Image: Sports television broadcast control room and production galleryEnterprise-class, distributed and redundant “scale-out” file system offers unmatched performance for real-time workflowsAmsterdam, The Netherlands — September 9, 2014 —EditShare®, the technology leader in shared media storage and end-to-end tapeless workflow solutions, today announced EditShare XStream EFS, a new enterprise storage solution aimed at media markets. Demonstrated for the first time at IBC2014 (stand 7.G37), EditShare XStream EFS is a powerful distributed scale-out file system designed from the ground up to support large-scale media workgroups requiring high-bandwidth, high-volume media ingest, transcoding, online collaborative editing and multiplatform distribution of HD, 2K, 4K and beyond.
Attendees to the IBC2014 exhibition can book a private demonstration to learn more about the new XStream EFS at http://www.editshare.com/about/about-us/book-a-demo.
“We have designed EFS for mission-critical media operations, such as news and sports as well as facilities working with large file standards like 2K, 4K and beyond. XStream EFS gives these large workgroups, which often have complex workflows, an open storage platform with key media sharing functionality like project sharing, combined with blazing-fast performance,” comments Andy Liebman, founder and CEO, EditShare. “In addition to EditShare’s core media-driven architecture, the XStream EFS system offers multiple layers of redundancy that can tolerate the failure of multiple drives, even an entire node. With XStream EFS, you have an intelligent media storage platform with rock-solid reliability – the best of both worlds.”EditShare EFS Feature Highlights
High-performance, low-latency storage
Scales to many petabytes and hundreds of millions of files
Accelerates media workflows – ingest, collaborative editing and playout
Ready for uncompressed 2K, 4K and beyond
“Single Namespace” File System expands as storage is added
No downtime during expansion
Automatic rebalancing of data when new nodes are added
Multiple levels of redundancy provide highest levels of data protection