Dot Hill AssuredSAN 4004 Arrays Certified

Dot Hill Systems Corp. announced at the IBC symposium in Amsterdam that two post-production solution providers have this month certified its AssuredSAN 4004 storage for use with their workflow solutions.

Blackmagic Design Pty. Ltd. creates high quality post-production, film and broadcast technology solutions has also certified the AssuredSAN series for use with their DaVinci Resolve 11 color correction and editing solution.

Tiger Technology, which designs, markets, and supports storage workflow management solutions, has certified AssuredSAN storage for use with their Tiger Series solutions.

Tiger Technology showcased its Tiger Series workflow management solutions running on a AssuredSAN 4004 storage platform.

Robert Keske, Tiger Technology CEO, said: “We’re thrilled to be working closely with Dot Hill and to certify its great high-performance storage with Tiger Series Shared Storage Workflow Solutions. The industry is hungry for alternatives to complex and expensive file-sharing products, and the certified Dot Hill – Tiger combination provides multi-user content-centric productions with a complete and easy project, workspace, user, and media management solution.“

Joe Swanson, Dot Hill VP marketing and business development, said: “The AssuredSAN product line is a perfect match for M&E requirements with predictable performance, exceptional reliability and scalability. We are pleased to be certified by Tiger Technology and Blackmagic Design, which further validates our unique ability to cost effectively address high-end video workflow storage requirements including multiple streams of 4K video directly from our storage solutions.“

Providing fast storage solutions, AssuredSAN arrays provide over half a petabyte of 16Gb FC storage with 99.999% availability that can be shared by multiple users for efficiency and increased workflow productivity. AssuredSAN 4004 solutions are built on the company’s patented RAID architecture, which integrates performance tuning and optimization of randomized sequential I/O for media and entertainment workloads.