evertz 7700 Series User manual

7700 MultiFrame Manual
7772MFD-HD HD Decompression Codec
Revision 1.1
TABLE OF CONTENTS
1. OVERVIEW.........................................................................................................................................1
2. INSTALLATION..................................................................................................................................2
2.1. VIDEO CONNECTIONS ............................................................................................................2
2.2. AUDIO CONNECTIONS............................................................................................................2
2.3. GENLOCK REFERENCE..........................................................................................................4
3. SPECIFICATIONS..............................................................................................................................5
3.1. 270MB/S DATA INPUT ..............................................................................................................5
3.2. HD SERIAL VIDEO OUTPUT....................................................................................................5
3.3. AES AUDIO OUTPUTS.............................................................................................................5
3.4. HEADPHONE AUDIO OUTPUTS ......................................................................................................6
3.5. INPUT TO HD-SDI DELAY........................................................................................................6
3.6. ELECTRICAL ............................................................................................................................6
3.7. PHYSICAL.................................................................................................................................6
4. STATUS INDICATORS AND DISPLAYS ..........................................................................................7
4.1. EMBEDDED AUDIO STATUS LEDS........................................................................................8
5. CARD EDGE CONTROLS .................................................................................................................9
6. CARD EDGE MENU SYSTEM.........................................................................................................10
6.1. TOP LEVEL MENU STRUCTURE ..........................................................................................10
6.2. CONFIGURING THE VIDEO CONTROLS..............................................................................10
6.2.1. Setting the Vertical Phase............................................................................................11
6.2.2. Setting the Horizontal Phase........................................................................................11
6.2.3. Setting the Frame Phase..............................................................................................11
6.3. CONFIGURING THE AUDIO CONTROLS..............................................................................12
6.3.1. Setting the Coarse Audio Delay...................................................................................12
6.3.2. Setting the Fine Audio Delay........................................................................................13
6.3.3. Setting the SRC Mode..................................................................................................13
6.3.4. Setting the C-bit Control...............................................................................................13

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6.3.5. Enabling the Audio Embedders....................................................................................13
6.3.6. Setting where to Output the Audio ...............................................................................14
6.4. CONFIGURING THE HEADPHONE MONITOR......................................................................14
6.4.1. Setting the Headphone Volume ...................................................................................14
6.4.2. Selecting the Source for the Headphone Monitoring....................................................15
6.5. DISPLAYING THE MODULE STATUS...................................................................................15
6.5.1. Checking the Module Firmware....................................................................................15
6.5.2. Checking FPGA 1 revision...........................................................................................16
6.5.3. Checking FPGA 2 revision...........................................................................................16
6.5.4. Checking FPGA 3 revision...........................................................................................16
6.5.5. Checking the Input Video Standard..............................................................................16
6.5.6. Checking the Output Video Standard...........................................................................16
6.6. CONFIGURING MISCELLANEOUS PARAMETERS .............................................................17
6.6.1. Enabling VistaLINK® control of the module.................................................................17
6.6.2. Setting Card Edge Display Orientation.........................................................................17
6.6.3. Resetting the Module to its Factory Defaults................................................................17
6.6.3.1. Resetting the Module to Factory Settings......................................................17
7. JUMPERS.........................................................................................................................................19
7.1. SELECTING WHETHER LOCAL FAULTS WILL BE MONITORED
BY THE GLOBAL FRAME STATUS.......................................................................................19
7.2. CONFIGURING THE MODULE FOR FIRMWARE UPGRADES ............................................20
7.3. SELECTING WHETHER THE GENLOCK REFERENCE INPUT IS TERMINATED...............20
7.4. SELECTING WHETHER THE INPUT VIDEO IS BYPASS.....................................................20
8. VISTALINK®REMOTE MONITORING/CONTROL..........................................................................21
8.1. WHAT IS VISTALINK®?..............................................................................................................21
8.2. VISTALINK®MONITORED PARAMETERS.............................................................................22
8.3. VISTALINK®CONTROLLED PARAMETERS..........................................................................22
8.4. VISTALINK®TRAPS.................................................................................................................23
Figures
Figure 1: 7772MFD-HD Block Diagram .............................................................................................................. 1
Figure 2: 7772MFD-HD Rear Panel.................................................................................................................... 2
Figure 3: Status LED Locations .......................................................................................................................... 7
Figure 4: Location of Jumpers – Rev B Main Board......................................................................................... 19
Figure 5: Location of Jumpers/LEDs – Rev. 1 Sub Board................................................................................ 19

