CFS offers two types of file systems: standard and high-performance. Below are their features, benefits, and use cases.
|File System Type||Features||Benefits||Use Cases|
||The most common file sharing scenarios that require high cost efficiency, such as data backup, OA, log storage, and small file sharing|
||High-through, compute-intensive workloads mainly involving large files, such as high-performance computing, media asset rendering, and machine learning|
The relationship between the throughput of a single standard or high-performance file system and the amount of write storage is as follows:
|File System Type||Performance Formula|
|Standard||Throughput (MB/s) = storage usage (GB) * 0.1 + 100|
|High-performance||Throughput (MB/s) = storage usage (GB) * 0.2 + 200|
The above formulas show the capabilities a file system can provide. To reach the upper performance limit, you usually need to perform multi-threaded reads/writes by using multiple computing nodes.