DiViNe Route 66
7 / 18
rev. 1.2
Device Description
Congratulations on your purchase of a DiViNe Route 66 - SD/HD/3G to fiber Video Router with Optocore and
SANE. The Route 66 series manual will quickly demonstrate its advantages and help to ease your day to day
workload in a professional audio visual environment.
DiViNe stands for Digital Video Network. It enables routing, repeating and transport of multiple professional video
signals over fiber infrastructure. DiViNe enables also multiplexing and demultiplexing video – distributing high
number of video channels through one cable.
DiViNe Route 66 is a customised product tailored to every single customer and project, which enables to send,
receive, multiplex, demultiplex and convert professional video signal. Additionally Route 66 offers interfaces for
well known Optocore and SANE audio and data networks. The device is configured by the manufacturer. Router
offers routing, repeating and converts the signal from electrical (BNC) to optical (fiber). Every single Route 66
product is different and customised to meet even the most sophisticated requirements.
Route board is capable of handling up to 66 video channels.
Each Route66 is being delivered in 2RU frame which is equipped with up to 24 BNC ports for SD/HD/3G video,
20 duplex LC fiber ports, and additionally up to 36 simplex LC fiber ports..
Additionally Route 66 is equipped with standard FX board, known from Optocore R-Series product range. It
enables transport of up to 1024 audio inputs (unlimited number of outputs) by redundant fiber LC links, 64 audio
channels on Cat5-based SANE network, 4 RS485/422 channels, two LAN ports and synchronisation with the
external devices by Word Clock input and output.
Route 66 can be also used as Optocore router, enabling a star topology for the ring-based Optocore concept.
Front panel remains the same for every single hardware configuration of the Route 66 product; however the back
panel differs depending on the requirements. The concept layout remains the same for every use, but number of
interfaces may be changed. Following chapter describes the meaning of all LEDs on front panel and the layout of
interfaces in the back.
