NetApp Storage – The Intelligent Storage Solution for Enterprises
NetApp Storage stands for powerful, secure, and flexibly scalable data storage, helping
organizations manage their data efficiently and reliably operate business-critical
applications.
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NetApp Storage – Efficient and Secure Data Storage for Enterprises
NetApp storage solutions provide organizations with powerful, scalable, and reliable systems for modern data storage and management. Whether all-flash, hybrid storage, or cloud integration, NetApp delivers high performance, intelligent data reduction, and comprehensive data protection features. As a result, NetApp storage systems are ideally suited for business-critical applications, growing data volumes, and future-proof IT infrastructures.
NetApp Multi-Protocol Storage
Show allNetApp Storage: Overview of Multi-Protocol Series
With ONTAP, NetApp provides a unified storage platform that combines multiple access methods within a single environment. Depending on the use case, typical NAS and SAN protocols can be consolidated.
NetApp AFF A-Series (All-Flash, High Performance)
The AFF A-Series is the high-end, performance-oriented all-flash series designed for demanding, business-critical workloads. It is built as a multi-protocol platform supporting file, block, and—depending on the architecture—object workloads, making it particularly suitable for databases.
NetApp AFF C-Series (All-Flash, Capacity-Optimized)
The AFF C-Series is a budget-friendly all-flash series optimized for high capacity and efficiency. It is designed for the consolidation of general workloads and supports multi-protocol scenarios for block, file, and object requirements—ideal for large data volumes and file services.
NetApp FAS Systems (Hybrid Storage, Flexible)
NetApp FAS systems are proven hybrid storage platforms (flash and HDD depending on configuration) and a versatile choice for organizations seeking a balance between performance, capacity, and cost. As ONTAP-based platforms, they are well suited for multi-protocol environments where file and block services are operated together.