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KAM-HD-MULTI
KAMELEON HD/SD MODULE SERIES
Instruction Manual
SOFTWARE VERSION 3.2.0
071843802
FEBRUARY 2009
Contacting Grass Valley
International
Support Centers
Local Support
Centers
(available
during normal
business hours)
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This manual describes the features of a specific module of the 2000 Series
Modular Products family including the Kameleon HD/SD product lines.
As part of this module family, it is subject to Safety and Regulatory Compliance described in the Kameleon 2000 Series frame and power supply
documentation (see the Kameleon 2000 Frames Instruction Manual).
KAM-HD-MULTI — Instruction Manual7
Preface
8KAM-HD-MULTI — Instruction Manual
Kameleon HD/SD
Multi-Function Module
Introduction
The Kameleon HD modules are part of the Grass Valley Kameleon Media
Processing System family of products. They offer an ideal solution for high
definition and serial digital video processing, frame synchronization, color
correction, video processing, audio processing, and timing. This manual
covers installation, configuration, and operation of the
KAM-HD/SD-MULTI-Function module.
Features offered in these modules include:
•SD video rates of:
•480i/59.94 or 576i/50
•HD video rates of:
•HD 59.94: 1080i or 720p,
•HD 50: 1080i or 720p, and
•HD 24: 1080sf or 1080p
•Two different rear module types:
•KAM-HD-MULTI-BR with balanced AES/EBU audio connectors,
or
•KAM-HD-MULTI-UR with unbalanced AES/EBU connectors
(including audio breakout cables),
•HD/SD video processing for brightness, contrast, saturation and hue,
•Frame synchronization with horizontal and vertical timing delay
adjustments,
•Minimum delay mode to allow the minimum amount of delay through
the module when input is synchronous and aligned with genlock reference to the module,
•Split Screen (horizontal or vertical) output mode,
•Auto and Manual Freeze controls,
•HD/SD color correction and gamma adjustments,
KAM-HD-MULTI—Instruction Manual9
System Requirements
•Color bars test signal generator,
•Audio inputs and outputs on the rear modules are configurable as one
of the following:
•8 inputs/0 outputs
•4 inputs/4 outputs
•0 inputs/8 outputs
•Up to eight streams of input audio selectable for synchronization, then
multiplexed into the output video stream and/or sent to available AES
audio outputs on the rear module,
•Four audio preset E-MEMs for auto setup of configuration,
•Four streams of the selected audio may be paired and processed for
multiplexing into the output audio stream and/or sent to available AES
audio outputs,
•Audio Disruption Processing to remove possible audio disruption from
the AES stream when video is switched upstream,
•Dolby E bypass,
•Newton Modular Control Panel interface,
•NetConfig support, and
•SNMP support – remote monitoring.
System Requirements
Operation of the Kameleon HD modules in 2000 Series frames has the following hardware and software requirements:
•Modules must be installed in a 2000T1DNG or 2000T3DNG Kameleon
2000 Series frame containing a 2000GEN module.
Existing Kameleon frames can be upgraded with the necessary
modules and software for proper operation. Contact your sales repre
sentative for more information.
•The frame must have a 2000NET module with assembly number
671-5231-01 or later running software version 4.0.0 or later.
•KAM-HD-MULTI Function operation requires a Kameleon HD module
with assembly number 671-6514-20.
-
•The dual height KAM-HD-MULTI-UR Rear (Figure 7 on page 15 for
unbalanced audio inputs) or KAM-HD-MULTI-BR Rear (Figure 8 on
page 15 for balanced audio inputs) is required for this module.
NoteIf the wrong rear module is installed, the module will not be operable.
10KAM-HD-MULTI—Instruction Manual
Installation
Media section
rear slots 1-6
(with one 2000EMI blank)
Media section
rear slots 7-12
Network
and reference
input connections
Power, frame
configuration,
& frame health
connections
8341_12r2
Installation of the Kameleon HD module is a process of:
•Placing the dual-height KAM-HD-MULTI-UR or KAM-HD-MULTI-BR
rear module in a rear frame slot (no other rear modules can be used),
•Placing the media module in the corresponding front slot, and
•Cabling and terminating signal ports.
The Kameleon HD module can be plugged in and removed from a 2000
Series frame with power on. When power is applied to the module, LED
indicators reflect the initialization process (see Power Up on page 16).
NoteThe Kameleon HD must be installed in a 2000T1DNG or 2000T3NG frame
(2000NET and 2000GEN module installed) for access to a frame reference.
