High-speed SAN file sharing software metaSAN
metaSAN is a cross-platform file sharing solution that enables file sharing within a SAN from multiple computers. It allows for the construction of an advanced file sharing environment while leveraging existing file systems, achieving a low-cost multi-platform SAN environment. In addition to the ease of implementation due to OS-native file support, there is no need for a dedicated server machine for the metadata controller used for SAN management, enabling a simple system configuration and reducing the burden on internal training and administrators through operation with a single application.
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basic information
**Features of metaSAN** - File sharing in Mac, Windows, and RHLinux environments - High-speed file sharing within the same volume - Support for native file systems of Mac and Windows - Direct support for OS access rights management - Bandwidth allocation per node - Centralized management settings and soft zoning for SAN environments - Implementation of server cluster configuration (failover function for metadata master) - SAN-LAN failover/failback - Gateway to metaLAN clients - Support for iSCSI storage For more details, please contact us or download the catalog.
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Applications/Examples of results
"High-speed AN file sharing video workflow realized at low cost: Sincere Co., Ltd. AMO Division" "Ultra-high-definition 4K digital image editing SAN environment: Tokai University Information Technology Center" "SAN chosen by Autodesk: Autodesk Professional Services Division" You can view the case studies here. →http://www.micassoc.co.jp/casestudy/index.html
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Company information
Based on our long-standing achievements in the storage industry and strong bonds with our partner companies, we consider it our mission to assist creative users in further enhancing their intellectual productivity. We provide users with solutions based on high-performance storage systems and file-sharing technologies that enable collaboration in their operations, helping to improve their intellectual productivity.
