Typical price i
190,– to 750,–

Allows for redundant data storage across multiple drives, improving data reliability.

Ideal for businesses needing robust data protection and enhanced performance in storage operations.

Typical price i
45,– to 210,–

Manages SATA connections, offering a cost-effective solution for connecting storage devices.

Suitable for home users or small businesses requiring simple and affordable storage solutions.

Typical price i
23,– to 100,–

Supports M.2 SSDs, providing high-speed data transfer for faster read and write operations.

Perfect for users seeking to enhance system performance with compact and efficient storage options.

Typical price i
220,– to 570,–

Handles SAS connections for high-performance enterprise storage needs, ensuring faster data access.

Recommended for large-scale environments requiring reliable and scalable storage solutions.

Typical price i
40,– to 180,–

Supports connection of up to four hard disks, suitable for basic storage needs.

Ideal for home users or small businesses with limited data storage requirements.

Typical price i
200,– to 750,–

Allows connection to five to sixteen hard disks, accommodating moderate storage needs.

Recommended for users managing larger data volumes, such as media files or backups.

Typical price i
360,– to 990,–

Supports connecting between seventeen and two hundred fifty-six hard disks, offering extensive storage capacity.

Best for enterprises or data centers requiring high scalability and large-scale data management.

Typical price i
210,– to 800,–

Combines multiple drives into a single large storage unit without redundancy.

Ideal for applications where speed is prioritized over data protection, suitable for temporary data storage.

Typical price i
210,– to 800,–

Mirrors data across two drives for redundancy, ensuring data protection.

Recommended for critical applications where data integrity is crucial, offering peace of mind against drive failure.

Typical price i
320,– to 1000,–

Balances data redundancy and storage efficiency using parity distributed across drives.

Suitable for environments needing both speed and protection, providing a cost-effective solution for data safety.

Typical price i
72,– to 610,–

Uses multiple drives as individual storage units without RAID benefits.

Best for users with varying storage needs, offering flexibility in managing different data types without redundancy.

Typical price i
80,– to 750,–

Standard interface for connecting hard drives and SSDs, supporting up to 6 Gb/s transfer speed.

Ideal for general-purpose storage needs, offering a reliable and widely compatible solution for desktops and laptops.

Typical price i
27,– to 270,–

Utilizes PCIe lanes for high-speed data transfer, reaching speeds up to 32 Gb/s.

Perfect for performance-driven applications, providing faster boot times and improved system responsiveness in compact form factors.

Typical price i
300,– to 940,–

Enterprise-level interface designed for heavy-duty storage systems, supporting 12 Gb/s transfer speed.

Best suited for server environments, offering enhanced data integrity and scalability for demanding workloads.

Typical price i
170,– to 1000,–

Miniature version of SATA designed for smaller devices, supporting up to 6 Gb/s speed.

Great for upgrading older laptops or compact devices, providing a space-efficient solution without compromising on speed.

Typical price i
43,– to 170,–

Optimizes the order of commands for improved disk performance and efficiency.

Enhances responsiveness and throughput, ideal for systems with high workloads or multitasking environments.

Typical price i
54,– to 370,–

Allows components to be added or removed without shutting down the system.

Facilitates easy upgrades and maintenance, minimizing system downtime.

Typical price i
51,– to 300,–

Enables the replacement of components without interrupting system operation.

Ideal for critical systems where uptime is essential, ensuring continuous operation.

Typical price i
320,– to 1200,–

Provides an immediate backup component that can take over if another fails.

Enhances system reliability and reduces recovery time, crucial for data-sensitive operations.