IBM® Storage Ceph® is a software-defined storage platform that consolidates block, file and object storage to help organizations eliminate data silos and deliver a cloud-like experience while retaining the cost benefits and data sovereignty advantages of on-premises IT.
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SANsymphony
Score 8.0 out of 10
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DataCore SANsymphony software-defined storage aims to deliver flexibility, scalability, and cost-efficiency in a HCI platform. Powered by a block-level storage virtualization technology, SANsymphony is designed to provide flexibility to control how data is stored, protected, and accessed. The vendor states users can ensure business continuity with just 2 nodes, easily scaling out to 64 nodes, and achieve productivity for performance-demanding workloads by improving I/O processing and reducing…
Large scale data storage: Red Hat Ceph Storage is designed to be highly scalable and can handle large amounts of data. It's well suited for organizations that need to store and manage large amounts of data, such as backups, images, videos, and other types of multimedia content.Cloud-based deployments: Red Hat Ceph Storage can provide object storage services for cloud-based applications such as SaaS and PaaS offerings. It is well suited for organizations that are looking to build their own cloud storage infrastructure or to use it as a storage backend for their cloud-based applications.High-performance computing: Red Hat Ceph Storage can be used to provide storage for high-performance computing (HPC) applications, such as scientific simulations and other types of compute-intensive workloads. It's well suited for organizations that need to store
Now that you have virtualized your server's CPU and memory resources, you should look to do the same for your storage. Separation of hardware and software has many added benefits not only for CPUs and memory but for storage as well. Without this solution, we would not have been able to afford black-box type SANs at every location. This allowed us to virtualize over 90% of the server environment saving costs and power consumption/cooling and provides all the features costly black-box SANs, including true-HA (which most SAN vendors don't have). Migration from variant SAN storage and using mixed back-end storage solutions is as easier than ever before because the storage being virtualized.
Highly resilient, almost every time we attempted to destroy the cluster it was able to recover from a failure. It struggled to when the nodes where down to about 30%(3 replicas on 10 nodes)
The cache tiering feature of Ceph is especially nice. We attached solid state disks and assigned them as the cache tier. Our sio benchmarks beat the our Netapp when we benchmarked it years ago (no traffic, clean disks) by a very wide margin.
Ceph effectively allows the admin to control the entire stack from top to bottom instead of being tied to any one storage vendor. The cluster can be decentralized and replicated across data centers if necessary although we didn't try that feature ourselves, it gave us some ideas for a disaster recovery solution. We really liked the idea that since we control the hardware and the software, we have infinite upgradability with off the shelf parts which is exactly what it was built for.
In the 3 years I have been running this, I have contacted support around 4 or 5 times and that was for minor questions with exception of one time when I was performing an update on the system. And in that one time, they were very timely in assisting me with correcting the problem. Top notch customer support!
MongoDB offers better search ability compared to Red Hat Ceph Storage but it’s more optimized for large number of object while Red Hat Ceph Storage is preferred if you need to store binary data or large individual objects. To get acceptable search functionality you really need to compile Red Hat Ceph Storage with another database where the search metadata related to Red Hat Ceph Storage objects are stored.
DataCore is far easier to manage as well as deal with when it comes to hardware (as DataCore works with any hardware). It also seems way more affordable.
More uptime - Typical SANs have redundant controllers, redundant power supply's and can make the drives redundant by leveraging RAID-0, 5, 6, and 10. The claim to be HA but they are not. That is because if I spay water all over them or catch the SAN on fire, the storage will go down. With DataCore's solution we have identical systems (maybe even at different datacenters connected with long-haul-fiber) including duplicate storage. So one side of the solution can totally be taken offline by water, fire, etc. and the other side will remain up providing true-HA storage. Because of this, we can upgrade the SANs during the day and still keep storage services running (zero-downtime).
Lower Costs - Ability to use 3rd party hardware which lowers the costs, not only for the initial investment but as storage capacity grows.
All the features one can want - High Availability, Thin Provisioning, Asynchronous and Synchronous mirroring/replication, snap-shotting, continues data protection, deduplication, storage reporting, trending with graphs, centralized console for easier management and many more.