Module Placement in the 2000 Frame
There are twelve slot locations in both the front and rear of a Kameleon
RU frame to accommodate Kameleon HD modules. The
3
KAM-HD-MULTI module requires a dual height rear module, either the
KAM-HD-MULTI-UR or the KAM-HD-MULTI-BR, that uses two rear
module slots allowing up to 4 modules per 3 RU frame, 2 in a 1 RU frame.
Dual-height modules can be placed in any rear slot as long as there is room
in the frame.
Installation
To install a Kameleon HD module set in a 2000 Series frame:
1. Locate a vacant slot in the rear of the 3 RU frame (Figure 1) or the
2000T1DNG frame (Figure 2 on page 12).
Figure 1. 2000T3NG Frame, Rear View
KAM-HD-MULTI—Instruction Manual11
Installation
8341_11r2
Media section
rear slots 1-2
(with VID-HDD-R Rear Module)
J101
1
2
3
4
J102
Media section
rear slots 3-4
Network
and reference
input connections
Power connections
KAM-HD
MULTI-UR
Alignment post
and receptacle
Screw lock
(both sides)
8341_06
2000 frame (rear view)
Board edge guides
(both sides)
Figure 2. 2000T1DNG Frame, Rear View
2. Insert the rear module into the vacant rear slot of the frame as
illustrated in Figure 3.
3. Verify that the module connector seats properly against the midplane.
4. Using a crossblade screwdriver, tighten the two screw locks to secure
the module in the frame.
CAUTION Using the incorrect rear module can cause overheating of the Kameleon 2000
Figure 3. Installing Passive Rear Module
5. Locate the corresponding front media slot (1 -12) in the 3 RU frame
frame.
frame (Figure 4) or front media (slot 1-4) the 1 RU frame (Figure 5).
Place the KAM-HDD/-FS module in the lower slot when using a
dual-height rear module.
12KAM-HD-MULTI—Instruction Manual
Figure 4. 2000T3NG Kameleon Frame, Front Slots
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
(10)
(11)
(12)
(15)
(13)
(1)
8173-04r1
Network Slot (13)
Reference Distribution Slot (15)
Main Power Supply Slot (18)
Secondary Power
Supply Slot (20)
Front Media Slots (1-12)
Fan Sled
Slot (19)
(2)
(3)
(4)
(5)
(6)
(1)
8039-21
Network Slot (5)
Power Supply Slot (7)
Front Media Slots (1-4)
Reference Distribution Slot (6)
Figure 5. 2000T1DNG Kameleon Frame Front Slot
Installation
6. With the component side up, insert the front media module in the
corresponding front slot (see Figure 6).
7. Verify that the module connector seats properly against the midplane
and rear module connector.
8. Press firmly on both ejector tabs to seat the module.
Figure 6. Installing Front Media Module
2000 Frame (front view)
Alignment post and receptacle
KAM-HD-MULTI—Instruction Manual13
Board edge
guides
Board edge
guides
8024-06r2
Installation
Cabling
All cabling to the Kameleon HD module is done on the corresponding
KAM-HD-MULTI-UR Rear (
inputs) or KAM-HD-MULTI-BR Rear (Figure 8 on page 15 for balanced
audio inputs) at the back of the 2000 frame. There are a number of different
input and output configurations possible depending on system configura
tion and module type.
To determine the correct cabling for your application, refer to System Config
Web Page on page 47 and the I/O Config Web Page on page 43.
Serial or HD SDI Video Input
Connect an SD or HD SDI video input to the BNC connector, labeled VI:
•J8 on the KAM-HD-MULTI-UR Rear
•J10 on the KAM-HD-MULTI-BR Rear
Video Outputs
Figure 7 on page 15 for unbalanced audio
-
There are three SDI video outputs at the following BNC connectors labeled
SDO:
•J1, J6, and J7 on the KAM-HD-MULTI-UR Rear
•J1, J8, and on the J9 KAM-HD-MULTI-BR Rear
Audio Input and Outputs
The balanced and unbalanced audio connectors on the
KAM-HD-MULTI-BR and KAM-HD-MULTI-UR rear modules can be used
as input or outputs. Configuration is done on the I/O Config web page (
Config Web Page on page 43) or using the Audio Preset Config buttons on
the E-MEM web page (E-MEM Web Page on page 85).
