HPE Nimble CS1000H

Storage Device
It's like getting two flash arrays in one with the HPE Nimble CS1000H Storage Adaptive Flash Arrays. Due to the array's design for both primary and secondary flash workloads, it is flexible. It is a hybrid flash array for mixed-use primary applications when it is crucial for flash performance at an affordable price. You might use your backup data as a second flash array for backup and disaster recovery (DR). The flash-enhanced architecture and HPE InfoSight predictive analytics offer 99.9999% availability and quick, dependable access to data. The arrays provide data mobility to the cloud using HPE Cloud Volumes, are relatively simple to set up and use, and are cloud-ready. Your storage investment will benefit you for a very long time to come because of technology and business model developments. Inline variable block deduplication and compression are offered for more significant data reduction. Workloads for backup and disaster recovery (DR) can make use of secondary flash storage capabilities. Before a problem is even seen, the HPE Nimble CS1000H Storage Adaptive Flash Arrays instantly detect and fix 86% of problems. It solves issues outside the purview of storage and provides a comprehensive perspective of the infrastructure stack. Prescriptive estimations of bandwidth, performance and capacity need to simplify planning. The deployment, configuration, and use of HPE Nimble CS1000H Storage Adaptive Flash Arrays are simple. With HPE Nimble Storage CS1000H, you can deploy flash locally or in a public cloud using common data services. The HPE Nimble CS3000 Storage Adaptive Flash Arrays are faster and more efficient than competing hybrid arrays for mixed workloads, with reaction times of less than one millisecond.
Need device support or repair now?
$ = Price will vary
Configure & Buy
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.

We service all of your datacenter equipment

thomastech continuously monitors equipment performance and predicts component failures. We schedule timely upgrades or replacements within TPM contracts to keep systems current and extend the overall hardware lifecycle.