Abstract :
NAS and SAN are two primary network storage systems nowadays and each has its own advantages respectively . But they also have their own limitations and canpsilat meet the demand of the high-speedy increasing network application. This paper presents a new network storage architecture made by integrating NAS and SAN in IP: the high performance storage network (HPSN). Firstly, with the help of the global multi protocol file system (GMPFS), HPSN implements the unification of NAS and SAN, and meet the requirements of a high scalability and large capacity. Secondly, HPSN can offer the block I/O and file I/O services simultaneously by iSCSI module, and it has the advantages of NAS and SAN. Thirdly, with the help of the adaptive controller (AC), HPSN can adaptively allocate bandwidth in accordance with various requirements of the performance and priority. As shown in the experiments concerned, HPSN has an ultra-high-throughput for the file I/O and block I/O, and may provide the great capacity network storage system with higher performance, scalability, compatibility, high-availability and quality/price, etc.
Keywords :
IP networks; adaptive control; bandwidth allocation; peripheral interfaces; protocols; storage area networks; telecommunication control; IP network; NAS; SAN; adaptive bandwidth allocation; adaptive controller; block I/O service; file I/O service; global multiprotocol file system; high performance storage network; iSCSI module; network storage system architecture; Adaptive control; Bandwidth; File servers; File systems; Network servers; Programmable control; Protocols; Scalability; Storage area networks; Storage automation; Adaptive Controller (AC); Global Multi-protocol File System (GMPFS); High Performance Storage Network (HPSN); iSCSI;
