Server Configuration List:

1. Model
   TS1000-48

2. Form Factor
   6U48-bay, 19-inch rack-mounted design.

3. Architecture
   Server-based architecture for high-density storage and computing integration.

   3.1 Main Processor
   Intel multi-core 64-bit processor.

   3.2 Drive Channels
   48 channels supporting parallel drive access.

   3.3 Memory
   8GB ECC DDR3/4 standard, expandable up to 64GB.

4. Front-end Interfaces
   10/100/1000Base-T Ethernet ports with 10G SFP+ support.

   4.1 Expansion Interfaces
   2x GE ports standard; optional 2-port GE or 10GE cards.

5. Supported Protocols
   iSCSI, FC, NFS, CIFS for versatile storage environments.

6. Logical Volume Support
   Up to 1,024 LUNs.

7. Drive Capacity & Types
   7.1 Capacity Range
   SATA/SAS drives: 2TB to 18TB.

   7.2 Supported Drive Types\

• 2.5" SAS HDD (10,000 RPM)\

• 3.5" SAS HDD (7,200 RPM)\

• Enterprise 3.5" SATA HDD (7,200 RPM)\

• NAS-optimized 3.5" SATA HDD (7,200 RPM)\

• Surveillance 3.5" SATA HDD (7,200 RPM or adaptive speed)

8. RAID Features
   8.1 RAID Levels
   RAID 0, 1, 5, 6, 10.

   8.2 Hot Spare
   Dedicated or idle disk hot spares.

   8.3 Advanced Features\

• RAID rebuild with Delta reconstruction\

• Automatic Delta sync\

• Tolerance for multiple disk media errors\

• Read-error immediate repair\

• Permanent RAID metadata protection

9. Management
   9.1 Management Interfaces\

   9.2 OS Compatibility
   Supports Windows and Linux.

• Web-based multi-system management\

• CLI with auto-completion (via serial, Telnet, SSH)\

• SNMP integration

10. Cooling & Power
    10.1 Fan Design
    High-efficiency adaptive-speed fans with 2+1 hot-swap redundancy.

    10.2 Power Specifications\

    10.3 Power Consumption
    <750W under full load (48 drives).

• Input: AC 100V~127V / 200V~240V, 50/60Hz\

• 1+1 hot-swappable redundant PSU

11. Alerts & Certifications
    11.1 Alert Mechanisms
    Console alerts, LED indicators, buzzer, email, SNMP traps, SMS.

    11.2 Certifications
    FCC, CE certified.

12. Environmental Specifications
    12.1 Operating Temperature
    +5℃ to +40℃.

    12.2 Operating Humidity
    10% to 90% RH.

13. Dimensions
    265mm (H) x 440mm (W) x 680mm (D).

Detailed Introduction:

1. VRAID2.0 Technology
   VRAID (Advanced Virtual RAID) integrates hot-swap disks, delta sync/rebuild, and fault tolerance, achieving second-level recovery and permanent RAID metadata protection.

   1.1 Delta Rebuild
   Optimizes rebuild for temporarily offline disks by targeting only invalid data, minimizing downtime and restoring redundancy rapidly.

   1.2 Delta Sync
   Skips synchronization of written data blocks, reducing data volume while maintaining performance for small-block writes.

   1.3 Read Error Repair
   Immediately repairs corrupted blocks during read operations to prevent error accumulation.

   1.4 RAID Metadata Protection
   Ensures structural integrity through multi-copy metadata storage and disk isolation.

   1.5 RAID Roaming
   Enables seamless migration of RAID groups across devices while preserving data integrity.

2. HASS Technology
   Reduces HDD failure rates through proactive diagnostics and stability enhancements.

   2.1 Proactive Disk Check
   Periodic scans detect potential disk errors for early intervention.

   2.2 Real-Time Analytics
   Monitors disk errors and correlates historical data for predictive maintenance.

   2.3 SMART Analysis
   Tracks drive health status and triggers alerts or repairs based on SMART data.

3. High-Reliability Hardware Design
   3.1 Data Center-Grade Availability
   Built on Intel 64-bit multi-core platforms with ECC DDR memory, ensuring 24/7 stable operation.

   3.2 Modular Design
   Hot-swappable components (power supplies, fans, disks) with 1+1/2 redundancy for uninterrupted service.

   3.3 BMC Integration
   Baseboard Management Controller monitors hardware status and logs errors for enhanced reliability.

   3.4 Efficient Redundant PSU
   1+1 hot-swap power supplies with >80% efficiency and automatic failover.

   3.5 Intelligent Cooling
   2+1 redundant fans adjust speed based on temperature, maintaining cooling with minimal energy.

   3.6 Over-Temperature Protection
   Automatically shuts down to protect hardware and data during critical temperature spikes.

   3.7 Power Protection
   Staggered disk spin-up reduces inrush current, ensuring system safety.

   3.8 Auto-Reboot After Power Failure
   Resumes operations immediately post-outage to minimize downtime.

   3.9 Multi-Channel Alerts
   Supports LED, buzzer, email, SMS, and WeChat notifications for real-time incident response.

4. Energy Efficiency
   4.1 Dynamic Power Management
   CPU adjusts power consumption based on load; fans optimize speed for thermal efficiency.

   4.2 Advanced Cache Technology
   Reduces disk I/O and wear through intelligent caching algorithms.

5. Distributed Management Platform
   5.1 GUI Interface
   Bilingual graphical interface with intuitive navigation for simplified configuration.

   5.2 Cross-Platform Control
   Manages devices remotely via Windows, Linux, Mac, or mobile apps (iOS/Android).

6. Use Cases
   6.1 Data Centers
   Ideal for cloud computing, virtualization, and big data analytics with cost-effective 2U density.

   6.2 Flexibility
   Delivers up to 40% higher performance with E5/E3 processors, balancing power and cost.

   6.3 Cloud Computing
   Provides secure, scalable storage solutions for private, public, and hybrid cloud environments.