Huawei U291HDU01 300GB SAS Hot-Swap HDD Enterprise

• Telecom contact center infrastructure storage
• Enterprise data center server expansion
• eSpace U2990 system storage upgrade
• Virtualization and cloud backend storage
• High-availability communication platforms
• Enterprise backup and archival systems
• Mission-critical database storage layers
• Carrier-grade network operations centers
• IT infrastructure modernization projects

• 300GB SAS storage for enterprise workloads
• 2.5-inch compact drive for space efficiency
• Hot-swap support for zero downtime replacement
• High reliability for 24/7 mission-critical systems
• Optimized for Huawei eSpace U2990 platforms
• Low latency data access for faster performance
• Enterprise-grade durability for continuous use
• Stable SAS interface for consistent throughput
• Designed for telecom and data center storage
• Easy integration in existing server environments

• Brand: Huawei
• Model: U291HDU01
• Product Type: Enterprise Hard Disk Drive (HDD)
• Series: eSpace Storage Series
• Capacity: 300GB
• Interface: SAS (Serial Attached SCSI)
• Form Factor: 2.5-inch
• Rotation Speed: Enterprise-class (15K RPM class, as applicable)
• Hot Swap Support: Yes
• Compatibility: Huawei eSpace U2990 systems
• Workload Type: Mission-critical 24/7 operations
• Data Transfer Type: High-speed serial storage interface
• Reliability Class: Enterprise-grade continuous operation
• Installation Type: Internal server/storage bay
• Use Case: Telecom, data center, enterprise storage expansion
• Maintenance: Hot-pluggable field replacement support
• Operating Environment: High-availability enterprise infrastructure

WHY CHOOSE THIS PRODUCT?

• Optimized for Huawei enterprise telecom ecosystems
• Delivers stable SAS-based high-speed data transfer
• Reduces downtime in mission-critical environments
• Supports scalable storage expansion in data centers
• Improves infrastructure reliability and system uptime
• Designed for 24/7 enterprise-grade workloads
• Lowers operational risk with proven hardware stability