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Revision 1.1
Tables
Table 1: AES OUTPUT Audio Connector Pin Out ..............................................................................................3
Table 2: AES Audio Breakout Cable (Evertz Part # WPAES8-BNCM-6F) .........................................................3
Table 3: Video Output Formats...........................................................................................................................5
Table 4: Audio Group Status LEDs.....................................................................................................................8
Table 5: AES Input Channel Presence LEDs......................................................................................................8
Table 6: Top Level Menu Structure...................................................................................................................10
Table 7: Video Controls Menu...........................................................................................................................10
Table 8: Audio Controls Menu...........................................................................................................................12
Table 9: VistaLINK®Monitored Parameters......................................................................................................22
Table 10: VistaLINK™ Controlled Parameters..................................................................................................22

7700 MultiFrame Manual
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Revision 1.1
REVISION HISTORY
REVISION DESCRIPTION DATE
1.0 First Revision May 06
1.1 Updated menu items Aug 06
Information contained in this manual is believed to be accurate and reliable. However, Evertz assumes no responsibility for the use thereof nor for
the rights of third parties, which may be effected in any way by the use thereof. Any representations in this document concerning performance of
Evertz products are for informational use only and are not warranties of future performance, either express or implied. The only warranty offered by
Evertz in relation to this product is the Evertz standard limited warranty, stated in the sales contract or order confirmation form.
Although every attempt has been made to accurately describe the features, installation and operation of this product in this manual, no warranty is
granted nor liability assumed in relation to any errors or omissions unless specifically undertaken in the Evertz sales contract or order confirmation.
Information contained in this manual is periodically updated and changes will be incorporated into subsequent editions. If you encounter an error,
please notify Evertz Customer Service department. Evertz reserves the right, without notice or liability, to make changes in equipment design or
specifications.

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7772MFD-HD HD Decompression Codec
Revision 1.1 7772MFD-HD - 1
1. OVERVIEW
The 7772MFD-HD, HDTV Decompression Codec converts the 270Mb/s data signal from the companion
7772MFC-HD into a SMPTE 292M (1.485Gb/s) component serial digital stream with embedded or
separate AES audio. Automatic detection and support of 1080i and 720p video formats is provided.
The 7772MFD-HD occupies two card slots and is housed in either the standard Evertz 3RU frame that
holds up to 15 modules, Evertz 1RU frame that holds up to three modules, or Evertz Stand Alone frame
that holds one module.
Features:
• Automatic detection of 1080/720 active lines
• Accepts up to four groups of embedded or external AES audio
• No compression applied to AES audio streams
• Built in Frame buffering and Genlock
• Fully hot swappable from front of frame
Reference
Video Memory
Reference
Video Input
Audio Memory
&
Synchronization
Equalizer
Card
Edge
Output
Timing
Generator
Audio
Source
Mux
P / S
Audio
Embedder
De-compression
Processing
Audio
Processing
Control
Genlock
Present
Module
Status
Video
Present
Audio
Present
HD Outputs
(SMPTE 292M)
270Mb/s
Data
Input
AES
Formatter
8 AES
Outputs
De-
embedder
Cable
Driver
VistaLINK®
Interface
S / PBypass
Figure 1: 7772MFD-HD Block Diagram

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2. INSTALLATION
The 7772MFD-HD comes with a companion rear plate, occupying two slots in the 7700FR frame. For
information on mounting the rear plate and inserting the module into the frame see the 7700FR chapter
section 3.
Figure 2: 7772MFD-HD Rear Panel
2.1. VIDEO CONNECTIONS
Connect the 270Mb/s data signal from the companion 7772MFC-HD, to the BNC labeled 270Mb/s DATA
INPUT. See Table 3 for a list of the video formats supported. Uncompressed HD video output,
compatible with the SMPTE 292M standard, is available on the HD/SDI OUTPUT BNCs.
2.2. AUDIO CONNECTIONS
The 7772MFD-HD has the ability to de-embed up to four AES groups of audio (16 channels) from four
groups on the compressed video input. The audio can be either re-embedded on the HD video output or
output as AES audio via the DB-15 connector labeled AES OUT.

