


Find out what your peers are saying about NetApp, Hewlett Packard Enterprise, IBM and others in Modular SAN (Storage Area Network).
It certainly shows a return on investment with HPE MSA, but we have framework contracts with special prices for the HP hardware, so I am not sure that our return on investment calculation corresponds to what other people should have.
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.
If you have the configuration well maintained and configured, you should have good efficiency and compression for the clients and for yourself.
I would rate technical support a three out of five due to the lack of effectiveness in preventing recurring problems.
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.
Sometimes, the support was inadequate because the initial architecture was poorly defined.
We are also using it ourselves for the SAN and CIFS protocol.
They often provide basic solutions, such as suggesting a failover or a power cycle, which are not the sophisticated solutions we expect from a vendor.
It is more profitable to use HPE MSA because if you run out of space, you can expand the capacity of the array using expansion enclosures, making it more flexible and profitable.
HPE MSA's scalability benefits are notable as its speed and performance are good.
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.
We normally avoid current versions and use versions that have been running for at least two months in client usage before updating drivers.
NetApp FAS Series is scalable, and it is possible, but you need to pay.
The NetApp FAS Series is scalable and offers numerous solutions, but only if customers are willing to invest in the shelves.
I faced issues with hard disk reliability, as they frequently fail and risk losing redundancy.
Customers have infrastructure that is 100% stable.
The firmware and software engine have fewer bugs, which enhances operational efficiency.
When panic occurs on the node, it reboots itself, and we have experienced numerous hardware-related issues.
Most things are tailor-made, and we avoid downtimes even with primitive CLI commands.
Data security features are more important to me than anything else, and I think HPE MSA lacks in this area.
If it could be a hybrid with SSDs and hard disks, then it would be more economical and efficient.
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.
Storage companies should create encrypted storage solutions between the OS and storage to protect against ransomware attacks.
Nutanix leads the business in this approach, and I feel that NetApp is missing some aspects, such as CPU, GPU, and RAM, in its AI portfolio.
There is an opportunity there for NetApp with Cloud Volumes ONTAP.
The pricing of HPE MSA is not deemed reasonable.
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.
The pricing of NetApp FAS Series is not cheap, but in comparison to other vendors, NetApp FAS Series is affordable.
I found that its scalability benefited my organization, especially in larger settings.
In terms of disaster recovery, we can define global spares in HPE MSA. When one disk fails, a global spare is automatically allocated to that particular disk, which saves the data.
The most useful feature of HPE MSA is VAAI, which are the functions embedded in the system, allowing operations on the server or storage without using server CPU, making it easier.
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.
While NVMe disks are expensive and require three disks for parity calculations, hard drives in NetApp FAS Series are inexpensive, making it more cost-efficient per GB, even with RAID tech implementation.
Our IOPS are very high, reaching somewhere about 50k to 150k or 1.150k.
One important feature for customers is its ease of use and continuity, enabling seamless usage across on-premise and cloud environments.
| Product | Mindshare (%) |
|---|---|
| NetApp FAS Series | 10.7% |
| HPE MSA | 9.4% |
| IBM FlashSystem | 10.6% |
| Other | 69.3% |


| Company Size | Count |
|---|---|
| Small Business | 11 |
| Midsize Enterprise | 11 |
| Large Enterprise | 7 |
| Company Size | Count |
|---|---|
| Small Business | 47 |
| Midsize Enterprise | 21 |
| Large Enterprise | 60 |
| Company Size | Count |
|---|---|
| Small Business | 31 |
| Midsize Enterprise | 38 |
| Large Enterprise | 58 |
HPE MSA is a reliable storage solution offering dual controllers and easy management, ideal for SMBs. Known for stability, scalability, and affordability, it is user-friendly with features like autonomic tiering and robust disaster recovery, serving virtualization environments and data centers.
With dual controllers and simplified setup, HPE MSA is tailored for ease of management and high reliability. Its design supports scalability and cost-effective operation, catering well to SMBs. Autonomic tiering, snapshots, and data deduplication enhance its performance, while strong integration and flexibility solidify its role in robust operations. Despite benefits, users note expensive support contracts and desires for improved features like synchronized replication and cloud connectivity. Improvements in data security and integration, along with better firmware updates and monitoring tools, are suggested. Its functionality spans NAS, SAN storage, managing VMware clusters, and hosting varied workloads, fitting well into infrastructures like hotels and hospitals.
What are the key features of HPE MSA?HPE MSA finds applications in virtualization, data centers, and CCTV systems. Organizations leverage it for NAS and SAN storage, making it suitable for VMware clusters and workloads like file servers and databases. Its scalability makes it adaptable for hotels, hospitals, and government projects, integrating with server services for centralized management.
IBM FlashSystem offers high performance with reliable speed and low latency. It facilitates efficient storage management through its robust features, ensuring ease of integration with existing infrastructure. Ideal for industries needing advanced storage, it stands out with its user-friendly approach.
IBM FlashSystem is designed to cater to a range of industries such as banking, healthcare, and telecom. It is optimal for virtualization, databases, and backup, supporting applications like ERP, SAP, and robotic process automation. Known for its seamless data migration and strong hardware, FlashSystem enhances any setup with comprehensive virtualization capabilities. Its integration with technologies like IBM Spectrum and SVC makes it a versatile choice for boosting data performance and storage solutions.
What are the key features of IBM FlashSystem?Implementing IBM FlashSystem in industries like banking and healthcare allows organizations to optimize data management. Its compatibility with top ERPs and support for robust applications ensure enhanced productivity. In telecom, its virtualization performance supports heavy data loads, making it a trusty ally for data-centric tasks.
NetApp FAS Series offers high availability and seamless protocol integration. Known for its robust features such as data replication and efficient storage architecture, it finds use in challenging enterprise environments and virtualization.
NetApp FAS Series delivers valuable enterprise storage capabilities with an emphasis on unified storage architectures supporting SAN and NAS functionalities. Features like high availability, robust snapshot technology, and seamless protocol integration cater to diverse workloads. Data replication through SnapMirror and reliable performance under heavy loads are appreciated. Deduplication and compression enhance storage efficiency while scalability, resilience, and strong customer support further its appeal. Improvements are desired in flexibility, documentation, speed, and affordability. Additionally, its monitoring capabilities and cloud integration need attention. Organizations employ FAS Series for enterprise storage, SQL Server LUNs, Exchange LUNs, VMware, and corporate file sharing.
What are the most notable features of NetApp FAS Series?In industries such as finance and healthcare, NetApp FAS Series is implemented for centralized data management, supporting complex protocols like NFS, CIFS, and iSCSI. This enables efficient handling of virtualization, databases, unified storage tasks, and backup solutions crucial for maintaining unstructured data and redundancy.