New-Gen OceanStor Dorado
All-Flash Storage
Extreme Performance, Extreme Resilience, and AI-Ready
Produits, solutions et services pour les entreprises
Bringing Mission-Critical Applications into AI Era
New-Gen OceanStor Dorado All-Flash Storage features industry-leading performance and data resilience. It uses the native block, file, and object unified storage architecture to carry diversified production data and bring mission-critical applications into AI era.
Why Choose New-Gen OceanStor Dorado
3x Better Extreme Performance
• FlashLink® 3.0 intelligent disk-controller-DPU collaboration algorithms work with dedicated DPU-based SmartNIC that enables separation between data flows and control flows, thus overcoming the bottlenecks of CPU computing power and achieving hundreds of millions of IOPS and 0.03 ms ultra-low latency.Extreme Resilience with 99.99999% Reliability
• SmartMatrix 4.0 full-mesh technology can tolerate the failure of any single controller enclosure, disk enclosure, or cabinet. A single system delivers 99.99999% reliability.AI-Ready for Unity and Efficiency
• The industry's first native unified storage features native parallel architecture for blocks, files, and objects. Comprehensive enterprise-grade features support hybrid workloads of mission-critical services in AI Era.FlashEver 2.0 to Guarantee Ever-New Devices
• Cross-generation controllers can coexist and be expanded online in the same enclosure, pool, and cluster, without interrupting services.Find the Right Solution for You
Le stockage NAS OceanStor Dorado de Huawei répond aux besoins de partage multiprotocole et garantit la disponibilité des ressources pour les fichiers et services essentiels dans tous les départements.
Les solutions de conteneurs Huawei offrent des performances élevées tout en restant faciles à entretenir, ce qui permet de fournir des services avec une agilité opérationnelle.
Huawei propose des solutions de stockage de protection contre les ransomwares pour le cycle de vie complet des données afin de protéger vos données contre les cybermenaces, en construisant un système de protection hautement résilient avec un stockage primaire et de sauvegarde.