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Revision 1.1 7772MFD-HD - 3
Name Description DB-15 Pin
Reserved for Future Use 1
Reserved for Future Use 2
Reserved for Future Use 3
Reserved for Future Use 4
Reserved for Future Use 5
Reserved for Future Use 6
AES Out 2 AES Output 2 - Unbalanced 7
Reserved for Future Use 8
AES Out 6 AES Output 6 – Unbalanced 9
AES Out 5 AES Output 5 – Unbalanced 10
AES Out 1 AES Output 1 - Unbalanced 11
AES Out 8 AES Output 8 – Unbalanced 12
AES Out 7 AES Output 7 – Unbalanced 13
AES Out 4 AES Output 4- Unbalanced 14
AES Out 3 AES Output 3- Unbalanced 15
GND Ground Shell
Table 1: AES OUTPUT Audio Connector Pin Out
The 7772MFD-HD module is shipped with a breakout cables for the DB-15 connector (Evertz Part #
WPAES8-BNCM-6F), which can be used to facilitate wiring the AES audio connections. The pin out of the
cables is shown in Table 2.
DB-15
PIN Wire
Ground/Shield
Connection Label Name
Connector
Type AES OUT
FUNCTION
1
2
3
4
5
6
No Function
7 Coax DB15 Shell AES A2 BNC MALE AES Out 2
8
9 Coax DB15 Shell AES B2 BNC MALE AES Out 6
10 Coax DB15 Shell AES B1 BNC MALE AES Out 5
11 Coax DB15 Shell AES A1 BNC MALE AES Out 1
12 Coax DB15 Shell AES B4 BNC MALE AES Out 8
13 Coax DB15 Shell AES B3 BNC MALE AES Out 7
14 Coax DB15 Shell AES A4 BNC MALE AES Out 4
15 Coax DB15 Shell AES A3 BNC MALE AES Out 3
Shell Black GND WIRE GND
Table 2: AES Audio Breakout Cable (Evertz Part # WPAES8-BNCM-6F)

The AES Audio Breakout Cable (Evertz Part # WPAES8-BNCM-6F) may have GPIO
terminations labeled. Please note that GPIOs are not active on the 7772MFC-HD or
7772MFD-HD, and are reserved for future use.

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2.3. GENLOCK REFERENCE
For proper synchronization of the input/output video, the module must be locked to a Genlock signal of the
output video format.
It is highly recommended that a Genlock source is provided to the 7772MFC-HD
and 7772MFD-HD during operation
GENLOCK This BNC is for connecting a bi-level or tri-level sync reference and is auto-detected by the
module. Jumper J5 selects whether the reference input is terminated to 75 ohms or high
impedance (default).
• The 7772MFC-HD should be locked to bi-level Genlock source for 720p, and bi-
level or tri-level Genlock source for 1080i.
• The 7772MFD-HD can be locked to bi-level or tri-level sync for both 1080i or
720p.

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Revision 1.1 7772MFD-HD - 5
3. SPECIFICATIONS
3.1. 270Mb/s DATA INPUT
Standard: SMPTE 259M-C – 270Mb/s
Video compressed in accordance with SMPTE 305M
Connector: BNC per IEC 169-8
Signal Level: 800mV nominal
DC Offset: 0V ±0.5V
Return Loss: > 15 dB at 270 Mb/s
3.2. HD SERIAL VIDEO OUTPUT
Standard: 1.485 Gb/sec SMPTE 292M – standards supported are shown in Table 3.
Number of Outputs: 2
Connectors: BNC per IEC 169-8
Signal Level: 800mV nominal
DC Offset: 0V ±0.5V
Rise and Fall Time: 200ps nominal
Overshoot: <10% of amplitude
Wide Band Jitter: < 0.2UI
HD Output 270Mb/s
Input Genlock Type
Common
Name Pixels / Active Lines Frame Rate Progressive /Interlace SMPTE Standard
1080i/59.94 1920 x 1080 29.97 I 274M 525/29.97 NTSC
720p/59.94 1280 x 720 29.97 P 296M 525/29.97 NTSC
1080i/50 1920 x 1080 25 I 274M 625/25 NTSC
720p/50 1280 x 720 25 P 296M 625/25 NTSC
Table 3: Video Output Formats
THE AUTOMATIC VIDEO FORMAT DETECTION ON THE 7772 MODULES WILL
BY-PASS DVB-ASI AND SD-SDI SIGNALS WITHOUT COMPRESSION
3.3. AES AUDIO OUTPUTS
Standard: SMPTE 276M, single ended synchronous AES
Number of Outputs: 8 unbalanced
Connectors: Female High Density DB-15, breakout cable to BNC connectors supplied
Sampling Rate: 48 kHz
Impedance: 75 Ω
Resolution: Up to 24-bit

