HPE DPAN + X10000 Unleashes Modern Backup Performance
Why It Matters
By delivering petabyte‑scale, flash‑fast backup with built‑in deduplication, HPE’s X10000 and DPA enable enterprises to meet AI‑driven data growth and strict recovery SLAs without massive hardware over‑spends.
Key Takeaways
- •HPE X10000 serves as high‑performance backup target for enterprise.
- •Data Protection Accelerator (DPA) offloads compression, deduplication, encryption.
- •DPA delivers up to 1.2 PB/hour ingest with linear scaling.
- •Supports 100 GbE now, with 200 GbE certification pending for future high‑speed deployments.
- •Flexible integration with multiple backup software partners, e.g., Convoy.
Summary
HPE introduced the X10000, an all‑flash, highly available storage platform, now paired with a Data Protection Accelerator (DPA) node to act as a modern backup target for enterprises facing exploding data volumes.
The solution combines the X10000’s 100 GbE (with 200 GbE certification on the way) networking and petabyte‑scale capacity with a DPA that performs inline deduplication (average 20:1, peaks over 60:1), compression and encryption. HPE claims the combined system can ingest up to 1.2 PB per hour when four DPAs sit in front of a three‑node X10000, and the architecture scales linearly by adding additional accelerator nodes.
Chad Browninger emphasized, "We wanted to bring that catalyst technology into the X10,000 fold," highlighting the reuse of HPE’s StoreOnce deduplication engine inside the DPA chassis. The offering works with multiple backup software partners, notably Convoy, allowing customers to keep existing tools while gaining the performance boost. Early adopters report “it smokes” and praise the ability to meet stringent SLA windows that previously required over‑provisioned hardware.
For organizations deploying AI workloads and grappling with ransomware‑driven data protection mandates, the X10000 + DPA promises faster backups, quicker restores, and reduced storage footprints, translating into lower TCO and stronger business continuity.
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