Next Generation Storage for Video Post-Production and Content Creation Workflows

Technology is causing a transformation of the media and entertainment industry.  Never before has video been so large and so lifelike.  Inside the studioHigher resolution imaging standards are evolving from HD to 4K/UHD to 6K/8K.       And the growth of VR content – with its inches-from-eyeball resolutions – drives resolutions even higher.  Technology also is forcing faster production schedules.  With internet and Twitter*, news is NOW, not yesterday.  Even movie production companies are facing tighter schedules and with demands for greater effects.

Why Storage Technology Matters

The higher resolutions, higher frame-rates, and VR have driven up storage capacities and throughput needed by over two orders of magnitude for the same duration of TV, movie, or media.  Bandwidth requirementsUsing traditional storage solutions and technologies – such as traditional hard-drives, Fibre Channel SANs or legacy NAS devices – users suffer from slow load and save times, frustrating lack of responsiveness or dropped frames.  At best, this impacts productivity; but more likely, production quality and deadlines are missed.  Worse, traditional solutions use large amount of rack space, power, and real-estate.

New Technology to the Rescue

Attala Systems and Intel have collaborated to create the industry’s first ultra-high-performance, scalable storage solution for video post-production that uses standard Ethernet networks, Attala’s NVMe-over-fabrics* composable storage and Intel’s recently announced Intel® DC P4510 NVMe SSDs.Attala Architecture The solution works with any file system (single instance or scale-out), abolishes any performance concerns for today’s high-resolution content, and future proofs for higher resolutions/VR and for storage growth via a scalable expansion architecture.  The Attala storage nodes enable a customer to scale their NVMe SSD capacity independent of the file system servers while maintaining the performance of locally installed NVMe SSDs.  And Attala’s shared NVMe volumes feature enable distributed file systems with a common NVMe pool for single-name-space solutions – e.g. IBM’s Spectrum Scale*, PixitMedia’s PixStor*, and others.

Intel® DC P4510 SSDs

Storage performanceIntel’s 64-layer, TLC, Intel® 3D NAND technology and enhanced firmware enables the DC P4510 to double the capacity and write throughput compared to its predecessor, the DC P4500.  Compared to traditional hard-drivesIntel® SSD DC P4510 Series and even SAS/SATA SSDs, the P4510 delivers the ideal storage media upon which to create a next-gen video storage solution.

Attala Systems Composable Infrastructure

With up to 1 PB of NVMe SSD capacity and 5.5M IOPS per 1U rack space, the Attala DN3240* storage node provides both high-density NVMe storage and ultra-high performance as part of the OpenDrives solution.  It leverages the new NVMe-over-fabrics protocol to deliver this performance, scalability and flexibility over a standard Ethernet network.  Multiple systems can be arbitrarily added as a customers capacity requirements increase.

The combination of Intel® P4510 NVMe SSDs and Attala composable infrastructure creates an unprecedented storage solution for current and future video post-production and content creation workflows.  The solution delivers ultra-high performance and efficiency with seamless scalability and flexibility to integrate with any market-leading media software applications allowing the user to edit, render, transcode color, and add VFX faster than ever before.

Taufik Ma, CEO, Attala Systems

Tahmid Rahman, Product Marketing Manager, Intel

Published on Categories Data Center, StorageTags , , , , ,
Andrey Kudryavtsev

About Andrey Kudryavtsev

Andrey Kudryavtsev is SSD Solution Architect in the NVM Solution Group at Intel. His main focus is the HPC area, where he helps end-customers and eco system partners to utilize the benefits of modern storage technologies and accelerate the SSD adoption for NVMe. He holds more than 12 years of total server experience, the last 10 years working for Intel. He is the guru of engineering creativity and is an influence in his field. He graduated from Nizhny Novgorod State University in Russia by Computer Science in 2004. Outside of work, he is the owner and coauthor of many experimental technologies in music, musical instruments, and multi-touch surfaces.