This document describes how EonStor® high-performance iSCSI arrays can serve as tier-1 storage in terms of performance, scalability and availability.
This document proposes some important factors users should take into consideration when they want to make their storage greener by making it more efficient.
This document introduces how SANWatch – Configuration Manager enables centralized configuration, time synchronization and firmware upgrade for multiple subsystems.
This document introduces SANWatch’s disk performance monitor module and its main features.
This document introduces SANWatch’s multipathing driver, EonPath and its data path failover and load-balancing mechanism.
This document introduces SANWatch’s event notification utility, Notification Manager, its main features and provides the suggested practice.
This document introduces the basic technology and features of SANWatch – Snapshot, how it addresses the problems about traditional way of data copying and recovery and its main uses.
When users need to view detailed information or do maintenance and configuration tasks on a specific EonStor subsystem though SANWatch, they have to start Storage Manager. This document introduces what is Storage Manager and its main features.
This application note explains how the dynamic cooling mechanism is implanted on Infortrend storage to increase system energy efficiency
为了达到存储系统的要求,许多企业都已开始应用SAN,以提高系统效率,扩展容量。根据SNIA(全球网络存储工业协会)的定义,SAN 的目的是在存储系统之间或与客户服务器之间传输数据。存储系统包含存储组件、设备、计算机设备、软件应用程序和网络设备。
This document describes how EonStor storage systems protect your data through various kinds of advanced RAID technologies, including RAID6, SMART technologies and Media Scan.
This paper explores the current data manipulation requirements for business and shows how SANWatch, Infortrend's proprietary integrated storage management software designed exclusively for its EonStor RAID arrays, can solve many companies storage dilemmas.
Managing multiple RAID arrays has just been simplified.
With the new Centralized Management function included in RAIDWatch® 2.3, all networked RAID systems appear in one window, making it easy to monitor multiple systems without starting RAIDWatch.
Greater storage system availability and improved performance are high priorities for business IT managers. Multipathing is a fault tolerant technique where there is more than one physical path between the CPU in a computer system and its mass storage devices.
This paper discusses the benefits of current multipathing solutions and how the technology increases end-to-end redundancy and achieves storage availability and high performance when used with a RAID array.