Software Details
- Server
- 1 x Xeon E5-2630V3 / 2.4 GHz
- hot-swap
- monitor: none
- rack-mountable
- RAM 16 GB
- HDD 4 x 600 GB
Know your gear
Now it's easier to broadcast video efficiently to large audiences on all the devices they prefer. People in regional offices or on remote campuses can view high-definition video, either live or stored, without taxing data connections to a central site.
The VBrick Distributed Media Engine (DME) provides dynamic live stream creation, bandwidth optimization, and automated and intelligent video-on-demand (VoD) sharing and prepositioning. A typical deployment has one or more central DMEs connected to edge DMEs. A single stream of media from a central site can support tens of thousands of live views and then be stored locally for on-demand access by thousands more.
The DME also uses the DME Mesh, which is a set of technologies that provides a self-managing, self-optimizing ability to share, distribute, and cache VoD content Mesh capabilities also enable video content location across DMEs and first-request caching. This capability allows administrators to selectively preposition content, and enables DMEs to locate a
The VBrick Distributed Media Engine (DME) provides dynamic live stream creation, bandwidth optimization, and automated and intelligent video-on-demand (VoD) sharing and prepositioning. A typical deployment has one or more central DMEs connected to edge DMEs. A single stream of media from a central site can support tens of thousands of live views and then be stored locally for on-demand access by thousands more.
The DME also uses the DME Mesh, which is a set of technologies that provides a self-managing, self-optimizing ability to share, distribute, and cache VoD content Mesh capabilities also enable video content location across DMEs and first-request caching. This capability allows administrators to selectively preposition content, and enables DMEs to locate a