Disk Storage Systems

Are you looking for simple, reliable, and cost-efficient flash storage for your primary and secondary workloads? HPE Alletra 5000 is a cloud native data infrastructure platform adaptively designed for a mix of primary workloads and secondary backup and disaster recovery. Bring cloud operational experience to your on-premises storage with the HPE GreenLake Edge to Cloud Platform – simplifying storage management across the lifecycle, from deployment to provisioning to upgrades. Eliminate application disruptions and ensure fast, consistent performance with the insight and intelligence of HPE InfoSight, most advanced AI for infrastructure. Leverage an enterprise-grade platform with guaranteed 6x9s availability and extreme data integrity and resiliency. Increase storage efficiency and reduce costs with up to 5:1 data reduction. Consume as a service via HPE GreenLake – letting you shift from buying and maintaining data infrastructure to simply accessing and utilizing it.

Are you looking for server-based data infrastructure with exceptional performance to accelerate your data-driven initiatives?

The HPE Alletra 4110 data storage server is specifically designed to run your most performance demanding data storage-centric workloads to power your data-driven initiatives to success. From data stores for machine learning (ML) and analytics to distributed and NoSQL databases, performance sensitive Software-Defined Storage, and data heavy hyperconverged infrastructure, it delivers the capabilities you need at ideal economics with trusted security and a cloud operating experience. This includes the option to consume as-a-service via HPE GreenLake enabling you to shift from owning and maintaining to simply utilizing it. HPE Alletra 4000 data storage servers provide the data infrastructure for any successful data driven organization.

Are you looking for server-based data infrastructure with an optimal balance of economic capacity and performance for data-driven initiatives?

The HPE Alletra 4120 data storage server is specifically designed to run the broadest range of data storage-centric workloads to power your data-driven initiatives to success. From deep archives and data protection to active analytics data lakes, file and object Software-Defined Storage, and so much more, it delivers the capabilities you need at ideal economics with trusted security and a cloud operating experience. This includes the option to consume as-a-service via HPE GreenLake enabling you to shift from owning and maintaining to simply utilizing it. HPE Alletra 4000 data storage servers provide the data infrastructure for any successful data driven organization.

Need to take the pain out of enterprise backup and disaster recovery? You need a scalable backup solution that reduces management overheads, cuts storage costs and matches data growth. The HPE StoreOnce 6600 System disk-based deduplication system is the data protection powerhouse of the enterprise data center. It seamlessly integrates into existing SAN, or Ethernet and cloud infrastructures using Cloud Bank Storage to deliver backup, recovery and data retention through unparalleled scalability from 72 TB to 5,184 TB of usable capacity, providing protection for up to 100 Petabytes of data (at 20:1 deduplication ratio). With speeds of up to 187 TB/hour, it offers both the capacity and performance you need to meet rapid exponential data growth and shrinking backup windows. Designed with no single point of failure, the HPE StoreOnce 6600 delivers high availability backup storage.

Are you looking to consolidate your enterprise data center applications and workloads from legacy storage as part of your digital transformation?

HPE 3PAR StoreServ 9000 Storage helps you consolidate primary storage workloads – for file and block -- onto an enterprise-class flash array without compromising performance, scalability, data services, or resiliency. This HPE 3PAR 9000 Storage is based on the proven HPE 3PAR architecture and is purpose built for all-flash consolidation, delivering the performance, simplicity and agility needed to support your hybrid IT environment. Whether your applications are virtualized, containerized, or traditional, the HPE 3PAR StoreServ 9000 Storage offers you a solution that can deliver improved business results. More transactions, better availability, lower costs regardless of how you consume storage, with a cloud-like pay as you grow model or a traditional capital expense model. Hewlett Packard Enterprise, has you covered.

Looking for affordable, high-performance shared storage?
The HPE MSA 2050 SAN Storage is a flash ready hybrid storage system designed for affordable application acceleration ideal for small and remote office deployments. Don’t let the low cost fool you, it gives you the combination of simplicity, flexibility to grow now, and advanced features you may not expect in an entry-priced array. Start small and scale as needed with any combination of solid state drives (SSDs), high-performance enterprise, or lower-cost midline SAS-based hard disk drives (HDDs). HPE MSA 2050 SAN Storage has been the industry-leading entry storage Fibre Channel (FC) platform for the past eight years, with nearly 500,000 systems sold worldwide¹. Delivers 2x higher performance² than the previous generation at the same price, delivering in excess of 200,000 IOPS. It’s seriously simple and affordable flash-ready storage to help you get the most performance for the lowest cost.

Looking for seriously simple and affordable flash storage?
The HPE MSA 2052 SAN Storage is a hybrid flash system designed for affordable application acceleration for small and remote office deployments. Don’t let the low cost fool you it gives you the combination of simplicity, flexibility and advanced features you many not expect in an entry-priced array. Start with 1.6 TB of flash capacity included and scale as needed with any combination of solid state disks (SSD), high-performance enterprise, or lower-cost midline SAS-based drives. The HPE MSA 2052 SAN Storage has been the industry-leading entry storage Fibre Channel (FC) platform for the past eight years, with nearly 500,000 systems sold worldwide¹. Delivering performance in excess of 200,000 IOPS, it can save you up to 40%² with an all-inclusive software suite and 1.6 TB of flash capacity included. It’s seriously simple and affordable flash storage solution to help you get high performance for a low cost.

Struggling to find cost effective flash storage for your primary, secondary, and backup/DR workloads? The HPE Nimble Storage Adaptive Flash Arrays are like having two flash arrays in one. The array is truly adaptive – designed for both primary and secondary flash workloads. It is a hybrid flash array for mixed, primary workloads where cost-efficient flash performance is important. It can also serve as a secondary flash array for backup and disaster recover (DR) while allowing you to put your backup data to work. The flash-enhanced architecture is combined with HPE InfoSight predictive analytics for fast, reliable access to data and 99.9999% guaranteed availability¹. Radically simple to deploy and use, the arrays are cloud-ready – providing data mobility to the cloud through HPE Cloud Volumes. Your storage investment made today will support you well into the future, thanks to our technology and business-model innovations.

Are you struggling to find the perfect combination of flash storage and predictive analytics? HPE Nimble Storage All Flash Arrays combine a flash-efficient architecture with HPE InfoSight predictive analytics to achieve fast, reliable access to data and 99.9999% guaranteed availability.¹ Radically simple to deploy and use, the arrays are cloud-ready, providing data mobility to the cloud through HPE Cloud Volumes. Your storage investment made today can support you well into the future, thanks to our technology and business-model innovations. HPE Nimble Storage All Flash Arrays include all-inclusive licensing, easy upgrades, and flexible payment options – while also being future-proofed for new technologies, such as NVMe and Storage Class Memory (SCM).