The KAM-HD-MULTI-UR comes with two audio breakout cables for connection to the 9-pin D connectors J2 and J4. The outputs from the breakout
cables are labeled A, B, C, and D which correspond to the outputs on the
unbalanced connectors. Refer to Figure 20 on page 44 for 8 In/0 Out,
Figure 21 on page 45 for 4 In/4 Out, and Figure 23 on page 46 for 0
In/8 Out configurations.
Data
I/O
This connection is for future use and currently not used.
Fiber IF
This connection is for future use and currently not used.
14KAM-HD-MULTI—Instruction Manual
Figure 7. KAM-HD-MULTI-UR Rear Module
FIBER IF
DATA
SDOSDOSDO
J8J7J6J5J4J3J1 J2
VI
KAM-HD
MULTI-UR
8438_03
SD or HD
SDI Input
SD or HD SDI Outputs (3)
Currently
not used
Currently
not used
FIBER IFAES I/OAES I/OAES I/OAES I/O
DATA
SDOSDOSDO
J10J9J8J5J6J7J4J3J1 J2
VI
KAM-HD
MULTI-UR
Dual Audio
Connector
pinout
+ – G
8438_04
SD or HD
SDI Input
SD or HD SDI Outputs (3)
Currently
not used
Currently
not used
AES I/OAES I/O
Figure 8. KAM-HD-MULTI-BR Rear Module
Installation
KAM-HD-MULTI—Instruction Manual15
Power Up
Power Up
Operation Indicator LEDs
The front LED indicators are illustrated in Figure 9. Upon power-up, the
green PWR LED should light and the yellow CONF LED should illuminate
for the duration of module initialization.
With factory default configuration and valid input and reference signals
connected, only the green PWR LED should be on.
Figure 9. Operation Indicator LEDs
FAULT LED
COMM LED
CONF LED
POWER LED
A red FAULT LED indicates an error situation and, with the other LEDs,
can indicate the operational conditions presented in Tab le 1 .
Table 1. Indicator LEDs and Conditions Indicated
LEDIndication Condition
FAULT
(red)
COMM
(yellow)
CONF
(yellow)
PWR
(green)
OffNormal operation.
On continuouslyModule has detected an internal fault.
FlashingFrame reference or video input is missing, input does not match manual selection.
OffNo activity on frame communication bus.
Long flashLocation Command received by the module from a remote control system.
Short flashThe new system configuration is being stored to the module.
OffModule is in normal operating mode.
On continuously
Long flashLocation Command received by the module from a remote control system.
OffNo power to module or module’s DC/DC converter failed.
On continuouslyNormal operation, module is powered.
Module is initializing, changing operating modes or updating firmware. Simultaneous
CONF and FAULT LEDs on indicate FPGA load error.
8341_03
16KAM-HD-MULTI—Instruction Manual
Remote Control Lockout
8245_06
JP2
LOCAL
LCL&REM
1 & 2
2 & 3
When a jumper is placed across pins 1 and 2 of jumper block JP2 (see
Figure 10), module output mode settings are locked out from remote con-
trol. To have remote access, set the jumper across pins 2 and 3.
Figure 10. Local/Remote Jumper
Power Up
KAM-HD-MULTI—Instruction Manual17
Quick Start Procedure
Quick Start Procedure
Follow the procedure below for a quick start method configuration for the
Kameleon HD module:
1. Go to the E-MEM web page (page 85) to select a preset audio
configuration if your audio needs match one of the four preset modes
explained in Audio Preset Configurations on page 23, or set the audio
configuration on the I/O Config web page (I/O Config Web Page on
page 43)
2. Go to the I/O Config web page (page 43) to name inputs and outputs.
3. Go to the System Config web page (page 47) to configure the input
video type (HD or SD), the video input rate, and the output timing
source. Split Screen controls are also available on this page as well as on
the HD Video Proc, SD Video Proc, and Color Correction web pages.
4. If not already connected, connect all input and output signals and
verify component and signal presence and condition on the Status web
page (page 38).
5. Go to the Functional View web page (page 50) to use the block diagram
links to configure each function in turn. Video processing must be
enabled on the System Config web page or with the Newton control
panel before adjustments can be made.
NoteNext, Functional View, and Back links are provided to help you navigate
through a logical configuration sequence.
6. Use the Slot Config web page (page 92) to assign Slot Configuration
information such as slot name and asset number. Also link to the
2000NET module web pages to enable and disable Frame Health and
SNMP trap reporting.
7. Use E-MEM memory (page 85) to store or recall configurations as
necessary.
