• Unified storage architecture with the ability to configure for various scenarios, such as reading video with high efficiency and high throughput when playing or downloading to CDN
• Using industry-standard hardware, protocols and interfaces to ensure full compatibility with production tools and software
• Scales from 10 Gb/s to 40 Gb/s and plans to support 100 Gb/s connections with more than 1 million IOPS to support the most intensive workloads such as to VFX
• Support for flexible workloads, including uploading to AWS, S3 and other cloud-based tasks of transcoding, rendering and content processing

At the beginning of the story of the emergence of content, developers struggled with a file process that went from standard quality to 4K video with high demands on storage capabilities and bandwidth. In distribution, the fierce competition of a new generation of video-on-demand services, such as Netflix and Hulu, puts pressure on broadcasters and pay-TV operators to reduce costs when creating storage architectures that can fit new drives, such as cloud DVR.

However, traditional storage architectures designed for corporate customers often fail to cope with the pressures of the media and entertainment sectors, and many technologies typical of the broadcast industry are often priced at a premium without the flexibility needed to adapt to a rapidly changing world that revolves around IP.