Too many storage controllers? Here's how to find the right one

Typical price i
160.– to 840.–

A RAID controller manages multiple disks to provide redundancy and improved performance, often implementing various RAID levels.

Ideal for businesses that require data protection and high availability, RAID controllers minimize downtime and enhance data recovery options.

Typical price i
360.– to 800.–

SAS (Serial Attached SCSI) controllers offer high-speed data transfer and support for multiple drives, providing scalability and reliability.

Best suited for enterprise environments, SAS controllers excel in performance-intensive applications and can handle large amounts of data simultaneously.

Typical price i
40.– to 120.–

SATA (Serial ATA) controllers connect SATA drives, typically offering a more cost-effective solution for storage management.

Great for personal or small business use, SATA controllers provide ample storage capacity while maintaining a balance between performance and affordability.

Typical price i
29.– to 180.–

M.2 controllers facilitate the connection of M.2 NVMe drives, delivering faster data transfer speeds than traditional interfaces.

Perfect for high-performance computing needs, M.2 controllers are increasingly used in gaming and content creation for their speed and efficiency.

Typical price i
43.– to 230.–

Allows connection of up to four hard disks, providing a compact solution for smaller data needs.

Ideal for home users or small businesses that require moderate storage without the complexity of larger systems.

Typical price i
420.– to 1000.–

Supports between five to sixteen hard disks, offering significant storage capacity for growing data demands.

Well-suited for medium-sized businesses or creative professionals who manage large files, such as video editors or graphic designers.

Typical price i
460.– to 890.–

Enables connection of seventeen to two hundred fifty-six hard disks, accommodating extensive data storage requirements.

Best for enterprises or data centers that handle massive datasets, ensuring high availability and redundancy for critical applications.

RAID 0 stripes data across multiple disks, enhancing read and write speeds significantly.

Ideal for performance-focused applications, such as gaming or video editing, where speed is prioritized over data redundancy.

RAID 1 mirrors data across two disks, providing a complete backup of your information.

Best for users who prioritize data security, as it protects against drive failure by ensuring data is always accessible from the second disk.

RAID 5 combines data striping with parity, requiring at least three disks to provide fault tolerance.

Offers a good balance of performance, capacity, and data protection, making it suitable for small to medium-sized business servers.

RAID 10 is a combination of RAID 1 and RAID 0, providing both mirroring and striping for optimized performance and redundancy.

Ideal for critical applications where both speed and data safety are essential, like database servers or virtual environments.

Typical price i
57.– to 710.–

Enables replacement of components without shutting down the system, minimizing downtime.

Ideal for environments requiring high availability, such as data centers, allowing for seamless upgrades and maintenance.

Typical price i
85.– to 890.–

Allows devices to be added or removed from the system while it is operational.

Enhances flexibility in resource management, making it suitable for storage expansion without service interruption.

Typical price i
45.– to 570.–

Optimizes the order of data requests to enhance performance during heavy workloads.

Improves data processing speed, especially in scenarios with multiple simultaneous requests, benefiting high-performance applications.

Typical price i
290.– to 890.–

Designates a backup drive that automatically takes over in case of a failure.

Provides immediate fault tolerance and data protection, reducing risk and recovery time in critical storage systems.

Typical price i
89.– to 610.–

Suitable for basic operations and light workloads, this capacity is often found in entry-level storage controllers.

Ideal for small applications or environments with minimal data processing needs, such as home use or small business setups.

Typical price i
420.– to 1000.–

Offers a balanced capacity that supports moderate workloads, making it suitable for small to medium-sized businesses.

Provides improved multitasking capabilities, allowing for efficient data processing in environments with various applications running simultaneously.

Typical price i
840.– to 1700.–

Designed for high-performance applications, this capacity is ideal for larger data centers or businesses with heavy workloads.

Ensures smooth operation during intensive tasks, such as data analytics or virtualization, significantly enhancing overall system performance.