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Pipeline system architecture

Pipeline is a unique network attached encoder system that can be used in a 

variety of capture and playout workflows. Being network attached there are 

several architectural constraints that need to be understood in order to 

configure an efficient and reliable Pipeline system. 

Pipeline system capture workflows consists of taking baseband HD/SD-SDI 

inputs, compressing it, creating a file with the compressed data and delivering 

the completed file to a folder location. The Pipeline system will consists of one 

or more Pipeline network attached encoder devices connected via CAT6 

Ethernet to a Pipeline host computer.

Pipeline network attached encoder devices should be connected directly via 

CAT6 Ethernet to a Pipeline host computer or via a fully non-blocking 

managed Layer 2/3 Enterprise Edge Ethernet switch with adequate per-port 

data buffering. 

Pipeline System

Because of Pipeline’s unique network attached architecture it is important to 

understand each component of a Pipeline system in order to create a system 

that will meet the needs of your workflow.

A Pipeline System consists of one or more Pipeline channels and a Pipeline 

host computer (Mac or Windows PC) connected together via Ethernet wiring.  

1

General Pipeline System  

Setup Information

Pipeline 

Product Sheet

 

Содержание General Pipeline System

Страница 1: ...ne network attached encoder devices connected via CAT6 Ethernet to a Pipeline host computer Pipeline network attached encoder devices should be connected directly via CAT6 Ethernet to a Pipeline host...

Страница 2: ...ur particular needs Pipeline software applications perform many tasks These task range from scheduled capture and play out log capture from tape sources manual and automated capture from live sources...

Страница 3: ...It is required that a fully non blocking managed Layer 2 3 Enterprise Edge Ethernet switch with adequate per port data buffering be used The following switches are highly recommended for Pipeline sys...

Страница 4: ...orts Network Example Pipeline Direct Attached Example Warning When directly attaching multiple Pipeline channels to the host s network adapter always connect them one at a time and configure each on t...

Страница 5: ...h stream For ProRes 422 HQ and high quality DNxHD we recommend at least a 50 MB sec transfer rate for each stream To evaluate your needs you must first take into account the data rate for the format t...

Страница 6: ...ing feature see Disk Buffering section below Data Buffering requires a separate data buffer RAID array to guarantee error free write operations of Pipeline media streams Calculating the disk buffer RA...

Страница 7: ...hannel HD with data buffering Four 4 channels of HD hosted by a central workstation with delivery to a NAS Data Buffering is enabled through directly attached RAID storage Multiple channel Transcode w...

Страница 8: ...section Faster is always better Network connections see Pipeline Network section Separating Pipeline channel traffic from general data traffic by directly attaching each Pipeline channel is required...

Страница 9: ...hz CPU or faster RAM 4GB RAM per channel Operating System Check Telestream web site for the latest supported OS Media Storage sustained read and or write speeds separate from OS drive Capture only 40M...

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