Algolith HD to SD Downconverter XVC-1001-DC User manual

XVC-1001-DC
Guide to installation and operation
m
Overview.4
Main Features.4
The Algogear Series.5
Static Discharge.6
Board Installation.6
Power Consumption.8
Card’s Identification.8
Rear Input / Output Module Labels.9
Output Channels.10
Controls.11
Card Info & Card Status.11
Product Status Area.11
Basic Tree View.11
Load the new product onto your card.28
Aspect Ratio.33
De-Interlacing.33
Downconverter.34
Aspect Ratio.33
De-Interlacing.33
Downconverter.34
The Dashboard Software Interface.11
The Basic Tree View Window.12
The Product Status Area.12
The Card Info Window.12
The Card Status Window.12
Control.
The Card License Window.13
Control.13
Login to administrator level.14
Adjusting Parameters.14
The Administrator Level.14
Recall & apply settings.15
Save settings.15
The Card Setup Window.15
Selecting the Reference.16
The Video Setup Window.18
Aspect Ratio Settings.20
Aspect Ratio Settings.20
Film-Based and Pixel-Based Content.23
The Audio Setup Window.25
The Alarm Setup Window.26

Guide to i

XVC-1001-DC
Guide to installation and operation
Overview
The Algogear ™ XVC-1001-DC Downconverter provides high quality
conversion from HD (SMPTE 292M) video formats such as 720p50,
720p59.94, 1080i50, and 1080i59.94 to SD {SMPTE 259M-C) video
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Main Features
SNMP Support
Controlled by easy-to-use Dashboard software

The Algogear Series

XVC-1001-DC
Guide to installation and operation
H
Static Discharge
A Whenever handling the XVC-1001-DC and other related equipment, please
observe all static discharge precautions as described in the following
note:
Static discharge can cause serious damage to sensitive semiconductor
devices. Avoid handling circuit boards in high static environments such
as carpeted areas, and when wearing synthetic fiber clothing. Always
exercise proper grounding precautions when working on circuit boards
and related equipment.
Board Installation
Use the following procedure to install the XVC-1001-DC in an openGear
(DFR-8310-N) distribution frame with cooling fans:
A Due to power consumption and heat dissipation requirements, the XVC-
1001-DC must only be installed in a frame with the cooling fan option
installed.
1. Refer to the User Manual of the openGear 8300 series frame
to ensure that the frame is properly installed according to
instructions.
A 2. A maximum of 8 XVC-1001-DC or other Algogear cards can be
installed in the DFR-8310 series frame.
Do not populate the openGear frame with more than 8 Algogear
cards. Attempting to do so may damage the cards, the frame
3. After selecting the desired frame and installation slot, hold the
XVC-1001-DC card by the edges and carefully align the card
edges with the slots in the frame. Then fully insert the card into
the frame until the rear connection plugs are properly seated
on the midplane and rear modules.

Guide to installation and operation
XVC-1001-DC
H
The XVC-1001-DC card is installed in the openGear frame.
The XVC-1001-DC card requires a BNC rear output module. Depending on the
frame model you have purchased, your frame may be equipped with a fixed
100 BNC rear panel.
Your frame model may have a modular rear panel, to accommodate different
types of cards. You will then need to purchase and install a 10 BNC single rear
module for each XVC-1001-DC card in your openGear frame.
For information on the openGear frame and how to install your XVC-1001-
DC card and your rear modules, see the DFR-8310-C Multi Definition Digital
Products Frame and Power Supply (PS-8300) User Manual, provided with your
Algogear Installation CD.

XVC-1001-DC
Guide to installation and operation

Guide to installation and operation
Rear Input / Output Module Labels
Algolith's XVC-1001-DC card comes with the rear module labels of every
appropriate label onto the BNC connectors to identify the card's inputs

XVC-1001-DC
Guide to installation and operation
Output Channels
The XVC-1001-DC has 1 video input and 4 outputs. The label on the card’s
BNC rear output module, at the back of the openGear frame, identifies
the inputs and outputs.
DASHBOARD
INPUTS USER INTERFACE OUTPUTS
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