Overview
What is HPE Nimble Storage?
Nimble Storage was acquired by HPE in 2017. The enterprise flash array product line now goes by the name HPE Nimble Storage.
Positive Business Result Storage
Nimble Storage is easy to deploy in a secure and convenient way.
Nimble - Great at what it does.
All Flash in Hybrid Solution
It's not just Nimble it's agile too!
Jack Be Nimble
Great product
The best storage solution available if you have the budget
HPE Nimble boxes are a great choice for any organization, small or large.
Implementation of an HPE Nimble Hybrid Array for Backup/DR
Good performance, easy to manage.
Nimble Storage
Nimble Storage - Excellent choice
Nimble is the right fit for me and should be for you as well
Nimble, a breath of fresh air!
Popular Features
- Non-Intrusive Upgrades (11)9.898%
- Simplicity (11)9.696%
- Flash Array Performance (10)9.696%
- Data Compression (10)9.696%
Product Demos
HPE Nimble Storage dHCI - Adding a new server using Stack Manager
Managing HPE Nimble Storage using Stack Manager
Features
Enterprise Flash Array Storage
All-flash array storage is a solid state, high performance storage option.
- 9.6Flash Array Performance(10) Ratings
Solid state flash arrays offer high speed compared to hard-disk drives
- 9.7Flash Array Integration(9) Ratings
Integration with hypervisors and applications
- 9.6Data Compression(10) Ratings
Flash Arrays include compression and deduplication features to reduce storage requirements
- 9.8Non-Intrusive Upgrades(11) Ratings
Software upgrades are often seamless with no performance tuning required
- 9.6Simplicity(11) Ratings
Flash arrays should be simple to use and require little training
- 9Power Savings(10) Ratings
Flash arrays use significantly less power than hard-disk drives
Product Details
- About
- Tech Details
- FAQs
What is HPE Nimble Storage?
HPE Nimble Storage Technical Details
Operating Systems | Unspecified |
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Mobile Application | No |
Frequently Asked Questions
Comparisons
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Reviews and Ratings
(66)Community Insights
- Business Problems Solved
- Pros
- Cons
- Recommendations
Users have found several key use cases for HPE Nimble Hybrid storage. One common use case is offloading non-production data from their all-flash storage, resulting in cost reduction while maintaining the same level of performance. Another use case is using HPE Nimble Storage for primary and disaster recovery VMware datastores, allowing for quick and easy failover in case of a production site failure. Users have also reported that the Nimble storage device serves as the primary source of network-based storage, providing improved ease of management and performance compared to previous storage devices. Additionally, Nimble CS210 storage units have been used across organizations to enable snapshot backups and cross replication for disaster recovery. Overall, users have experienced improved performance, ease of management, and cost savings by utilizing HPE Nimble Hybrid storage for various use cases in their environments.
Intuitive User Interface: Users have praised the intuitive and user-friendly interface of Nimble Storage. They find it easy to navigate and manage the storage system, without requiring extensive training or technical expertise. The simplicity of the GUI-based interface has been specifically highlighted as a major advantage.
Excellent Customer Service: Nimble Storage's customer service and technical support have received high praise from users. Reviewers appreciate the knowledge and responsiveness of the support engineers who provide prompt assistance in resolving issues effectively. The proactive support approach, where Nimble reaches out to users before they even report an issue, has been particularly appreciated.
High Performance: Users commend the impressive performance of Nimble Storage. The all-flash storage system is described as exceptionally fast, with instant completion of storage operations. This high performance, combined with low latency, proves advantageous for applications that demand intense I/O operations.
Customization of Reports: Some users have expressed the need for an option to customize reports based on their specific customer needs. They feel that having this capability would greatly enhance their experience with the product.
Mapping Hosts in Storage: Several reviewers have found mapping HOSTS in the storage to be a tedious task, especially when there are more than 100 Hosts involved. This process can become time-consuming and complex, leading to frustration among users.
Lack of CLI Script Customization: Users desire custom CLI scripts to automate day-to-day activities but feel that the current options are not sufficient for their needs. They believe that having the ability to create and customize CLI scripts would improve efficiency and streamline their workflow.
Users commonly recommend the following when it comes to HPE Nimble Storage:
- Attend free training classes to learn about storage setup and configuration.
- Leverage a trusted Value Added Reseller for a successful implementation.
- Use sizing tools to appropriately size the environment.
Users find HPE Nimble Storage easy to implement and praise the support staff. They believe that it is a cost-effective solution with world-class customer support. Additionally, many users highly recommend choosing HPE Nimble Storage over other competitors if budget allows, as they consider it a well-put-together product at a great purchase price.