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3.4. HEADPHONE AUDIO OUTPUTS
Number of Outputs: 1
Type: Stereo 3.5mm jack
Output Load: 32 Ω+
Signal Level: 100 mW max, soft adjustable over 40 dB range
THD+N: 1 %
SNR: 90 dB RMS, “A” weighted
3.5. INPUT TO HD-SDI DELAY
Delay: ≤3.5 frames interlaced
≤4.0 frames progressive
3.6. ELECTRICAL
Voltage: +12VDC
Power: 15 Watts.
EMI/RFI: Complies with FCC regulations for class A devices.
Complies with EU EMC directive.
3.7. PHYSICAL
7700 frame mounting: 2 slots
7701 frame mounting: 1 slots

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4. STATUS INDICATORS AND DISPLAYS
The 7772MFD-HD modules have 17 LED Status indicators on the front card edge to show operational
status of the card at a glance. Figure 3 shows the location of the LEDs and card edge controls.
7746FS-EAES8-HD
toggle
switch
push
button
GENLOCK
VIDEO
PRESENT
1234
Audio Group
LOCAL
FAULT
1357
AES Input
2468
FPGA
MODULE
OK
headphone
7772MFC-HD
toggle
switch
push
button
GENLOCK
VIDEO
PRESENT
1234
Audio Group
LOCAL
FAULT
1357
AES Input
2468
FPGA
MODULE
OK
headphone DOLBY
Figure 3: Status LED Locations
Three large LEDS on the front of the main board indicate the general health of the module
LOCAL FAULT: This red LED indicates poor module health and will be ON during the absence of a
valid input signal, an invalid genlock, or if a local input power fault exists (i.e.: a
blown fuse). The LOCAL FAULT indication can also be reported to the frame
through the FRAME STATUS jumper.
MODULE OK: This green LED indicates good module health. It will be ON when a valid input
signal and valid genlock is present, and the board power is good.
VIDEO PRESENT This green LED will be ON when there is a valid video signal present at the module
input.
The other LEDs are:
GENLOCK This green LED will be ON when there is a signal present at the module genlock
input.
DOLBY STATUS This LED will be GREEN and ON when the Dolby Decoder is processing or active.
The LED will be RED and ON if there is an error with the Dolby Decoder. The LED
is off when the Dolby Decoder is not active
FGPA CONFIG This LED will be RED and ON when the FPGA is loading on power up. The LED is
OFF during normal module operation.

