MPIO is built into the Microsoft framework, which adds redundancy in case of a hardware failure.
#Fast disk archive windows
The X100 is built on Windows Server 2022, the preferred operating system for media and entertainment companies, according to Storey.
#Fast disk archive software
The software enables XenData to match the Fibre Channel ports to the processer, which can add other benefits such as multipath I/O (MPIO). The software allows multi-threading between the dual processes of the server, taking advantage of both, Storey said.
#Fast disk archive archive
The X100 relies on proprietary software, XenData Archive Series Version 7, to provide the high restore performance. XenData enables partial file restoration, something that is more prevalent in media and entertainment where only portions of large files are needed to create a clip or trailer. "That's well within the capabilities of the system," he said. Aggregating the performance of the drives comes to 4 GB/s. Speaking theoretically, Storey said to take, for example, 10 LTO-9, enterprise-class Fibre Channel drives 400 MBs. They need to store large amounts of data while also being able to do many restores a day. Some customers treat their active archives like a big RAID array, Storey said. Not just capacity, but performance as well The X100 is currently a niche product mainly directed at media and entertainment customers that want to keep their content. However, the ultra-high capacity brings its own set of limitations, Storey said. The average capacity for an active archive, which preserves critical data while ensuring it can still be accessed, was 4 petabytes. In a 2021 survey of 150 IT professionals in charge of data protection, ESG found that the average retention time for archive data was 10 years, with some retention times being as high as 15 years. The X100 is on the other end of the spectrum, targeted at industries with rich media that needs to be archived but accessible for extended periods of time.īut with 34% growth in unstructured data per year on average and longer retention requirements, the need for higher storage capacity such as what X100 offers is going up, according to Choinski. XenData released the X20 and X40 at the end of 2020 as entry-level products that can manage two or four LTO tapes, respectively. The X100 was a progression of capacity, Storey said. "Saying something has unlimited capacity doesn't mean anything," he said, adding that the X100 "will go as big as you ever needed it to."
Still, he's careful not to call it unlimited storage. The XenData X100 can scale to 100-plus petabytes, scaling up to the physical limits of the tape libraries that are connected to it, which, in theory, could grow into exabytes, Storey said. The XenData X100 storage cluster with the InfoTrends RAID array. With unstructured data showing this much growth, active archives become good candidates for storage, he said. "Unstructured data is growing at over 34% - not 10% or 20%, but 34%," he said. It also aligns with renewed enterprise interest in using active archives more effectively, particularly with the uptick in unstructured data or data that cannot be easily stored in a traditional database, he said. The X100 supports all the major removable media vendors, according to Vinny Choinski, an analyst at Enterprise Strategy Group (ESG), a division of TechTarget. The XenData X100 is either a storage server or a cluster with associated switches that manage robotic tape libraries and can be used with a cloud gateway for additional copies of the data and colder archive, according to Phil Storey, CEO at XenData. The active archive can manage several libraries of either linear tape-open (LTO) from HPE, IBM, Oracle, Qualstar, Quantum, Sony and Spectra Logic or Optical Disc Archive (ODA) libraries from Sony with no single point of failure. The XenData X100, which is now generally available, comes with three common interfaces - file folder, object and XMI API - that can be used simultaneously.
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