NoteAlways recall factory defaults after a software update.
8. Refer to Updating Software on page 97 for information on updating
software.
18KAM-HD-MULTI—Instruction Manual
Configuration and Adjustments
Kameleon HD configuration and monitoring can be performed using a web
browser GUI interface or a networked Newton Control Panel. This section
provides an overview of each of these controls along with the configuration
parameters available with each type of control device. It also provides an
overview of the audio configurations available on this module.
Audio Overview
There are a number of audio paths through the KAM-HD-MULTI module
that can be utilized depending on the type of audio application required.
This section gives an overview of the overall audio system and describes
the best uses of each of the audio paths and how to use the audio preset
configurations.
Audio Input Sources
Embedded audio in the SD or HD video input stream is automatically
demultiplexed and copied at the input of the module. Any or all of the eight
demuxed audio streams can be selected to be input streams to the audio
timing circuitry or bypass timing and processing completely, depending on
the type of audio and the application, and be sent directly to the AES out
puts. The embedded audio can also be passed to the video output of the
module unmodified. Audio capabilities for different audio types are sum
marized in Tab le 2 on page 20.
Configuration and Adjustments
-
-
Up to eight external AES audio inputs can be connected to the rear module,
depending on the audio configuration set on the I/O Config web page (I/O
Config Web Page on page 43).
Eight audio sources, can be selected from the list of demuxed inputs
and/or the external AES inputs to make up the audio that can be multiplexed into the output video stream or output to external AES outputs
depending on the I/O configuration of the rear module and other module
configuration setups.
KAM-HD-MULTI—Instruction Manual19
Configuration and Adjustments
KAM-HD-MULTI audio capabilities are summarized in Tab le 2 below:
Tab l e 2 . K A M- HD - MU LT I Audio Capabilities Summary
Audio SourceAudio Type
AES Rear Connector Port
Demultiplexed Audio
1
CUVZ Pass Through with asynchronous inputs will cause entire blocks of C, U, and V bits to be periodically skipped or repeated.
2
Only when the input video shares the same genlock reference as the module or when the module is in input-timed mode, are the Demultiplexed streams considered
to be synchronous.
AudioYesYes
Non-AudioNoYes
AudioYesYes
Non-AudioNoYes
Bypass to AES
Output Ports
Asynchronous Audio
Allowed
Force-flagged as
Asynchronous
CUVZ Passthrough
Permitted
1
1
1, 2
1,2
MandatoryN/AN/A
SRC Bypass
Enabled
Synchronous onlyYes or No
Must be enabledDisabled
Synchronous only
Must be enabledDisabled
2
Automatically disabled
when SRC Bypass is
enabled.
The KAM-HD-MULTI module can use a rear module with either balanced
or unbalanced AES audio connectors. Eight audio streams can be con
nected in the following configurations set on the I/O Config web page:
Auto Track
Enabled
-
•8 inputs/0 outputs – when the module is set for 8 inputs and no outputs, all eight audio connectors on the rear module become inputs for
external AES audio.
•4 inputs/4 outputs – when the module is set for 4 inputs and 4 outputs,
4 audio connectors become inputs for AES audio and 4 audio connectors become AES audio outputs on the rear module. Refer to the I/O
Config web page for the specific rear module connector numbers.
•0 inputs/8 outputs – when the module is set for 8 inputs and no outputs, all eight audio connectors on the rear module become inputs for
external AES audio.
AES C/U/V Bits Pass Through
The control bits that are part of each subframe of AES data are defined as
(Channel status), U (User), and V (Valid) bits and the Z bit, which carries
C
the start position of the AES block frame. For the control and status bits in
the CUV positions of each audio channel, and the Z marker for each stream
(pair of channels), there is a buffer on the module that handles the asyn
chronous timebase slips between the input and output AES stream frequency.
This buffer will drop or repeat an entire block (occurring every 192 samples) of CUV bits when the two timebases cross a block boundary rather
than drop or repeat individual bits from the block.
-
20KAM-HD-MULTI—Instruction Manual
A control is provided on the AES Outputs web page for enabling or disabling the control bits in an AES signal called the AES C/U/V Bit Pass
Through (
locally at the AES output of the module (Pass Through disabled) or taken
from the AES stream coming from an audio input or demultiplexed from
video (Pass Through enabled).