Attribute Ratings
Reviews
(1-5 of 5)Jack Be Nimble
- Ease of implementation
- High performance
- Single pane management for multiple units.
- CIFS/NFS
- Flash Array Performance
- 100%10.0
- Flash Array Integration
- 100%10.0
- Data Compression
- 100%10.0
- Non-Intrusive Upgrades
- 100%10.0
- Simplicity
- 100%10.0
- Power Savings
- 60%6.0
- Positive - Storage for all VM's.
- Negative - ROI was longer than other storage but performance gains justified the increase of time.
The VNX management portal is not as simple to use. The support life-cycle of the VNX is also not as long. The features you get from Nimble are much better without having to pay for extra licenses.
Great product
- Fast
- Set and forget
- Infosite took a bit to actually pull value out of it. Great overall.
- Better documentation on what happens when data stores are deleted.
- Flash Array Performance
- 100%10.0
- Flash Array Integration
- 60%6.0
- Data Compression
- 80%8.0
- Non-Intrusive Upgrades
- 100%10.0
- Simplicity
- 90%9.0
- Power Savings
- 60%6.0
- Didn't take much time from me.
- Very little maintenance required.
The best storage solution available if you have the budget
- Failover between controllers which enables high availability.
- High speed access of data, all of our server applications can run easily using this storage.
- Having more customisation for reports on storage would be useful in capacity planning- allowing for more granular views on storage usage over a set period of time (i.e. broken down by datastore, or even VM).
- Flash Array Performance
- 100%10.0
- Flash Array Integration
- 100%10.0
- Data Compression
- 100%10.0
- Non-Intrusive Upgrades
- 100%10.0
- Simplicity
- 100%10.0
- Power Savings
- 100%10.0
- It has allowed for greater expansion of the network, as it is far higher capacity than we were previously using.
- For my company, even a few hours downtime can cost us tens of thousands of pounds, so to have had zero downtime caused by storage (whereas previously we had normal hardware issues, such as failing hard drives, take out services) has been greatly valued.
- HP Nimble is basically an all in one SAN with SSD cache or in some cases fully SSD based however the thing it does the best is its front end GUI and user management capability making it easy for anyone to ramp up on managing it quickly.
- The Nimble SAN is also very easily managed when it comes to hardware management. Outside of some major internal parts such as the mainboard, almost everything in the system is duplicated so single failures never bring the system down. Power supplies and drives are easily swapped out.
- Nimble has incredibly capable and easily accessible support that is available 24/7.
- The price point on Nimble, though higher than piecing together a home made SAN out of spare Windows Servers, is perfect even for some SMB's.
- The add on and upgrade parts for the system are a bit overpriced and if you buy your own third party they may try to not honor their warranty.
- Setting up redundant Nimble boxes is not as well documented as it could be.
- They are seeming to stop supporting some older devices a bit faster than they used too ALA Microsoft Windows and the way they are not handling version 10 though not as extreme.
If a company is just looking for Standard hard drive storage then Nimble is overkill.
- Flash Array Performance
- 90%9.0
- Flash Array Integration
- 90%9.0
- Data Compression
- 80%8.0
- Non-Intrusive Upgrades
- 100%10.0
- Simplicity
- 100%10.0
- Power Savings
- 80%8.0
- Nimble's snapshot capability has saved us several times. It would be hard to estimate the amount of money we would have had to spend, in additional support, without the capability to quickly revert a LUN/VM back to its previous state. Much better than relying on VMware or MS Snapshots.
- Having the Nimble has allowed us the capability to build better and faster clusters which in turns as allowed our users to do more work in less time.
- Nimble can be expensive to start off with so initially it took a while for our ROI to turn positive.
Implementation of an HPE Nimble Hybrid Array for Backup/DR
- Performance.
- Reporting and monitoring.
- Customer service.
- Technical support.
- HPE purchases have impacted Nimble's sales channels.
- Not as fast as some of the competitors on the market.
- RMC, HPE's backup software is only compatible with other HPE arrays and not universal.
- Primary storage for a SAN environment.
- Backup storage for a SAN environment.
- A full HPE network where Infosight can be utilized from the servers to the network level.
- Secondary replication source.
- Cloud using Nimble Cloud volumes for Disaster Recovery.
- Non-Intrusive Upgrades
- 80%8.0
- Simplicity
- 90%9.0
- Power Savings
- 70%7.0
- Reduction of legacy backup systems.
- The decrease in the amount of user intervention to manage and maintain backups.
- Improved SLAs for backup and recovery.