When choosing Modular SAN solutions, consider scalability, performance, compatibility, reliability, management tools, and cost-effectiveness.
Scalability
Performance
Compatibility
Reliability
Management tools
Cost-effectiveness
Scalability ensures the Modular SAN can grow with data demands, allowing seamless integration of additional storage. Performance affects data access speeds, crucial for environments with high transaction volumes. Compatibility with existing systems prevents complex migrations and ensures smooth operations. Ensuring reliability is vital, minimizing the risk of downtime and data loss through features like redundancy and robust recovery options.
Management tools play a critical role, simplifying storage operations and monitoring. These tools should provide intuitive and comprehensive control over storage resources. Cost-effectiveness is essential, balancing initial investment with long-term expenditures such as maintenance and potential upgrades. Choosing a solution that aligns with these factors will optimize the efficiency and dependability of your storage infrastructure.
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There are several aspects that I consider important when evaluating SAN. The first is its reliability which speaks to how it was engineered, ensuring that's it's easy to integrate into existing infrastructure. Secondly is ease of management, it must be gui based and not require a PhD to administer. The performance must be acceptable and be flexible to allow both spinners as well as flash storage. Lastly is the cost must be competitive as we are not going to pay exorbitant price.
IT Administrator at a wholesaler/distributor with 51-200 employees
Vendor
Aug 30, 2017
Web (or Desktop) GUI based administration, segmentable storage options, scalability (i.e.,/stackable), iSCSI and Fibre connectivity, SAS drives versus SATA, with custom hot spare configuration options. And a good SLA.
Technical Sales Consultant at a tech company with 51-200 employees
Real User
Top 20
Feb 1, 2016
it must be adaptable to different platforms. with emphasis on IOPS capacity and throughput, while being easy for an admn, and not break the IT budget..
Find out what your peers are saying about Hewlett Packard Enterprise, NetApp, IBM and others in Modular SAN (Storage Area Network). Updated: November 2026.
Modular SAN offers scalable storage solutions tailored for enterprises needing to manage growing data efficiently. The network infrastructure supports flexible storage management, optimizing resources and performance.Modular SAN solutions provide advanced storage capabilities suitable for organizations with diverse needs. These systems are designed to accommodate storage expansion without service disruption, thereby enhancing operational efficiency. The modular approach allows seamless...
When choosing Modular SAN solutions, consider scalability, performance, compatibility, reliability, management tools, and cost-effectiveness.
Scalability ensures the Modular SAN can grow with data demands, allowing seamless integration of additional storage. Performance affects data access speeds, crucial for environments with high transaction volumes. Compatibility with existing systems prevents complex migrations and ensures smooth operations. Ensuring reliability is vital, minimizing the risk of downtime and data loss through features like redundancy and robust recovery options.
Management tools play a critical role, simplifying storage operations and monitoring. These tools should provide intuitive and comprehensive control over storage resources. Cost-effectiveness is essential, balancing initial investment with long-term expenditures such as maintenance and potential upgrades. Choosing a solution that aligns with these factors will optimize the efficiency and dependability of your storage infrastructure.
There are several aspects that I consider important when evaluating SAN. The first is its reliability which speaks to how it was engineered, ensuring that's it's easy to integrate into existing infrastructure. Secondly is ease of management, it must be gui based and not require a PhD to administer. The performance must be acceptable and be flexible to allow both spinners as well as flash storage. Lastly is the cost must be competitive as we are not going to pay exorbitant price.
Reliability should be the first. Performance then cost.
Web (or Desktop) GUI based administration, segmentable storage options, scalability (i.e.,/stackable), iSCSI and Fibre connectivity, SAS drives versus SATA, with custom hot spare configuration options. And a good SLA.
it must be adaptable to different platforms. with emphasis on IOPS capacity and throughput, while being easy for an admn, and not break the IT budget..