As shown in the Audio Capabilities Summary in Table 2 on page 20,
enabling CUVZ pass through to preserve the original data is only permitted when audio is synchronous with the input video. Asynchronous
sources (such as Dolby E and non-audio data) should have this control disabled. If the bits are becoming corrupted, this control can be used to diagnose whether the corruption is occurring before or after the
KAM-HD-MULTI module.
Audio Paths
The main audio paths through the module are explained below and illustrated in the Functional View in Figure 11 on page 22. Refer to Tabl e 2 for
an overview of audio types and how they can be utilized in these paths.
Configuration and Adjustments
AES Outputs Web Page on page 81). These bits may be generated
Input Embedded Audio
The embedded audio present in the video input stream can be passed to the
output of the module unchanged.
Demuxed AES Audio Streams G1.S1-G4.S2
The eight demuxed audio streams, labeled Demuxed AES Streams G1.S1-G4.S4
in the Functional View (
output connectors, bypassing all timing and processing. They are selectable
as AES outputs (depending on module configuration) on the AES Outputs
web page identified as
ground to match the corresponding path on the Functional View diagram.
Figure 11 on page 22), are sent directly to the AES
Demuxed Stream 1-8, colored with a light blue back-
Delayed Bypassed Audio Streams 1-8
Eight audio streams, either demuxed audio streams from the video input
and/or the external AES audio inputs, can be selected as inputs on the
Audio Select web page to pass through the audio synchronizing circuitry
and be adjusted on the Audio Sync web page. These audio streams are
identified as
represented by the cyan colored path.
The Delayed and Bypassed Streams 1-8 can be multiplexed into the video output
stream when the existing embedded audio has been deleted (no audio
replacement is possible) on the Mux web page and/or sent to available AES
outputs depending on module audio configuration.
Delayed and Bypassed Stream 1-8 on the functional diagram and
These outputs are identified as Delayed and Bypassed Streams 1-8 on the Mux
and AES Outputs web pages, colored with a cyan background to match the
corresponding path on the Functional View diagram.
KAM-HD-MULTI—Instruction Manual21
Configuration and Adjustments
Processed Paired 1-4
Four of the eight audio streams selected in the Audio Input Select web
page, either demuxed audio streams and/or the external AES audio inputs,
can be selected as inputs to the audio processor. These four streams can be
paired in any combination on the Audio Channel Pairing web page then
processed as defined on the Audio Proc web page. These audio streams are
identified as
by the blue color path.
Any or all of the four pairs can be multiplexed into the video output stream
when the existing embedded audio has been deleted (no audio replacement is possible) and/or sent to available AES outputs on the rear module.
Processed Pairs 1A-4B on the functional diagram and represented
These outputs are identified as
Outputs web pages, colored with a blue background to match the corresponding path on the Functional View diagram.
Figure 11. Audio Functional View (HD Video Input)
Processed Pairs 1A-4B on the Mux and AES
22KAM-HD-MULTI—Instruction Manual
Audio Preset Configurations
There are four different audio preset configurations. Selection of one of
these configurations is done with the Audio Preset Config buttons on the
E-MEM web page (
tions is intended to preset the audio inputs and outputs and set audio
parameters for a specific audio application.
NoteAudio presets are designed to act as a starting point only. You will need to go
through each setup to make sure the parameters meet the needs of your
application.
The following Audio Preset Configs can be selected:
DeEmbed
Selecting DeEmbed configures the module for no AES audio inputs and eight
audio outputs. It is primarily for applications where demultiplexing
embedded audio is required to be output to the external AES audio connec
tors.
E-MEM Web Page on page 85). Each of these configura-
Configuration and Adjustments
-
Embed
Selecting Embed configures the module for eight AES audio inputs and no
AES audio outputs. This application can be used for applications where
external audio is fed to the module and embedded into the output video
stream.
Universal 8 Ch
Selecting Universal 8 Ch configures the module for four AES audio inputs and
four AES outputs. The Demuxed audio Groups 1-2 are sent to the four
external AES outputs. External AES audio inputs 1-4 are multiplexed into
Groups 1 and 2 of the output video stream.
Transcode
Selecting Transcode, configures the module for no AES audio inputs and
eight audio outputs. All eight demuxed audio streams are delayed and
bypassed then selected for insertion into the output audio stream (multi
plexed) and to the eight AES connectors on the rear module.
Refer to Table 3 on page 24 for a complete summary of the settings for each
Audio Preset Configuration.
-
KAM-HD-MULTI—Instruction Manual23
Configuration and Adjustments
Ta bl e 3 gives a summary of the parameter values set on the web pages
when each of the four Audio Preset Configurations are selected.