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4.1. EMBEDDED AUDIO STATUS LEDS
Four LEDs located on the lower end of the main board of the module (near the card extractor) indicate
which embedded audio groups are present in the input video. Audio Group LED 1 is located closest to the
center of the module.
Audio Group
LED Colour Audio Group Status
1 Off No group 1 present on input video
Green Group 1 present on input video
2 Off No group 2 present on input video
Green Group 2 present on input video
3 Off No group 3 present on input video
Green Group 3 present on input video
4 Off No group 4 present on input video
Green Group 4 present on input video
Table 4: Audio Group Status LEDs
Eight LEDs located on the sub card of the module indicate which AES input channels are present. AES
input channel 1 is located top leftmost LED, and AES input channel 2 to the right.
AES Input
Channel
LED
Colour AES Input Channel Status
Off AES input channel 1 is not present
Green AES input channel 1 is present
1 Yellow AES input channel 1 is present with encoded Dolby
Off AES input channel 2 is not present
Green AES input channel 2 is present
2 Yellow AES input channel 2 is present with encoded Dolby
Off AES input channel 3 is not present
Green AES input channel 3 is present
3 Yellow AES input channel 3 is present with encoded Dolby
Off AES input channel 4 is not present
Green AES input channel 4 is present
4 Yellow AES input channel 4 is present with encoded Dolby
Off AES input channel 5 is not present
Green AES input channel 5 is present
5 Yellow AES input channel 5 is present with encoded Dolby
Off AES input channel 6 is not present
Green AES input channel 6 is present
6 Yellow AES input channel 6 is present with encoded Dolby
Off AES input channel 7 is not present
Green AES input channel 7 is present
7 Yellow AES input channel 7 is present with encoded Dolby
Off AES input channel 8 is not present
Green AES input channel 8 is present
8 Yellow AES input channel 8 is present with encoded Dolby
Table 5: AES Input Channel Presence LEDs

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5. CARD EDGE CONTROLS
The 7772MFD-HD module can be configured by the card edge controls. Key control components can be
found at the card edge:
• Toggle Switch
• Four-Character Dot Matrix Display
• Push Button
• Four Audio LEDs
Toggle Switch:This component will become active when the card has completed booting. Its primary
function is to navigate through the menu system.
Four-Character Dot Matrix Display:This component will become active when power is applied to the
card. This component is used to relay text-based information to the user. It will be used to scroll build and
card information, or display the menu options to the user.
Push Button: This component will become active when the card has completed booting. It is primarily
used for navigating through the menu system.
Four Audio Group LEDs: These LEDs are primarily used to indicate what groups are embedded in the
input video signal during normal operation. However, when navigating the card edge menu, these LEDs
are used to indicate menu depth status. For example, when at the top-level menu, all the LEDs are OFF.
When the user navigates into another menu (e.g. Video Control), Audio group 1 LED turns ON. Audio
group LED 1 is located closest to the centre of the module. If the user enters a sub-menu (e.g. Video
Control -> Video Standard Select), then both Audio Group LEDs 1 and 2 turn ON, indicating another depth
within the menu system.
NOTE: during card edge menu system navigation, if all the Audio LEDs are OFF,
the user is at the Top Level menu.
The 7772MFD-HD modules are also equipped with an eight-position DIP switch. Currently, the DIP
switches are not functional, and are reserved for future use.

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6. CARD EDGE MENU SYSTEM
6.1. TOP LEVEL MENU STRUCTURE
Table 6 provides a brief description of the top level of the menu tree that appears when you enter the card
edge menu system. Selecting one of these items will take you down into the next menu level to set the
value of that parameter. The details of the each of the menu items are described in sections 6.2 to 6.6.
VCTR Video Control Sets the video standard in which the module will operate, the timing offset of the video output, the loss of video mode and
VANC control
ACTR Audio Control
Sets audio controls for the module such as: Coarse and fine
audio delays; Sample Rate Converter mode; C-bit control;
Embedder Group enable; Demux loss of video mode; and Audio
output selection
HEAD Headphone Monitor Sets the headphone volume level and selects the source for
headphone monitoring
STAT Status
Reports the status of the firmware, FPGA revisions, input/output
video standard
MISC Miscellaneous
Enables VistaLINK®, sets display orientation, and performs
factory reset
Table 6: Top Level Menu Structure
6.2. CONFIGURING THE VIDEO CONTROLS
The Video Control menus are used to configure parameters associated with the module’s output video
timing. The chart below shows the items available in the Video Control menus. Following sections give
detailed information about each of the menu items.
VDLY Vertical Phase Sets the vertical delay of the output video
HDLY Horizontal Phase Sets horizontal delay of the output video
FDLY Frame Phase Sets frame delay of the output video
Table 7: Video Controls Menu

