Huawei OceanStor 9000 2U-M24-AC Scale-Out Storage Node

• Enterprise data lake and big data analytics platforms
• Video surveillance and CCTV storage systems
• Cloud service provider object and file storage infrastructure
• Telecom subscriber and network log data storage
• Healthcare imaging and medical record archiving
• Government digital archive and compliance storage systems
• Media and entertainment content repositories
• Backup and long-term data retention systems
• AI/ML training dataset storage environments
• Internet-scale file sharing and content distribution

• 2U high-density scale-out storage node design
• 24TB SATA capacity optimized for cost-efficient storage
• 32GB memory for metadata and system processing
• Distributed architecture supporting horizontal scaling
• Unified file storage access for enterprise workloads
• Linear scalability with no downtime expansion capability
• Designed for large-scale unstructured data environments
• High-capacity storage optimized for data lakes
• Compatible with Huawei OceanStor 9000 ecosystem
• Supports petabyte-scale storage cluster deployments
• Efficient rack-space utilization for data center optimization
• Built for 24/7 enterprise-grade availability
• Strong data resilience through distributed architecture
• Optimized for cloud and hybrid storage integration
• Reduces cost per terabyte for enterprise storage growth

• Brand: Huawei
• Product Series: Huawei OceanStor 9000 Series
• Product Model: 2U-M24-AC
• Product Type: Scale-Out Storage Node
• Architecture: Distributed file storage system
• Storage Capacity: 24TB SATA
• Memory: 32GB RAM
• Form Factor: 2U rack-mounted node
• Storage Type: SATA-based high-capacity storage
• Target Environment: Data centers / cloud storage / big data
• Workload Type: Unstructured data, file storage, analytics
• Deployment Model: Scale-out clustered storage system

WHY CHOOSE THIS PRODUCT?

• Organizations choose the OceanStor 9000 scale-out storage node when they need to manage explosive growth of unstructured data without sacrificing scalability or operational simplicity. It is designed for enterprises that require predictable expansion without downtime or complex re-architecture.
• Compared to traditional NAS systems, it offers significantly higher scalability and distributed performance. Against entry-level storage nodes, it provides greater capacity density, improved parallel processing capability, and stronger resilience for large-scale deployments.
• Its modular scale-out design enables enterprises to start small and expand linearly as data grows, reducing upfront capital expenditure while maintaining long-term flexibility. From a lifecycle perspective, it supports continuous expansion, making it ideal for cloud storage evolution, data lake architectures, and hybrid cloud strategies.