1: SDI In G3.S1.SRC.DLY
2: SDI In G3.S2.SRC.DLY
3: SDI In G4.S1.SRC.DLY
4: SDI In G4.S2.SRC.DLY
5: SDI In G1.S1.SRC.DLY
6: SDI In G1.S2.SRC.DLY
7: SDI In G2.S1.SRC.DLY
8: SDI In G2.S2.SRC.DLY
Gp 1 St A:
SDI In G1.S1. SRC.DLY
Gp 1 Str B:
SDI In G1.S2. SRC.DLY
Gp 2 Str A:
SDI In G2.S1. SRC.DLY
Gp 2 Str B:
SDI In G2.S2. SRC.DLY
Gp 3 Str A:
SDI In G3.S1. SRC.DLY
Gp 3 Str B:
SDI In G3.S2. SRC.DLY
Gp 4 Str A:
SDI In G4.S1. SRC.DLY
Gp 4 Str B:
SDI In G4.S2. SRC.DLY
0/8
(0 inputs/8 outputs)
8/0
(8 inputs/0 outputs)
Factory video and audio default names restored
Enabled
Enabled
Stream 1: AES In 1
Stream 2: AES In 2
Stream 3: AES In 3
Stream 4: AES In 4
Stream 5: AES in 5
Stream 6: AES In 6
Stream 7: AES In 7
Stream 8: AES In 8
No AES Outputs
Yes
Gp 1 Str A: AES 1 SRC.DLY
Gp 1 Str B: AES 2 SRC.DLY
Gp 2 Str A: AES 3 SRC.DLY
Gp 2 Str B: AES 4 SRC.DLY
Gp 3 Str A: AES 5 SRC.DLY
Gp 3 Str B: AES 6 SRC.DLY
Gp 4 Str A: AES 7 SRC.DLY
Gp 4 Str B: AES 8 SRC.DLY
1: SDI In G3.S1.SRC.DLY
2: SDI In G3.S2.SRC.DLY
3: SDI In G4.S1.SRC.DLY
4: SDI In G4.S2.SRC.DLY
5: SDI In G1.S1.SRC.DLY
6: SDI In G1.S2.SRC.DLY
7: SDI In G2.S1.SRC.DLY
8: SDI In G2.S2.SRC.DLY
Gp 1 Str A:
SDI In G1.S1. SRC.DLY
Gp 1 Str B:
SDI In G1.S2. SRC.DLY
Gp 2 Str A:
SDI In G2.S1. SRC.DLY
Gp 2 Str B:
SDI In G2.S2. SRC.DLY
Gp 3 Str A:
SDI In G3.S1. SRC.DLY
Gp 3 Str B:
SDI In G3.S2. SRC.DLY
Gp 4 Str A:
SDI In G4.S1. SRC.DLY
Gp 4 Str B:
SDI In G4.S2. SRC.DLY
Web
Page
I/O Config
Audio Input
Select
Audio Input
Select
AES
Outputs
HD/SD
MUX
AES
Outputs/
HD or SD
MUX
24KAM-HD-MULTI—Instruction Manual
Configuration Summary
The configuration parameters and monitoring functions available with the
web browser interface and the Newton Control Panel are summarized in
Ta bl e 4. The parameter defaults, choices, ranges, and resolution are pro-
vided for each function.
Table 4. Summary of KAM-HD-MULTI Configuration Controls
FunctionDefault
Input video typeHD 59.94
Input rate1080i 59.94
Select output timing
source
Genlock status–Locked or Unlocked
Enable or disable all
video processing: HD
Video Proc, Color Correction, or SD Video Proc
or set output to Color
Bars test signal
Enable or disable split
screen
Split screen orientationVerticalHorizontal or Vertical
Split screen position
(% of unprocessed video)
InputFrame Reference or Input
Disable
DisabledEnabled or Disabled
50%
Range/Choices
Resolution
HD 59.94,
SD,
HD 50,
or HD 24
HD 59.94:
1080i/59.94 or 720p/59.94
SD:
480i/59.94 or 576i/50
HD 50:
1080i/50 or 720p/50
HD 24:
1080sf/24 or 1080p/24
Enable,
Disable,
or Color Bars
10 to 90%
(1% steps)
Configuration and Adjustments
Web Page/
Function Name
System Config/
Input Type
HD 59.94, SD, HD 50, or HD 24
radio button
System Config/
Input Rate pulldown
System Config/
Output Timing
Source Selection
Frame Reference or Input radio button
System Config/
Output Timing
Genlock read-only status
System Config/
Video Proc Amps Processing:
Disabled, Enabled,
or Color Bars radio button
System Config/, or
Color Correction/, or
HD Video Proc/, or
SD Video Proc/
Split Screen
Split: Enabled checkbox
System Config/, or
Color Correction/, or
HD Video Proc/, or
SD Video Proc/
Split Screen: Orientation:
Vertical or Horizontal radio button
System Config/, or
Color Correction/, or
HD Video Proc/, or
SD Video Proc/
Split Screen: Position (%) control
Newton
Panel
HD/SDMode
VidRModeSet video line rate.
