The fundamental limitation in scalability often makes traditional NAS systems a poor fit for demanding video workflows. The new system is typically over-provisioned in order to meet longer term growth requirements. Buy a larger NAS system, which requires a disruptive “forklift upgrade,” and move your data to this new system. Manually re-distribute the workload across multiple NAS systems, which can become a significant management challenge as the environment grows The controller hardware defines the performance of the system once a controller is “maxed out,” the only ways to get more performance are: Traditional NAS systems typically consist of two controllers (or “NAS heads”) in a failover configuration, so that if one controller fails, the other takes control of the failed controller’s disks and continues operating. NAS systems are popular because it is relatively simple to deploy and manage an environment of a few NAS systems. Network Attached Storage (NAS) systems are attached to an Ethernet network, and are accessed via standard protocols such as CIFS and NFS. There are several available alternatives for Ethernet-based shared storage systems. Because of this, many industry experts have a very favorable view of Ethernet as a foundation infrastructure technology, and many companies are making Ethernet their strategic infrastructure of choice for storage and other uses.Įthernet-based storage systems result in a simplified infrastructure: there is no complex SAN to deploy and manage, and the need to qualify and manage deployment of expensive FC SAN HBAs for each server is eliminated. Ethernet is fast, simple, and cost-effective, and is a technology that is enjoying a “virtuous cycle” - because it is simple and cost effective, many companies widely deploy it, and wide deployment means networking technology companies can accelerate investments to make Ethernet even faster and more cost-effective. The alternative to FC SAN is Ethernet-based storage. If you are happy with the capabilities of Xsan, including scalability, manageability, reliability, and consistency of performance, then moving to another StorNext-based FC SAN is a reasonable approach. ![]() StorNext-based FC SAN systems may provide the ability to achieve high levels of performance, and to scale the system to large storage configurations. 1: Topology of a StorNext-Based Storage Solution FC cables, connecting the FC switch to the NAS, Xsan MDC, and each Xsan client.Fig.Ethernet cables, connecting the Ethernet switch to the NAS, Xsan MDC, and each Xsan client.The latest Thunderbolt to FC adapter drivers.The latest version of macOS For details on Xsan and macOS compatibility, see.Thunderbolt to FC adapter connected to the Thunderbolt port on the Mac Pro.Support Milestone Surveillance Platform.NAS Smart Surveillance System Solutions.NDR Solutions against Targeted Ransomware.Software-defined Platform Total Solution. ![]() Support Platform9’s Managed OpenStack Solution.Veeam-Ready and Virtualization Certifications. ![]() With Linux and ZFS, QuTS hero supports advanced data reduction technologies for further driving down costs and increasing reliablility of SSD (all-flash) storage. QuTS hero is the operating system for high-end and enterprise QNAP NAS models. WIth Linux and ext4, QTS enables reliable storage for everyone with versatile value-added features and apps, such as snapshots, Plex media servers, and easy access of your personal cloud. QTS is the operating system for entry- and mid-level QNAP NAS.
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