As an Information and Communications Technology (ICT) leader with nearly 120 years of expertise, NEC has leveraged its adaptive solutions to enable individuals and enterprises across a wide spectrum of industries to achieve more flexible, secure and responsive work environments.
As an Information and Communications Technology (ICT) leader with more than 117 years of expertise, NEC enables new approaches to how Communications and IT services are delivered and managed through its field-tested expertise.
Combining innovative capability with a rich Communications and IT portfolio, NEC has provided individuals and enterprises with solutions that cover and enable the full spectrum of business processes for new and improved ways of conducting business.
The HYDRAstor HS6-5000A supports massive seamless scalability, while minimizing storage costs with customized configurations and inline deduplication and compression across all nodes while also providing advanced erasure-coded resiliency to protect long-term data.
The HYDRAstor HS6-5000A offers
Supports long-term data archive data retention with seamless scalability from 1 node up to 165 nodes, with up to 11.88PB of raw capacity in a single system.
Intermix newer generation hardware within the same grid system, enabling online expansion with no data migration or application downtime supports Active Archive with Forever Retention.
Delivers greater protection with lower overhead and faster data rebuild than traditional RAID with HYDRAstor Distributed Resilient Data™ (DRD).
Other Features Include
Virtualization of all available storage resources into a single common pool that is shared by all file systems and applications.
Deduplicates and compresses all data from all nodes, reducing storage capacity requirements.
A web-based graphic user administration console proactively monitors and integrates with weekly system reports, email alerts and notifications as well as with Simple Network Management Protocol (SNMP).
HYDRAstor DRD protection can tolerate up to six (6) concurrent drive or node failures while maintaining normal computing input and output.
It can also recover data faster than traditional RAID by reconstructing only lost data rather than the entire drive, as well as reconstructing the data across multiple drives instead of a single hot spare.