Disclaimer: NetApp, ONTAP, FAS, and AFF are trademarks of NetApp, Inc. in the United States and/or other countries. This article is for informational purposes and is not an official NetApp publication. Always verify compatibility using the official NetApp Hardware Universe tool before purchasing used parts.
Depending on its specific model (e.g., AFF A250 or NS224), the NAJ-1801 runs on NetApp ONTAP or SANtricity OS for E-Series configurations. NS224, NE224, NAJ-1801 - NetApp NS224, NE224, NAJ-1801 | NetApp. AFF-A250, FAS500F, AFF-C250, ASA-A250, ASA ... - NetApp
The is a specialized hardware component, specifically a storage controller or shelf model, used within NetApp's advanced data infrastructure ecosystems. Rather than a standalone consumer product, the NAJ-1801 serves as a critical building block for high-performance enterprise storage systems like the NetApp EF600 and EF300 series. Role in Modern Data Infrastructure netapp naj-1801
: The NAJ-1801 designation appears across multiple system types, including NS224, NE224, and NX224 storage shelves, highlighting its versatility in NetApp's modular hardware architecture.
The is a foundational 2U hardware platform used primarily as a high-performance NVMe storage shelf . Designed for modern data centers requiring ultra-low latency, it serves as the physical chassis for several of NetApp’s flagship storage controllers and expansion units, including the NS224 and NE224 shelves. Core Roles and Versatility Disclaimer: NetApp, ONTAP, FAS, and AFF are trademarks
Note: The NAJ-1801 is the specific chassis assembly part number for the entry-level AFF A200 all-flash array and the FAS2620/FAS2650 hybrid array.
NetApp NAJ-1801 is a high-performance, rack-mountable storage hardware platform used primarily as a 2U NVMe storage shelf AFF-A250, FAS500F, AFF-C250, ASA-A250, ASA
: It operates within ASHRAE A2 class conditions, supporting temperatures between 10°C and 35°C.
Released as part of NetApp’s strategic push to accelerate AI, analytics, and hybrid cloud workflows, the NAJ-1801 was designed to close the gap between legacy spinning-disk architectures and the ultra-low latency demands of modern flash media.