Typical price i
120,– to 800,–

Manages multiple hard drives to provide redundancy and improved performance through data striping and mirroring.

Ideal for businesses or users requiring high availability and data protection, such as servers and critical applications.

Typical price i
38,– to 100,–

Connects storage devices using the SATA interface, which is common for consumer-grade SSDs and HDDs.

Best suited for everyday use, providing a cost-effective solution for personal computers and basic storage needs.

Typical price i
260,– to 750,–

Supports Serial Attached SCSI (SAS) drives, offering higher speeds and more robust data integrity features compared to SATA.

Recommended for enterprise environments where performance and reliability are critical, such as data centers and high-performance computing.

Typical price i
33,– to 120,–

Designed for smaller setups, this option allows for connection of two hard disks.

Ideal for home users or small offices with limited storage needs, providing sufficient space for essential files and backups.

Typical price i
85,– to 490,–

Supports a range of three to twelve hard disks, offering greater flexibility and capacity.

Suitable for medium-sized businesses that require more extensive data storage for applications, databases, or multimedia files.

Typical price i
400,– to 1000,–

Accommodates a wide array of 13 to 256 hard disks, enabling massive storage solutions.

Perfect for large enterprises or data centers where high-performance and large-scale data management are essential for operations.

Typical price i
260,– to 640,–

This option provides basic memory capacity, suitable for lightweight applications and simple file management tasks.

Ideal for users with minimal storage demands or those using the controller for occasional data management.

Typical price i
550,– to 1000,–

Offers moderate memory capacity, allowing for more efficient handling of multiple applications and larger data sets.

Recommended for small to medium businesses or users who frequently work with larger files and need improved performance.

Typical price i
800,– to 1600,–

Provides high memory capacity, enabling seamless multitasking and fast data processing for demanding applications.

Best suited for enterprises or power users who require robust performance for intensive data operations and high-volume storage tasks.

RAID 0 splits data evenly across two or more disks with no redundancy.

This configuration maximizes performance and storage capacity, making it ideal for tasks requiring fast data access, such as video editing.

RAID 1 mirrors data across two disks, providing redundancy.

This ensures data protection, as one drive can fail without data loss, making it suitable for critical applications where uptime is essential.

RAID 5 distributes data and parity across three or more disks, allowing for recovery from a single drive failure.

It balances performance and redundancy, making it a popular choice for business environments that require both speed and data safety.

RAID 10 combines mirroring and striping, requiring a minimum of four disks.

This configuration offers high performance and redundancy, suitable for databases and transaction-heavy applications where data integrity is critical.

Typical price i
43,– to 400,–

Allows multiple commands to be sent to the storage device simultaneously, optimizing data processing.

Improves system performance by reducing latency and increasing throughput, especially beneficial in high-demand environments like servers and data centers.

Typical price i
61,– to 710,–

Enables the replacement or addition of storage devices without shutting down the system.

Minimizes downtime and enhances system availability, crucial for businesses operating 24/7 that cannot afford interruptions.

Typical price i
210,– to 940,–

Involves a standby drive that automatically takes over if a primary drive fails.

Provides immediate redundancy and disaster recovery, ensuring data protection and system stability without manual intervention.

Typical price i
57,– to 840,–

Allows users to add or remove storage devices while the system is operational.

Facilitates flexible storage management and upgrades without downtime, beneficial for dynamic environments that require scalability.