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Omneon MediaGrid1
Active Storage System

Omneon MediaGrid is the high-performance scalable storage system built to directly support media applications, reduce the costs of storage management and optimize video production workflows.

Omneon MediaGrid is a scalable high performance shared storage system for storing, sharing and serving media files. Using standard IT hardware and high speed Ethernet networking, MediaGrid is highly scalable and includes a built-in clustered file system designed and tuned for digital media workflows. It is also the only storage system tested, qualified and deployed with a wide range of leading media applications. Consolidate content, reduce administration and optimize workflows with MediaGrid.

Benefits

  • High performance for accelerated workflows
  • Continuously scale both capacity and bandwidth linearly, without any downtime
  • Massively scalable architecture delivers petabytes of storage capacity combined with tens of gigabytes per second of bandwidth
  • Low administrative overhead to setup, monitor, manage, update and scale
  • Intelligent asset view and content-based view of the file system when deployed with Omneon Media Application Server
  • Ten-plus years of media industry expertise from Omneon means optimal performance for today's highly demanding digital media workflows

MediaGrid at the core of an active media workflow

Exceptional Performance For Media Workflows

MediaGrid has been purpose built to deliver high bandwidth and consistent latency in order to accelerate media workflows:

  • Easily scale to tens of GB/s of bandwidth, including over 1GB/s to individual clients, enabling you to support the advanced file-based workflows you really want
  • The MediaFS distributed file system, and client-side File System Driver, enable breakthrough levels of performance efficiency and true parallel access to distributed data
  • Consistent performance as users are added, and as the file system grows
  • Integrations and performance optimizations with leading media applications

Cost-Effective

MediaGrid is economical to purchase and own, and provides exceptional price/performance.

  • Ethernet-based storage architecture is cost-effective to deploy and manage.
  • Easily scale by adding nodes that include processing power and storage, and by adding storage-only nodes that are even more cost effective.
  • Exceptional level of investment protection; when more performance or capacity is required, simply add additional storage nodes.

Simple To Deploy, Manage, and Scale

Compared to other high performance systems, MediaGrid is remarkably simple.

  • Simple Ethernet-based architecture; no need for complex FC SANs.
  • Non-disruptively scale capacity from 16 terabytes to multiple petabytes, and scale performance from a few hundred MB per second to tens of GB per second, without impacting users or applications.
  • Single global name space scales to multiple petabytes, eliminating the need to create and manage multiple volumes.

Optimized for Media Workflows

MediaGrid is optimized specifically for the demanding requirements of digital media workflows:

  • Tested and optimized with dozens of leading media applications, helping deliver optimal performance, and providing peace of mind that MediaGrid will work well with these solutions.
  • Advanced, media-specific functionality such as the ability to edit growing files, which is a critical capability in environments such as sports broadcasting.
  • Proven in demanding workflows with industry leaders in news and entertainment (CNN, BBC Sport, and NBC with their coverage of the Olympics), post-production (companies such as Modern VideoFilm and others), corporate media (Safeway, Home Depot, etc.), and other video workflows.
  • Harmonic has deep expertise with media workflows, and provides media companies not just with a storage product, but with a media storage solution from an expert media partner.

The Reliability, Availability, and Support You Require

Shared storage is a critical resource in file-based workflows, and MediaGrid is built for the task.

  • MediaGrid systems have no single point of failure and feature an array of redundant, hot-swappable components within the system.
  • Advanced, proven software RAID to protect against drive failures
  • No downtime for maintenance activities such as software upgrades or firmware upgrades.
  • Disaster Recovery configurations, including an advanced campus-level disaster recovery (DR) configuration with transparent failover and failback.
  • Unlike some alternative storage solutions which integrate a third party file system, the MediaFS file system and other components are all purpose built, integrated, and supported by Harmonic.

Harmonic provides global 24x7 support coverage, and has the media experts who can help you optimize your media workflows.

The MediaGrid 3000 is a fully integrated scale-out storage system comprised of the following components:

ContentServers are storage nodes which provide both processing power and storage capacity (16 hot-swappable SATA drives for total of 16TB, 32TB, or 48TB of raw storage capacity within a single ContentServer). Two versions are available: gigabit Ethernet, or 10 gigabit Ethernet; both have dual active-active controllers.
ContentStores are individual storage-only nodes. Up to five ContentStores can be connected to each ContentServer to provide cost-efficient scaling. Each ContentStore includes 16 hot-swappable SATA drives (for a total of 16TB, 32TB, or 48TB of raw capacity), and dual active-active SAS expanders.
ContentDirectors store, manage, and serve file system metadata and present a single global namespace. Each MediaGrid system includes two ContentDirectors in an active-active failover configuration.
ContentBridges can optionally be added to provide MediaGrid access via NAS protocols including CIFS, NFS, FTP, or AFP.

A key capability of the MediaGrid 3000 system is that the file system can be easily scaled from a few terabytes, to multiple petabytes, simply by adding ContentServers and ContentStores. Performance scales linearly as these components are added.

