2005Unpublished venueRequires access

Snins: A Storage Network Integrating NAS and SAN

Dezhi Han

Open publisher page 4 citations

Abstract

With the digital information and application requirement on the Internet increasing fleetly nowadays it is urgent to work out an network storage system with a large capacity, a high availability and scalability. To solve the above-mentioned issues, a Storage Network Integrating NAS and SAN (for short SNINS) has been designed. Firstly, the SNINS integrates multi-NAS iNAS (a iSCSI-based NAS), enterprise SAN with the help of storage virtualization, which can provide a greater capacity and better scalability; secondly, the SNINS can provide high availability with the help of detecting mechanism and redundancy technologies; thirdly, the SNINS simultaneously serves for both the file I/O and the block I/O with the help of an iSCSI module, which integrates NAS and SAN in the same storage pool; finally, the SNINS can provide higher I/O speed by a high network-attached channel which implements the direct data transfer between the storage device and client. In the experiments, the SNINS has ultra-high-throughput for both of the file I/O requests and the block I/O requests.

About this research paper

What this paper is about

With the digital information and application requirement on the Internet increasing fleetly nowadays it is urgent to work out an network storage system with a large capacity, a high availability and scalability. To solve the above-mentioned issues, a Storage Network Integrating NAS and SAN (for short SNINS) has been designed. Firstly, the SNINS integrates multi-NAS iNAS (a iSCSI-based NAS), enterprise SAN with the help of storage virtualization, which can provide a greater capacity and better scalability; secondly, the SNINS can provide high availability with the help of detecting mechanism and redundancy technologies; thirdly, the SNINS simultaneously serves for both the file I/O and the block I/O with the help of an iSCSI module, which integrates NAS and SAN in the same storage pool; finally, the SNINS can provide higher I/O speed by a high network-attached channel which implements the direct data transfer between the storage device and client. In the experiments, the SNINS has ultra-high-throughput for both of the file I/O requests and the block I/O requests.

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Available abstract

With the digital information and application requirement on the Internet increasing fleetly nowadays it is urgent to work out an network storage system with a large capacity, a high availability and scalability. To solve the above-mentioned issues, a Storage Network Integrating NAS and SAN (for short SNINS) has been designed. Firstly, the SNINS integrates multi-NAS iNAS (a iSCSI-based NAS), enterprise SAN with the help of storage virtualization, which can provide a greater capacity and better scalability; secondly, the SNINS can provide high availability with the help of detecting mechanism and redundancy technologies; thirdly, the SNINS simultaneously serves for both the file I/O and the block I/O with the help of an iSCSI module, which integrates NAS and SAN in the same storage pool; finally, the SNINS can provide higher I/O speed by a high network-attached channel which implements the direct data transfer between the storage device and client. In the experiments, the SNINS has ultra-high-throughput for both of the file I/O requests and the block I/O requests.

Key concepts: iSCSI, Storage area network, Computer science, Scalability, Converged storage, Storage virtualization, Redundancy (engineering), Computer network

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