Huawei OceanStor 9000 4U-M-AC Storage Node (22TB SATA, 200GB SSD Cache)

• Large-scale video surveillance storage systems
• Telecom data archiving and subscriber analytics
• Cloud storage and private cloud infrastructure
• Big data analytics and AI training datasets
• Healthcare imaging repositories (PACS archives)
• Media and entertainment content storage platforms
• Government digital archive and records storage
• Scientific research and high-volume data processing
• Enterprise backup and long-term data retention
• Internet-scale file sharing and collaboration platforms

• Scale-out distributed storage architecture for linear growth
• 22TB SATA-based high-capacity storage per node
• 200GB SSD cache for performance acceleration
• Designed for unstructured data and file-heavy workloads
• Supports petabyte-scale cluster expansion
• High availability through distributed redundancy design
• Optimized for big data and analytics environments
• Efficient cost-per-terabyte storage economics
• Seamless integration within Huawei OceanStor 9000 ecosystem
• Supports continuous 24/7 enterprise data access
• Improved read/write performance through SSD caching layer
• Flexible horizontal scaling without system downtime
• Built for high-throughput data ingestion workloads
• Strong resilience for large-scale distributed environments
• Ideal for long-term data retention strategies 

• Brand: Huawei
• Product Series: Huawei OceanStor 9000 Series
• Product Model: OceanStor 9000 4U-M-AC Storage Node
• SKU: 90004U-M-AC
• Storage Capacity: 22TB SATA
• Cache: 200GB SSD Cache
• Form Factor: 4U rack-mounted storage node
• Architecture: Scale-out distributed storage system
• Storage Type: File / Unstructured data storage
• Deployment Model: Cluster-based horizontal expansion
• Target Environment: Enterprise data centers / cloud storage infrastructure
• Workload Type: Big data, media, surveillance, cloud storage

WHY CHOOSE THIS PRODUCT?

• Organizations choose the OceanStor 9000 4U-M-AC node when they need scalable, cost-efficient storage for massive unstructured data growth without sacrificing performance consistency. It is designed for enterprises that require predictable scaling rather than fixed-capacity storage limitations.
• Compared to traditional SAN/NAS systems, it delivers better horizontal scalability and improved cost per terabyte, making it ideal for long-term data retention and high-volume workloads. Against entry-level storage nodes, it provides stronger caching performance and enterprise-grade resilience for continuous operations.
• Its modular architecture allows organizations to expand storage clusters incrementally, reducing upfront capital expenditure while supporting long-term digital transformation initiatives. From a lifecycle perspective, it ensures storage environments can grow seamlessly alongside data expansion needs, improving ROI and reducing infrastructure refresh cycles.