HPE Alletra 9000 All-NVMe Array

The HPE Alletra 9000 All-NVMe Array is a mission-critical, 100% NVMe storage platform engineered for Tier-0 and Tier-1 enterprise workloads demanding the highest levels of performance, resilience, and availability. Built on an active-active controller architecture derived from HPE Primera, the Alletra 9000 delivers six nines (99.9999%) availability backed by HPE's guaranteed uptime commitment, ensuring continuous operations for the most demanding business-critical applications. The system leverages NVMe flash across all tiers, eliminating SAS and SATA bottlenecks to provide consistent low-latency I/O at scale.

The array incorporates HPE's ASIC-accelerated data services, including always-on inline deduplication and compression, thin provisioning, and synchronous replication, all without performance penalty. Its Peer Persistence feature enables transparent failover across geographically separated arrays, supporting zero-RPO and near-zero-RTO disaster recovery configurations for workloads that cannot tolerate interruption. Storage-class integration with VMware vVols, Microsoft, and container environments is native, enabling infrastructure teams to deliver storage as a service to application owners through automated provisioning workflows.

The HPE Alletra 9000 is managed through HPE's cloud-native InfoSight predictive analytics platform and the HPE GreenLake cloud services framework, providing AI-driven health monitoring, capacity forecasting, and cross-stack telemetry. The platform supports non-disruptive upgrades of controllers, software, and drives, protecting infrastructure investments over extended deployment lifetimes. It is purpose-built for environments where storage downtime, latency spikes, or data loss are operationally unacceptable, including financial transaction processing, large-scale database operations, and healthcare clinical systems.

Ideal for

• Online transaction processing (OLTP) databases such as Oracle and Microsoft SQL Server requiring sub-millisecond latency and consistent throughput under mixed read/write workloads
• SAP HANA and large in-memory analytics platforms needing guaranteed I/O performance and synchronous replication to a secondary site for disaster recovery compliance
• Virtual desktop infrastructure (VDI) deployments at scale where boot storms and random I/O density demand high IOPS with predictable response times
• Healthcare electronic medical record (EMR) systems and PACS imaging archives requiring continuous availability, data integrity, and regulatory-compliant snapshot retention
• Financial services trading platforms and clearing systems where storage latency variability directly impacts transaction throughput and regulatory SLA adherence
• Kubernetes and container-persistent-volume environments requiring dynamic, automated storage provisioning with enterprise data services including replication and snapshots

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.