Enterprise-grade FlashSystem capability in a 1U footprint built for the sites where space, staff, and rack budget are all in short supply.
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Enterprise-grade FlashSystem capability in a 1U footprint built for the sites where space, staff, and rack budget are all in short supply.
LTO-10 drives can't read LTO-8 tapes or even LTO-9. If your archive is sitting on older LTO media, here's what that actually means, and how Archiware P5 bridges the gap safely.
Explore the Fsas Technologies ETERNUS EP300: a compact, energy-smart all-flash storage array built for AI, virtualisation, and enterprise resilience.
Unified storage represents a paradigm shift in enterprise data management, consolidating file, block, and object storage into a single, software-defined platform. As organisations grapple with explosive data growth, projected to reach 230–240 zettabytes by 2026, the limitations of siloed storage systems become increasingly apparent.
The Exos EP2U24 sits alongside the EP2U12 in the PROTECT family, trading fewer large-format bays for 24 SAS drive slots in the same 2U footprint a better fit where drive count and density matter more than maximum per-drive capacity.
The Exos AP2U12 sits alongside the AP2U24 in the FUSE family an integrated storage server with dual x86 compute nodes built into the same chassis as the storage itself, rather than a passive JBOD requiring a separate host.
The Exos DC4U100 is the highest-density enclosure in Seagate's SCALE family, packing 100 drive bays into a single 4U, full-depth chassis. Alongside the EX4U74, it's built on the newer SAS-4 platform generation rather than the SAS-3 architecture behind the EX2U12, EX2U24 and EX5U84 but where the EX4U74 is designed for standard-depth edge racks, the DC4U100 […]
The Exos EX2U12 is the entry point into Seagate's SCALE family a pure SAS-attached expansion enclosure (JBOD) rather than a self-contained RAID array, designed to be connected to a host server equipped with a SAS host bus adapter.
Modern enterprises face unprecedented data growth and performance demands from AI, analytics, databases, and virtualised environments. All-Flash Storage leveraging NVMe technology has emerged as the definitive solution, delivering microsecond latency, millions of IOPS, and exceptional throughput by utilising the PCIe bus protocol designed specifically for flash memory.
In the world of cloud computing and data infrastructure, choosing the right storage solution is a critical decision that impacts performance, cost, and scalability. The two primary contenders are object storage and block storage. While they both provide persistent data storage, they are fundamentally different technologies designed for distinct purposes.
