

Storage Grid – The QuantaStor storage grid simplifies management by combining storage servers into a “grid” so that they can be collectively managed across sites as one.

Deploying new storage clusters, creating storage pools for file, block and object storage has never been easier, and can be done completely via the QuantaStor web user interface in minutes with no prior Linux or Ceph experience.

OPENZFS HARDWARE REQUIREMENTS UPGRADE

The QuantaStor platform bare-metal installs on each storage server, either as an upgrade for RHEL/CentOS 8, or as an all-in-one, bare-metal ISO installed on Ubuntu LTS.

⚡ QuantaStor Ceph Storage Clustersįortunately, the OSNEXUS QuantaStor software-defined storage (SDS) platform supports both scale-up ( OpenZFS) and scale-out ( Ceph) architectures, and provides the fastest way for organizations to start small and grow to their storage environment to hyperscale size with ease. As such, scale-out architectures are ideal for object storage and use-cases that need unbound capacity and performance to meet the needs of large-scale HPC, research archives, or CDN’s that require the ability to scale to 100 petabytes or more. This architecture has the benefit of scaling performance and capacity as additional servers and storage media are added to the cluster. Scale-out architectures provide a single namespace so that all capacity can be accessed via a single NAS folder or S3-compatible bucket.

These systems expand by adding server nodes, storage media and/or storage enclosures (JBODs/JBOFs). They provide a compact and cost-effective solution that is ideal for workloads with performance requirements up to 3GB/sec and capacity up to 2 petabytes per storage pool.Ĭonversely, a scale-out cluster horizontally scales across racks while delivering file, block and object storage. To begin, we look at the budget, capacity, performance, storage protocol and high-availability requirements for each workload and match that to a best fit for scale-up or scale-out storage cluster options:Ī scale-up cluster vertically scales, like a traditional SAN/NAS file system (file, block), by adding hardware resources (storage media and expansion enclosures) to a two server configuration. In this article, we’ll share some of that expertise, by explaining the different approaches to a successful software-defined storage strategy – whether that’s scale-up, scale-out, or a combination of the two – as both options have technical merit based on individual use-case. scale-out approaches to help data center operators select the best software and hardware architecture for various workload and services environments.

In that process, we’ve identified key tradeoffs of scale-up vs. Pogo Linux has worked with many IT departments who have turned to Ceph as a highly-available, open source storage cluster solution to expand distributed storage environments on-premises, on public and private clouds, and at the edge. Questions? Drop us an email at Choosing Scale-up vs. Researching Ceph storage cluster solutions to achieve new levels of performance and efficiency? Here’s what data center administrators need to know to evaluate OSNEXUS object storage solutions. As a result, efficiently scaling a Ceph hardware architecture is critical to reduce overspending while maintaining the ability to accommodate peak capacity and performance requirements in distributed workloads, such as that artificial intelligence, dynamic cloud, IoT and edge computing. However, deploying, managing and administering a large-scale storage cluster infrastructure can be daunting, even for an experienced organization.Ĭeph’s elastic architecture features the ability to expand a storage cluster by simply adding or removing hardware – even while the system is online or under a heavy load. Many enterprise and midsized organizations are evaluating Ceph to address the exponential rise in data created outside the data center.

Openzfs hardware requirements