OutClk
Genlock
VidPrcEn
SplitEn
SSOrt
SSPos
Notes/
Conditions
Set video input type.
This will reboot
module to load a
new configuration.
Controls available on
all modules.
Frame Reference
selected as Output
Timing Source
Status of video processing is reported
in each video proc
web page header.
Split screen controls
appear on four different web pages and
all controls are
common, including
control panel.
KAM-HD-MULTI—Instruction Manual25
Configuration and Adjustments
Table 4. Summary of KAM-HD-MULTI Configuration Controls
FunctionDefault
Report input signal
status
Report input video
standard line rate
Adjust horizontal timing
in pixels
Adjust vertical timing
in lines
Minimum Delay EnableDisabled Enabled or Disabled
Loss of signal operation
(Frame Sync
reference timing source
selected)
Manual Freeze modeNone
–Present or Not Present
–
0 pixels
0 lines
Auto Freeze
Range/Choices
Resolution
See Input
Rates above
HD 59.94:
1080i/59.94 = 0 to 2199
720p/59.94 = 0 to 1649
SD:
480i/59.94 = 0 to 857
576i/50 = 0 to 863
HD 50:
1080i/50 = 0 to 2639
720p/50 = 0 to 1979
HD 24:
1080sf/24 = 0 to 2749
1080p/24 = 0 to 2749
(1 pixel steps)
HD 59.94:
1080i/59.94 = 0 to 1124
720p/59.94 = 0 to 749
SD:
480i/59.94 = 0 to 524
576i/50 = 0 to 624
HD 50:
1080i/50 = 0 to 1124
720p/50 = 0 to 749
HD 24:
1080sf/24 = 0 to 1124
1080p/24 = 0 to 1124
(1 line steps)
Pass,
Auto Freeze,
or Auto Blue
None, Frame, or Field
(SD input only)
Web Page/
Function Name
HD/SD Video In/
Input Signal State report
HD/SD Video In/
Input Signal Standard report
HD/SD Frame Sync/
Timing Adjustments
H Timing control
HD/SD Frame Sync/
Timing Adjustments
V Timing control
HD/SD Frame Sync/
Minimum Delay Mode
Enabled checkbox
HD/SD Frame Sync/
Loss of Signal Operation
Pass, Auto Freeze, or Auto Blue
radio button
HD/SD Frame Sync/
Manual Freeze Mode Selection
None, Frame or Field radio button
Newton
Panel
SigStt
VidInRt
HTiming
VTiming
N/A
LOS Oper
ManFrzMode
Notes/
Conditions
When input signal is
Not Present, input
video will be
reported as
No Signal.
Timing reference is
set on System
Config web page.