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Revision 1.1 7772MFD-HD - 11
6.2.1. Setting the Vertical Phase
Video Control
VDLY
0 to Max
0
This control selects the vertical delay of the output video signal in respect to
the input video. The range of values is based on the operating (output)
video standard of the module.
For the following standards, the maximum delay is 1124: 1080i/50 and
1080i/59.
For the following standards, the maximum delay is 749: 720p/50 and
720p/59.
When the frame phase is set to 0, the vertical phase has a minimal value of
25.
6.2.2. Setting the Horizontal Phase
Video Control
HDLY
0 to Max
0
This control selects the horizontal delay of the output video signal in respect
to the input video.
The maximum possible delay is dependent on the operating (output) video
standard.
For the following standards, the maximum horizontalPhase delay is 2639:
1080i/50
For the following standards, the maximum horizontalPhase delay is 2199:
1080i/59.94
For the following standards, the maximum horizontalPhase delay is 1649:
720p/59.94
For the 720p/50 standard, the max delay is 1979.
6.2.3. Setting the Frame Phase
Video Control
FDLY
0 to Max
0
This control selects the frame delay of the output video signal in respect to
the input video.
The default value should be 0.
Depending on the operating video standard, the value mappings are:
interleace video: 0,1,2,...,12
progressive video: 0,2,4...,24
If vertical phase is set to less than 25, the 0 value can not be set here.

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6.3. CONFIGURING THE AUDIO CONTROLS
The Audio Control menus are used to configure the audio delay; determine the mode of the sample rate
converter, configure C-bit control, choose which embedded group to enable, and select the audio output.
The chart below shows the items available in the Audio Control menus. Following sections give detailed
information about each of the menu items.
ADLY Coarse Audio Delay Sets audio delay in frame of video increments (coarse)
ASDL Fine Audio Delay Sets audio delay in milliseconds (in 2048 µs increments)
SRC SRC Mode Sets the audio sample rate converter bypass mode
CBIT C-Bit Control Sets the AES channel status bit handling
EMB1 Embedder Group 1
Enable Enables audio embedder for group 1
EMB2 Embedder Group 2
Enable Enables audio embedder for group 2
EMB3 Embedder Group 3
Enable Enables audio embedder for group 3
EMB4 Embedder Group 4
Enable Enables audio embedder for group 4
AOUT Audio output selection Choose the audio output between AES and embedded audio
Table 8: Audio Controls Menu
6.3.1. Setting the Coarse Audio Delay
Audio Control
ADLY
FDLY
0 to Max
This control adjusts the audio delay in terms of video frames (coarsely).
The delay is respective the input video. The range of the parameter is
based on the operating standard of the module, since this parameter follows
the video frame phase.
When FDLY is selected then the audio delay is the same as the frame delay
(see section 6.2.3).
Otherwise, the user can insert a delay of 0 to max video frames, and the
range depends on the operating video standard:
if the video is interleace, the value should be mapped to
'FollowVideoDelay',0,1,2,...,12;
if the video is progressive, the value should be mapped to
'FollowVideoDelay',0,2,4,...,24;
The default value should be 0 (means following video frame delay).

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6.3.2. Setting the Fine Audio Delay
Audio Control
ASDLY
-33ms to +33ms
0
This control adjusts the audio delay (finely). This parameter is displayed in
milliseconds and adjusted in approximately sample increments
(approximately 20.83µs).
If ADLY is set to 0, then the parameter range is 0 to 33ms.
Otherwise, fine audio delay ranges from –33ms to +33ms.
6.3.3. Setting the SRC Mode
Audio Control
SRC
Bypass
Enable
Automatic
BYPS
ON
AUTO
This sets the bypass mode of the audio sample rate converter.
When Enabled, audio is sample rate converted at 48 kHz that is
synchronous to the input video. Audio can be either synchronous or
asynchronous to the video source.
When in Bypass mode, the content of the audio is preserved without
any loss, and directly embedded into the input video. Audio must
synchronous to the video source. If not, there may be samples that
are dropped or repeated.
When set to Automatic, the sample rate converter will be
automatically enabled when the module detects a PCM signal.
6.3.4. Setting the C-bit Control
Audio Control
CBIT
Preserve
Replace PRO STMP
This control determines how the AES channel status bits are handled
when being routed from input to output. When set to preserve, the
module will preserve as many bits as possible, but always change to
professional 48 kHz. When set to replace, all the C-bit will be
replaced with static channel status message that reads professional
48 kHz.
6.3.5. Enabling the Audio Embedders
There are four menu items used to enable embedder groups. The menu item for each embedder group
component works in the same way so for simplicity only the menu item for Embedder Group 1 will be
shown in the manual.