System-Level Specifications

Capacity, usable
  • 12TB to multiple petabytes in a single file system
Performance
  • Bandwidth up to tens of GB/s per system
  • Bandwidth up to >1GB/s per client with File System Driver
Scaling
  • Linear, non-disruptive scaling by adding storage nodes
RAID support
  • RAID 4 or RAID 6
Operating System Support (with File System Driver)
  • Windows
  • MacOS
  • Linux
NAS protocol support
  • FTP, CIFS, NFSv3, and AFP via optional ContentBridge
Network Interfaces
  • 1GbE or 10GbE
High Availability
  • No single point of failure
  • Redundant controllers
  • Hot-swap disk drives
  • Replication for disaster recovery
  • Hot-swap power supplies
  • Online software upgrades
  • Online firmware upgrades
Included software
  • All system software, including MediaFS file system
  • File System Driver (unlimited license) for client access to data
  • ContentManager for managing quotas and access
  • MediaGrid System Manager
  • Replication
Operating Temperature
  • 10C to 35C, max change 10C/hour
Operating Humidity
  • 20% to 80% non-condensing, max change 10% per hour
Compliance
  • RoHS compliant
Safety and EMC
  • USA: UL and FCC
  • Canada: cUL
  • Europe: CE
  • Derivative certifications available for other countries

MediaGrid BasePacks

To provide convenient base configurations from which to build a MediaGrid system, several BasePacks are available. MediaGrid BasePacks are complete entry system configurations, and include two ContentDirectors, one ContentServer with 16 drives, and all system software.

BasePack Model Storage (raw) Network Connectivity ContentDirectors System Manager, Content Manager
GbE 10GbE
16TB/GbE 16TB 12 2 Checkmark
32TB/GbE 32TB 12 2 Checkmark
48TB/GbE 48TB 12 2 Checkmark
16TB/10GbE 16TB 4 2 Checkmark
32TB/10GbE 32TB 4 2 Checkmark
48TB/10GbE 48TB 4 2 Checkmark
48TB/10GbE HPCLD 48TB 4 2 (High Performance) Checkmark

MediaGrid Component Specifications

Component ContentDirector ContentServer ContentStore ContentBridge
Model 1000 2000 3000 3160 1000 2000
Function Metadata Server Processor and storage node Storage node NAS gateway for FTP, CIFS, AFP, NFSv3
Min/Max 2 /2 (active-active) 1 / configuration dependent Optional: 0 / 5 per ContentServer Optional: 0 / 100
Disk Drives 2 hot-swap 1TB SATA 2 hot-swap 1TB SATA; also 300GB SSD 16 hot-swap 3.5" drives; 1TB, 2TB, 3TB SATA 2 hot-swap 1TB SATA
Raw Capacity, per unit For metatdata only 16TB, 32TB, or 48TB each For system software only
Network Connectivity 4 x 1GbE 1 x 10GbE
2 x 1GbE
12 x 1GbE or
4 x 10GbE
NA 2x 1GbE 1 x 10GbE
1 x 1GbE
Form Factor Deploy 2 ContentDirectors in active-active pair 2 controllers per unit, active-active 2 SAS expanders per unit, active-active Single controller per unit
Memory 16GB 32GB 12 GB per controller 4 GB 12GB
NVRAM 1GB per controller
Storage Connectivity Dual redundant 6Gb SAS2/SATA fabric

Component Environmental Specifications

By using the environmental specifications for each individual component, provided below, aggregate system level environmental specifications can be generated for any specific MediaGrid configuration.

Component ContentDirector ContentServer ContentStore ContentBridge
Model 1000 2000 3000 3160 1000 2000
Function Metadata Server Processor and storage capacity Storage capacity NAS gateway for NFSv3, CIFS, AFP, FTP
Width 43.4 cm (17.1 in) 437 cm (17.2 in) 437 cm (17.2 in) 44.5 cm (17.5 in) 43.4 cm (17.1 in)
Height 4.3 cm (1.7 in) 132 cm (5.2 in) 132 cm (5.2 in) 4.4 cm (1.72 in) 4.3 cm (1.7 in)
Depth 62.7 cm (24.7 in) 648 cm (25.5 in) 648 cm (25.5 in) 64.8 cm (25.5 in) 62.7 cm (24.7 in)
Weight, max 15.9 kg (35 lbs) 41kg (90 lbs) 35kg (78 lbs) 7.7 kg (17 lbs) 15.9kg (35 lbs)
Input Power 100-240V, 60-50Hz
2A/1A 7.3A/3.7A 1.8/0.9A 1.4A/0.7A 2A/1A
Cooling 797 BTU/hr @ 234W 2912 BTU/hr @ 854W 718 BTU/hr @ 210W 558 BTU/hr @ 164W 797 BTU/hr @ 234W
1 The Software Construction Company adopted and used the product name MediaGrid prior to Omneon, Inc. Omneon owns the registration for the MEDIAGRID trademark in the EU. The parties use the term MEDIAGRID under the terms of a joint-use agreement.