26KAM-HD-MULTI—Instruction Manual
Table 4. Summary of KAM-HD-MULTI Configuration Controls
FunctionDefault
Range/Choices
Resolution
Color Correction and Video Processing Adjustments
Lock R, G, and B gainsUnlockedLocked or Unlocked
Adjust R gain100%
Adjust G gain100%
Adjust B gain100%
Adjust R offset0
Adjust G offset0
Adjust B offset0
Lock Gamma correction
controls
Adjust R gamma1.00.25 to 4.00
Adjust G gamma1.00.25 to 4.00
Adjust B gamma1.00.25 to 4.00
Lock HD/SD Y, Cb. and
Cr gains together
Adjust HD/SD Y gain
(contrast)
Adjust HD/SD color
saturation
(chroma gain)
Adjust HD/SD Cb gain100%
Adjust HD/SD Cr gain100%
Adjust HD/SD Y Offset
(brightness)
Adjust HD/SD Cb offset0
Adjust HD/SD Cr offset0
Adjust HD/SD Hue0
Delete audio mux groupsNo DeleteDelete or No Delete
Audio group View SelectGroups (1-2)
UnlockedLocked or Unlocked
UnlockedLock or Unlock
100%
100%
0
0 to 200%
(1% steps)
0 to 200%
(1% steps)
0 to 200%
(1% steps)
± 100%
(1% steps)
± 100%
(1% steps)
± 100%
(1% steps)
0 to 200%
(1% steps)
0 to 200%
(1% steps)
0 to 200%
(1% steps)
0 to 200%
(1% steps)
± 100%
(1% steps)
± 100%
(1% steps)
± 100%
(1% steps)
-180 to +179 degrees
(1 degree steps)
Groups (1-2) or
Groups (3-4)
Configuration and Adjustments
Web Page/
Function Name
HD/SD Color Correction/
Video Gain Lock checkbox
HD/SD Color Correction/
R Gain (%)
HD/SD Color Correction/
G Gain (%)
HD/SD Color Correction/
B Gain (%)
HD/SD Color Correction/
R Offset (%)
HD/SD Color Correction/
G Offset (%)
HD/SD Color Correction/
B Offset (%)
HD/SD Color Correction/
Gamma Lock checkbox
HD/SD Color Correction/
R Gamma Correction
HD/SD Color Correction/
G Gamma Correction
HD/SD Color Correction/
B Gamma Correction
HD/SD Video Proc/
Video Proc:
Video Gain Lock checkbox
HD/SD Video Proc/
Video Proc: Y Gain (%)
HD/SD Video Proc/
Video Proc: Color Saturation (%)
HD/SD Video Proc/
Video Proc: Cb Gain (%)
HD/SD Video Proc/
Video Proc: Cr Gain (%)
HD/SD Video Proc/
Video Proc: Y Offset (%)
HD/SD Video Proc/
Video Proc: Cb Offset (%)
HD/SD Video Proc/
Video Proc: Cr Offset (%)
HD/SD Video Proc/
Proc Amp: Hue (Deg)
HD/SD MUX/
Group Status and Delete/
Delete All Input Demuxed Groups check-
box
HD/SD MUX/
View Select/
Groups (1-2) or Groups (3-4)
Radio buttons
Newton
Panel
RGBGnLok
RGn
GGn
BGn
ROff
GOff
BOff
RGBGmLok
RGmC
GGmC
BGmC
YSatGnLok or
SdVidGnLk
HdYGn or
SdYGn
HdChroGn or
SdChroGn
HdCbGn or
SdCbGn
HdCrGn or
SdCrGn
HdYOff or
SdYOff
HdCbOff or
SdCbOff
HdCrOff or
SdCrOff
HdChroPhs or
SdChroPhs
N/A
N/A
Notes/
Conditions
Web page will display either SD or HD
Color Correction title
depending on input
video
type selected.
Video Proc Amps
must be enabled on
System Config web
page.
Video Proc Amps
must be enabled on
System Config
web page.
Video Proc Amps
must be enabled on
System Config
web page.
Existing embedded
audio must be
deleted for multiplexing new audio.
KAM-HD-MULTI—Instruction Manual27
Configuration and Adjustments
Table 4. Summary of KAM-HD-MULTI Configuration Controls
FunctionDefault
Audio group insertion
choices for embedding in
output video.
Set AES Output
Resolution for each
output group
Set AES C/U/V Bits Pass
Through
SD video EDH InsertionEnabledEnabled or Disabled
Audio input status
reporting reset
Select audio input
streams.
(Inputs available depend
on module I/O configuration)
Enable sample rate conversion (SRC) for each
audio stream
Report Loss of Signal to
upper levels
Enable auto tracking for
all audio streams 1-8
Enable audio disruption
processor
Select audio stream for
adjustment or viewing
Pass
24 bit20 or 24 bit
EnabledEnabled or Disabled
––
Force Silence
EnabledEnabled or Disabled
EnabledEnabled or Disabled
OnOn or Off
OffOn or Off
Streams (1-2)
Range/Choices
Resolution
Pass Input Embedded Audio
Processed Pair 1-4
Delayed and Bypassed
Stream 1-8
Force Silence
SDI Input G1.S1 and S2
SDI Input G2.S1 and S2
SDI Input G3.S1 and S2
SDI Input G4.S1 and S2
SDI Input G5.S1 and S2
SDI Input G6.S1 and S2
SDI Input G7.S1 and S2
SDI Input G8.S1 and S2