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Audio Control
EMB1
Enable
Disable ON OFF
This control enables or disables audio embedder for group 1.
When Enable is selected, Group 1 will be embedded into the output video
signal.
When Disable is selected, Group 1 will not be embedded into the output
video signal.
6.3.6. Setting where to Output the Audio
Audio Control
AOUT
Embedded
AES
Both
None
This parameter chooses the output audio between AES and embedded
audio, Both will output audio to both AES and embedded audio, None will
cut off audio from both AES and embedded audio.
6.4. CONFIGURING THE HEADPHONE MONITOR
The Headphone Monitor menus are used to configure parameters associated with the headphone jack on
the module. The chart below shows the items available in the Headphone Monitor menu. Sections 1.1.1
to 1.1.1 give detailed information about each of the menu items.
HVOL Headphone volume Sets the volume for the headphone.
HSRC Headphone source Selects the source for the headphone monitoring
6.4.1. Setting the Headphone Volume
Headphone Monitor
HVOL
HV00 to HV15
HV07
With this control you can set the headphone volume to one of 16 levels.
Total adjustment range is over 50 dB. Level 00 is the lowest volume and is
effectively mute.

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6.4.2. Selecting the Source for the Headphone Monitoring
Headphone Monitor
HSRC
DMX Ch. 1 & 2
DMX Ch. 3 & 4
DMX Ch. 5 & 6
DMX Ch. 7 & 8
DMX Ch. 9 & 10
DMX Ch. 11 & 12
DMX Ch. 13 & 14
DMX Ch. 15 & 16
DMX1
DMX2
DMX3
DMX4
DMX5
DMX6
DMX7
DMX8
This selects the audio source for the headphone
monitoring.
If the parameter can be set to DMX1 to DMX8, and the
headphone will be monitoring the incoming embedded
audio.
6.5. DISPLAYING THE MODULE STATUS
The Status menus are used to show the status of various parameters of the 7772-MFD-HD. The chart
below shows the items available in the Status menu. Sections 6.5.1 to 6.5.6 give detailed information
about each of the menu items.
UPRV Module Firmware Displays the firmware revision of the module
F1RV FPGA1 Revision Displays the FPGA revision of the module’s main board
F2RV FPGA2 Revision Displays the FPGA revision of the module’s J2K sub board
F3RV FPGA3 Revision Displays the FPGA revision of the module’s audio sub board
IVSD Input Video Standard Displays the detected input video standard
OVSD Operating Standard Displays the operating standard of the module
6.5.1. Checking the Module Firmware
Status
UPRV
Eg. “V1.0 BUILD 100”
The status parameter will report the firmware version that is operating
on the module.

7700 MultiFrame Manual
7772MFD-HD HD Decompression Codec
7772MFD-HD - 16 Revision 1.1
6.5.2. Checking FPGA 1 revision
Status
F1RV
Eg. “7”
The status parameter will report the revision of FPGA 1 (main board)
on the module.
6.5.3. Checking FPGA 2 revision
Status
F2RV
Eg. “8”
The status parameter will report the revision of FPGA 2 (J2K sub
board) on the module.
6.5.4. Checking FPGA 3 revision
Status
F3RV
Eg. “9”
The status parameter will report the revision of FPGA 3 (audio sub
board) on the module.
6.5.5. Checking the Input Video Standard
Status
IVSD
Eg. “NTSC”
The status parameter will report the input video standard.
525i59(NTSC) --------------“NTSC”
625i50(PAL-B) --------------“PALB”
6.5.6. Checking the Output Video Standard
Status
OVSD
Eg. “1I59”
The status parameter will report the output video standard.
None ----------------------- “NONE”
625i50(PAL-B) ------------ “PALB”
525i59(NTSC) -------------“NTSC”
DVB ASI -------------------- “DVBA”
1080i50 ---------------------- “1I50”
1080i59 ---------------------- “1I59”
720p50 ----------------------- “7P50”
720p59 ----------------------- “7P59”