


IBM FlashSystem and HPE Alletra Storage compete in the storage solutions market. HPE Alletra Storage has the upper hand due to its advanced management features and superior scalability.
Features: IBM FlashSystem offers robust data protection, high-performance capabilities, and reliability. HPE Alletra Storage provides advanced management, scalability, and intuitive controls.
Room for Improvement: IBM FlashSystem needs better cost efficiency, enhanced analytics, and customer support responsiveness. HPE Alletra Storage requires more comprehensive support resources, improved update processes, and cost-effective solutions.
Ease of Deployment and Customer Service: IBM FlashSystem is noted for its straightforward deployment but has mixed customer service reviews. HPE Alletra Storage is praised for easy implementation and consistently favorable customer support.
Pricing and ROI: IBM FlashSystem has competitive initial setup costs but questionable long-term ROI. HPE Alletra Storage, though initially more expensive, delivers better ROI through advanced features and long-term reliability.
If you wait more than seven years to buy another one, you get a return on your investment.
For anyone new to the company, it is very easy to understand what is going on, how to manage, how to get access and know what it is doing.
Uptime is ROI.
With Alletra, it downloads the software, and you just hit the button, and go.
The solution can comfortably be stretched from five to seven years without any failures, ensuring a long-lasting return.
We have seen return on investment compared to other OEMs, which took approximately three years after implementing IBM FlashSystem.
Customers always have their issues resolved promptly.
Technical support is good at least through vendors, not directly with the principal.
We have four-hour support, and 99% of our issues are resolved within that timeframe.
Last week, a ticket that needed to be solved in six hours took one week.
As soon as we have a problem, we open a ticket with them, and they immediately get back to us well within the four hour SLA that we have with them.
Customers of alternatives like Dell and Hitachi enjoy more reliable and comprehensive support services directly from vendors rather than third-party subsidiaries.
I rate the technical support from IBM as a ten.
IBM customer support is responsible, efficient, and responsive, though it is expensive.
It is highly scalable.
It hasn't broken down anytime in the last six to seven years, despite hurricanes, earthquakes, and power outages.
We've had zero downtime.
Alletra provides modular, non-disruptive scale-up and scale-out.
If we do grow beyond what the appliance already has, we know that service will take care of it and grow the appliance for us without needing to forklift upgrade.
For larger enterprises, scalability is an issue as the price becomes prohibitive.
The problem arises when migrating data to a later IBM FlashSystem version due to issues with firmware compatibility.
The scalability of IBM FlashSystem is exceptional, and I rate it as a nine.
I would rate the stability of the product at seven out of ten.
The solution is stable and rock-solid.
I have not experienced any downtime, crashes, or performance issues.
I have experienced no issues yet, so I assess the stability and reliability of HPE Alletra Storage as 100%.
Customers have infrastructure that is 100% stable.
The firmware and software engine have fewer bugs, which enhances operational efficiency.
We would appreciate a built-in transparent failover in the next release to eliminate the need for a separate metro cluster.
One way to improve the product is to add an operational assistant that doesn't depend on VMware.
I would like to see some AI features that would allow arrays to intelligently identify threats or unusual behavior in the data pattern and give an alert.
They shouldn't strip out anything from InfoSight. That is really helpful software to see how the storage arrays are performing and has helped us do a lot of troubleshooting.
They would like to have one tool that can take them everywhere. There should be a single pane of glass.
Most importantly, there is going to be the flexibility of moving compute and storage on Alletra MP.
Despite marketing promises, these features do not function effectively and can impact performance.
There is room for improvement in the troubleshooting part, specifically related to IBM Spectrum for Insight.
An additional function that could be helpful is reducing the time it takes to delete volumes, especially if they are compressed or deduplicated.
While the prices may be higher than those of other vendors, we see it as a market leader with benefits.
The support can be a bit pricey, but the solution is more cost-effective than anything else out there.
I would rate the solution as an eight out of ten in terms of costliness.
For future use, we bill based on device consumption rather than the traditional datacenter model.
The predictability of having that one-time cost is everything for the data center.
It's expensive.
To install or upgrade any software features, the cost is high, which makes it challenging for smaller companies who do not require advanced features like deduplication or compression typically needed by larger organizations.
The pricing is high; storage solutions are always expensive.
Its data compression feature is the best that we have ever seen.
The standout features for us in Pure FlashArray X NVMe are its robust DDoS protection, seamless transparent failover, and failback capabilities ensuring high availability.
Pure FlashArray X NVMe helps to improve our processing speed.
With NVMe drives, a single drive can provide up to thirty thousand IOPS.
The guarantee of data availability is very important to us. Data runs everything.
The guarantee of data available to our organization is important. We're a manufacturing company. If our systems go down, we lose dollars every minute that system's offline.
There is a significant amount of data reduction, achieving a ratio of one to three.
The most valuable features are performance and reliability.
There is built-in compression, a data reduction feature, and artificial intelligence-driven insights that calculate warnings and errors to redirect to customers automatically.
| Product | Market Share (%) |
|---|---|
| HPE Alletra Storage | 9.3% |
| IBM FlashSystem | 5.9% |
| Pure FlashArray X NVMe | 1.2% |
| Other | 83.6% |


| Company Size | Count |
|---|---|
| Small Business | 15 |
| Midsize Enterprise | 11 |
| Large Enterprise | 12 |
| Company Size | Count |
|---|---|
| Small Business | 29 |
| Midsize Enterprise | 25 |
| Large Enterprise | 36 |
| Company Size | Count |
|---|---|
| Small Business | 47 |
| Midsize Enterprise | 21 |
| Large Enterprise | 59 |
Pure Storage FlashArray//X is the world’s first enterprise-class, all-NVMe flash storage array. It represents a new class of storage – shared accelerated storage, which is a term coined by Gartner – that delivers major breakthroughs in performance, simplicity, and consolidation.
HPE Alletra Storage provides on-premises cloud-like operations, delivering high-performance NVMe drives, VMware integration, data deduplication, and compression. It's known for simplicity, management ease, and capacity efficiency.
HPE Alletra Storage stands out for its scalability and comprehensive features, benefiting diverse workloads and scenarios. Users report faster IOPS, reduced provisioning time, and fewer support tickets. Its guarantee of data availability and strong support network ensure high operational reliability and cost-efficiency. However, it could improve NVMe compatibility, setup, and connectivity. Enhancing intuitive design and monitoring capabilities while reducing internet dependency and refining integration with existing software would increase user satisfaction. Cost efficiency and streamlined licensing are ongoing concerns, with demands for file-based storage, better scalability, and customizability improvements.
What are the key features of HPE Alletra Storage?HPE Alletra Storage is widely used in virtualization, VMware, and data center block storage, particularly in financial and healthcare sectors. Organizations utilize it for VM storage, cloud infrastructure, and databases. It supports VDI, hyper-converged infrastructure, and high-performance computing. Businesses leverage its capabilities for data backup, compression, and deduplication, integrating seamlessly with existing environments to meet enterprise storage needs with high throughput and low-latency performance.
IBM FlashSystem products are enterprise computer data storage systems that store data on flash memory chips. Unlike storage systems that use standard solid-state drives, IBM FlashSystem products incorporate custom hardware based on technology from the 2012 acquisition of Texas Memory Systems. This hardware provides performance, reliability, and efficiency benefits versus competitive offerings.
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