Red Hat Ceph Storage Reviews

Name: Red Hat Ceph Storage
Brand: Red Hat
Rating: 4.1 (22 reviews)

Vendor: Red Hat

4.1 out of 5

22 reviews
80% willing to recommend

2,785 followers

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What is Red Hat Ceph Storage?

Red Hat Ceph Storage is an enterprise open source platform that provides unified software-defined storage on standard, economical servers and disks. With block, object, and file storage combined into one platform, Red Hat Ceph Storage efficiently and automatically manages all your data.

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Red Hat Ceph Storage is the #2 ranked solution in top Software Defined Storage (SDS) solutions and top File and Object Storage solutions. PeerSpot users give Red Hat Ceph Storage an average rating of 8.2 out of 10. Based on the analysis of the 22 most recent Red Hat Ceph Storage reviews, the overall sentiment is positive, with a sentiment score of 6.8. (Among the lowest in the category). Red Hat Ceph Storage is most commonly compared to Nutanix Cloud Infrastructure (NCI): Red Hat Ceph Storage vs Nutanix Cloud Infrastructure (NCI). Red Hat Ceph Storage is popular among the large enterprise segment, accounting for 60% of users researching this solution on PeerSpot. The top industry researching this solution are professionals from a computer software company, accounting for 18% of all views.

Buyer's Guide

Software Defined Storage (SDS)

December 2024

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Featured reviews

Prajwal Kabbinale

Software Engineer at a retailer with 10,001+ employees

Our primary use case is for integration with OpenStack for block and object storage We use both Red Hat Ceph and Azure storage, for all staging and non-production. Most of the features are beneficial and one does not stand out above the rest. The operational overhead is higher compared to Azure…

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Sevan Makaracı

Senior DevOps Architect at Etiya

We use the product as a backend storage cluster, especially for Kubernetes and OpenShift clusters The high availability of the solution is important to us. It is a quick tool. The cluster structure is important. We can add and remove nodes. Some documentation is very hard to find. The…

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Joos Mulio

Senior System Engineer at a tech services company with 51-200 employees

The installation is sometimes complex. Sometimes we have problems during the installation of the storage system. We'd like the process to be simplified. How long it takes to deploy the solution depends on the infrastructure. If you use maybe only one PB, it might take eight hours, in our experience. It could take a week if we need to config and install from the TMI. During implementation, we set the topology first. We recommend and set how much storage is needed to convert into Ceph Storage. Then we can just run the script and then run the configuration on Linux and start integrating it with other CMs. We can create it as storage or as NFS. We tend to use two to three people for the deployment part of the setup. They are engineers or system admins. An IT manager isn't involved right away. They come in later if there are issues or the company needs troubleshooting. We handle quarterly maintenance tasks. We'll check everything and handle any maintenance needed on the system for the client.

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Red Hat Ceph Storage mindshare

Product category:

As of December 2024, the mindshare of Red Hat Ceph Storage in the Software Defined Storage (SDS) category stands at 19.9%, down from 20.1% compared to the previous year, according to calculations based on PeerSpot user engagement data.

Software Defined Storage (SDS)

Key learnings from peers

Last updated Dec 6, 2024

Valuable Features

Red Hat Ceph Storage's most valuable features include block and object storage from the same cluster, high reliability with commodity hardware, integration with Red Hat environments, data integrity, flexibility, open-source nature, self-healing capabilities, scalability, performance, distributed structure, cost-effectiveness, and high availability. Users appreciate the ability to manage diverse storage needs such as Rest API, POSIX filesystem, and block devices, along with the active community support and adaptability of the system.

"The high availability of the solution is important to us."
"We have not encountered any stability issues for the product."
"We use the solution for cloud storage."

Room for Improvement

Red Hat Ceph Storage experiences challenges in network recovery, UI complexity, and resource intensity. Improvements include enhancing Geo-replication, providing RDMA support, and refining installation processes. Performance and scalability issues persist, alongside integration and management difficulties. Compatibility with non-Red Hat environments needs attention. Users request better documentation, a failback solution for OpenStack, and support for additional protocols. There are concerns about operational overhead, especially with balancing and maintenance tasks, and the need for deduplication features.

"Some documentation is very hard to find."
"It takes some time to re-balance the storage in case of server failure."
"We have encountered slight integration issues."

Pricing

Red Hat Ceph Storage offers reasonable pricing, influenced by an organization's internal expertise on Ceph. Users often adopt Red Hat Ceph Storage through bundled subscriptions, notably with OpenStack. The licensing model generally covers significant storage capacities like 200 terabytes. Being open source, it allows for self-support, though paid support is available. Pricing perception varies with ratings around eight out of ten, emphasizing affordability for enterprises prepared to invest.

"I rate the product’s pricing an eight out of ten."
"The operational overhead is higher compared to Azure because we own the hardware."
"The price of Red Hat Ceph Storage is reasonable."

Popular Use Cases

Red Hat Ceph Storage is primarily used for cloud storage integration in environments like OpenStack, Kubernetes, OpenNebula, and OpenShift. It serves as a backend for hyperconverged systems, providing block and object storage. Users configure it for various services, such as NFS, CIFS, S3, and Swift, and utilize it for media, archive, and video surveillance storage. It is favored by those distributing storage ecosystems from Red Hat to clients and organizations.

Service and Support

Red Hat Ceph Storage support is mixed. Many find community resources and forums valuable. Some report technical support as responsive and helpful, while others prefer in-house problem-solving or community help. Issues with past experiences and lack of responsiveness are noted. Paid support is seen as advantageous. Most users find vendor support acceptable, but rely on other forms of assistance, like online articles or mailing lists, to handle issues effectively.

Deployment

Initial setup of Red Hat Ceph Storage involves a learning curve but becomes straightforward with the right knowledge. Users report a complex installation without automation tools, yet it is simplified using ceph-deploy. Thorough research, appropriate hardware, and precise configuration are essential. UNIX/Linux expertise is beneficial. Network infrastructure and SSD utilization significantly influence performance. Documentation provides valuable guidance, yet some experiences highlight initial complexity with manual procedures or integration challenges with OpenStack modules.

Scalability

Red Hat Ceph Storage showcases strong scalability with improvements observed when adding nodes or disks, although planning and hardware considerations are crucial. Some users highlight minimal impact on latency, while others note challenges with specific configurations like erasure coding. Ceph's scale-out nature suits expanding needs, often facilitated by deployment tools. User experiences vary, showing different levels of satisfaction regarding scalability, generally rating it positively but with some expressing mixed outcomes based on their unique usage scenarios.

Stability

Red Hat Ceph Storage demonstrates high stability, excelling over many proprietary alternatives. Users find reliability consistent, with successful multi-year deployments and minimal service interruptions. Stability concerns appear when using less than the recommended replication factor of three. Some seeking improvements suggest enhanced data re-balancing during cluster expansions. Despite isolated latency and recovery challenges, users mainly rate stability highly, suggesting it's suitable for production environments, with scores often between seven to ten out of ten.

These insights are based on the in-depth reviews provided by peers to help you make a better buying decision.

Download our Software Defined Storage (SDS) Buyer's Guide for additional reliable information.