VA 1809 1809A Application
User Manual: VA-1809
Open the PDF directly: View PDF .
Page Count: 17
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HDMI
HDMI Protocol Analyzer
Protocol Analyzer
VA
VA-
-1809
1809A
A
Function and Application
Function and Application
ASTRODESIGN, Inc.
March 2009
1
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Portable Analyzer with 6.4 inch monitor
Portable Analyzer with 6.4 inch monitor
and Audio output
and Audio output
3
Video display
(6.4 inch TFT LCD/monitor output)
Portable size (about 5 Kg). Small display which supports HDMI input.
Overlay display of picture and text
Maximum 2000 ×1320 Video Memory
how the image by “Dot By Dot”
Audio output(L/R speaker)
Volume control, mute available
Simulates 5.1 channel audio setting
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VA
VA-
-1809A
1809A Main
Main Feathers
Feathers
I2S Audio Output
Lip-Sync Measurement
CTS Function
VA-1809A
HDMI Protocol Analysis
DDC Line Monitor
Colorimetry
Audio Analysis
(HDMI, HDCP, CEC)
Virtual
Virtual Repeater Mode
Log Function
HDCP Analysis
CEC Function
Utility Software
Generate Config
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5
HDMI Protocol Analysis (Video)
HDMI Protocol Analysis (Video)
・Video timing
・AVI InforFrame
・SPD InforFrame
・MPEG InfoFrame
・ISRC1/ISRC2 Packet
・NTSC VBI InfoFrame
・General Control Packet
ANALYSIS
VENDER SPECIFIC INFOFRAME
InfoFrame Type Code
InfoFrame Version
Number
Length of Vender InfoFrame
Checksum
Data Byte 1
Data Byte 2
Data Byte 3
Data Byte 4
Data Byte 5
Data Byte 6
Data Byte 7
Data Byte 8
Data Byte 9
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
ROTARY -> UP/DOWN
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
81 H
2 H
d H
25 H
0 H
48 H
0 H
2 H
0 H
0 H
0 H
0 H
0 H
^
^
GUI
PROG INC
PROG DEC
DIRECT PROG CALL
Physical address=1000
card CEC
MUTE
AV
(1/2) NEXT
Physical address=1000
ANALYSIS
Video Timing
Video Code
Pixel Clock
H Frequency
V Frequency
H Total Pixels
H Active Pixels
H Sync Pixels
ROTARY -> UP/DOWN
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
INPUT OUTPUT
[5]1920×1080i @59.94/60Hz 16 : 9
74.173 MHz
33.72 kHz
59.94 Hz
2200 dot
1920 dot
44 dot
HEX
PROG INC
PROG DEC
DIRECT PROG CALL
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
RAM PRG001: SAMPLE1
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz card CEC
MUTE
AV
44
148
88
2200
1920
Data
Enable
H Sync
(1/2) NEXT
Analysis protocol of input HDMI signal and show the result
Analysis protocol of input HDMI signal and show the result
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HDMI Protocol Analysis (Audio)
HDMI Protocol Analysis (Audio)
6
Analyze the protocol of the input HDMI signal and show the resul
Analyze the protocol of the input HDMI signal and show the result
t
・Audio InforFrame
・ACP Packet
・Channel Status Bit
・Audio Timing
ANALYSIS
Audio Timing
N
CTS
Audio
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
HEX
PROG INC
PROG DEC
6144
27000
ON(Layout 0)
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
Physical address=1000
DIRECT PROG CALL
-90db -20db 0db
CH1 FR
CH2 FL
CH3 FC
CH4 LFE
CH5 RR
CH6 RL
CH7 FLC
CH8 FRC
card CEC
MUTE
AV
(1/2) NEXT
ANALYSIS
Channel Status Bit
Professional or Consumer
Audio
Copy /Copyright
Emphasis
Channel Status Mode
Category code
L Bit
Source number
Channel number
Sampling frequency
Clock accuracy
Maximum audio sample
word length
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
HEX
PROG INC
PROG DEC
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
Consumer Mode
linear PCM samples
no copyright
without pre-emphasis
Mode 00
Digital/digital conv.&signal
(PCM encoder/decoder)
1
Do not take into account
Do not take into account
48 kHz
Level 2,+-1000ppm(default)
20bits
Physical address=1000
DIRECT PROG CALL
card CEC
MUTE
AV
(1/2) NEXT
Analyze High Bit Rate Audio Header
Analyze High Bit Rate Audio Header
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HDCP Analysis
HDCP Analysis
Analysis display of input/output HDCP information by real time
Analysis display of input/output HDCP information by real time
7
ANALYSIS
HDCP Authentication Part3 VA-1809 -> Sink
Ri
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
HEX
PROG INC
PROG DEC
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
Physical address=1000
DIRECT PROG CALL
Ri'0123 H
4567 H
89AB H
0123 H
4567 H
89AB H
card CEC
MUT E
AV
(1/3) NEXT
ANALYSIS
