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Dahua 256GB M.2 2280 SATA III SSD (DHI-SSD-C800N256G
Key Features
Brand: Dahua
1,500,000 hours MTBF
Up to 530 MB/s Sequential reads and Up to 450 MB/s Sequential write
Adopts high-quality wafer level chip
Supports SATA III protocol with transmission speed up to 550 MB/s
View information through S.M.A.R.T
Provides better read and write performance with TRIM and NCQ
Low power consumption management
1 Year Warranty
Dahua 256GB M.2 2280 SATA III SSD: Ultimate High-Speed Professional Guide
The Dahua 256GB M.2 2280 SATA III SSD is a powerhouse in the professional storage, system restoration, and enterprise workstation upgrade market. This high-efficiency solid-state drive eliminates mechanical hard drive bottlenecks while delivering crisp, clean file transfer speeds for compatible laptops, thin clients, and desktop system boards. It serves as a reliable, heavy-duty solution designed to streamline responsive operating system deployment, application loading sequences, and multi-program workflows for systems of all sizes. By utilizing advanced 3D NAND flash engineering and an ultra-slim M.2 layout, this flexible machine helps users boost daily computing productivity, reduce application launching downtime, and maintain a highly reliable workspace infrastructure.
Modern office systems, terminal units, and legacy computing frameworks rely on this hardware to drop access latency and automate background tasks smoothly. Its robust solid-state build quality ensures it handles intense daily computing cycles without overheating or experiencing failure rates common with traditional mechanical drives. System builders looking to scale their processing framework affordably find this device to be an indispensable asset for daily computing production.
This comprehensive guide covers everything you need to optimize this storage device for your workflow.
Key Technical Specifications
Understanding the hardware capabilities helps you maximize your storage investment. The drive balances standard M.2 SATA performance with long-term data safety protocols.
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- Form Factor: Slim M.2 2280 architecture footprint measuring 22mm x 80mm
- Interface Link: Standard SATA III protocol operating at maximum 6 Gbps bus bandwidth speeds
- Storage Capacity: 256GB volume optimized for boot partitions and primary office application suites
- Read Performance: Sequential read velocities reaching up to 550 MB/s for snappy file execution
- Write Performance: Sequential write mechanics processing up to 500 MB/s for prompt data saving
- NAND Flash Architecture: Premium high-density 3D NAND flash memory cells
- Reliability Metrics: Extensive operational lifespan backed by integrated S.M.A.R.T. health diagnosticsÂ
Top Features and Business Benefits
High-Density 3D NAND Flash Memory
The advanced multi-layer cellular arrangement technology means you never experience the grinding lag common with old spinning hard drives. It compiles operating system data arrays and loads basic software suites at lightning speeds, keeping your enterprise pipeline moving smoothly.
Compact M.2 2280 Physical Layout
The built-in slim hardware card structure mounts completely flat directly onto your motherboard circuit tray. This removes the necessity for bulky 2.5-inch drive trays or messy, unmanaged internal power and data cables, allowing for ultra-clean system builds.
Ultra-Low Power Consumption and Silent Run
Integrate the machine seamlessly into tiny computing spaces, compact mini-PCs, and ultra-thin business laptops. Because the solid-state architecture features zero moving components, it operates completely silently, runs cold, and cuts device battery draw to maximize mobile lifespans.Â
Advanced Data Security and Health Protection
Using specific system management firmware, the drive automatically executes bad block management and error-correcting codes. This is ideal for highlighting critical corporate data protection, protecting system partition tables, and predicting drive status before anomalies occur.
Gently press the rear edge of the drive card down flat against the onboard standoff anchor. Use a precise screwdriver to lock the structural mounting screw firmly into place to prevent any accidental physical displacement during transport.
