What type of storage is considered an example of Block-level storage?

Block-level storage refers to a method of storing data where the data is divided into blocks, and each block can be accessed and managed independently. This type of storage is particularly efficient for applications that require fast data access and can benefit from high performance, such as databases and virtual servers.

Storage Area Network (SAN) is a prime example of block-level storage. It allows multiple servers to access block-level storage over a high-speed network, enabling them to share storage resources while maintaining performance and flexibility. SANs facilitate quick data retrieval, and they provide the capability of managing storage efficiently at the block level, which is essential for environments needing high throughput and low latency.

In contrast, other types of storage, such as Direct Attached Storage, Network Attached Storage, and Object Storage, operate on different principles. Direct Attached Storage connects directly to a server and typically offers file-level access rather than block-level access. Network Attached Storage provides shared file-level access to data across a network, which is different from the block-level access offered by SANs. Object Storage handles data as objects rather than blocks, which allows for easy scalability and management of unstructured data but is not suited for the same types of performance needs as block-level storage.

Therefore, Storage Area Network is the