HDCP Authentication Part3 Source ->VA-1809
Ri' 012E H
Ri' 4F67 H
Ri' 891B H
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
HEX
PROG INC
PROG DEC
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
Physical address=1000
DIRECT PROG CALL
card CEC
MUT E
AV
(1/3) NEXT
ANALYSIS
HDCP Authentication Source -> VA-1809
AN
AKSV
BKSV
V'
KSVFIFO
DeviceCount
Depth
Ri'
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
HEX
PROG INC
PROG DEC
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
0123456789ABCDEF H
0123456789 H
0123456789 H
0123456789ABCDEF012345
6789ABCDEF01234567 H
0123456789 H
2
2
0123H
Physical address=1000
DIRECT PROG CALL
card CEC
MUT E
AV
(1/3) NEXT
ANALYSIS
HDCP Repeater Sequence Check
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
HEX
PROG INC
PROG DEC
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
Physical address=1000
DIRECT PROG CALL
card CEC
MUT E
AV
1st DownStream Connect
1st DDC Line Status
1st YCbCr Support
1st Repeater or Receiver
1st BKSV Check
1st Link Check
2nd KSV FIFO Ready
2nd Depth Check
2nd Count Check
2nd Compere V
Connected
Normal
Support
Repeater
Normal
Normal
Normal
Normal
Normal
Normal
Authentication Result
Connected during Authentication
(1/3) NEXT
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DDC Line Monitoring Function
DDC Line Monitoring Function
8
Monitoring DDC Line. Display the result. Receive/send the data
Monitoring DDC Line. Display the result. Receive/send the data status.
status.
Check the source equipment. Send/receive the command in real tim
Check the source equipment. Send/receive the command in real time
e
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HDMI, HDCP and CEC CTS Function
HDMI, HDCP and CEC CTS Function
9
Run protocol layer test clause for each CTS test item.
Run protocol layer test clause for each CTS test item.
Show the result in the real time
Show the result in the real time
1A TRANSMITTER TEST Downstream procedure with Receiver
PASS
1B TRANSMITTER TEST Downstream procedure with Repeater
FAIL
2C RECEIVER TEST Upstream procedure with Transmitter
- - - - -
3A REPEATER TEST Downstream procedure with Receiver
- - - - -
3B REPEATER TEST Downstream procedure with Repeater
- - - - -
3C-1 REPEATER TESTBetween Transmitter and Receiver
- - - - -
3C-2 REPEATER TEST Between Transmitter and Repeater
- - - - -
HDCP COMPLIANCE TEST
HDCP Compliance Test Item Check
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
ESC -> TOP
PUSH -> TEST DETAIL
ROTARY -> SELECT TEST
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
Physical address=1000
card CEC
MUTE
AV
Clear
PCP SET
1A-01
1A-02
1A-03
1A-04
1A-05
1A-06
1A-07
1A-08
1A-09
1B-01
1B-02
1B-03
1B-04
1B-05
ANALYSIS
HDCP Compliance Transmitter Test
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
FAIL(DUT enables and keeps HDCP Encryption when
attempts to restart the first part of authentication.)
- - - - - - -
- - - - - - -
- - - - - - -
Physical address=1000
card CEC
MUTE
AV
TEST START
Clear
・Covers most of the protocol layer test clause of the HDMI CTS
・Covers most of the protocol layer test clause of the HDCP CTS
・Covers all protocol layer test clause of the CEC CTS
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Log Function
Log Function
Analyzing, Recording, Printing the Log data
Analyzing, Recording, Printing the Log data
Log data available by UTILITY software and HTML
Log data available by UTILITY software and HTML
Set the log trigger and focus on target clause
Set the log trigger and focus on target clause
10
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Virtual Repeater Mode
Simulates the connection of devices by using one set of
Simulates the connection of devices by using one set of VA
VA-
-1809
1809A
A
For HDCP response time testing. Emulates max 12 sets connection
For HDCP response time testing. Emulates max 12 sets connection
11
VA-1809A
DVD
CONFIG SETUP (4/5)
VIRTUAL REPEATER MODE
INPUT OUTPUT
PAGE 5
CONFIG LOAD
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
ROTARY -> UP/DOWN or ADJUST
ROTARY PUSH or ENTER -> SELECT
SETUP or ESC -> SETUP MENU
MENU -> TOP
■ ON
CONFIG DELETE
DEPTH
4
DEVICE COUNT
6
EXECUTION TIME
100ms
KSV LIST
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Lip
Lip-
-Sync Measurement
Sync Measurement
12
Video Latency Set Value =
Audio Latency Set Value =
Interlaced Video Latency Set Value =
Interlaced Audio Latency Set Value =
Differance = Audio is earlier than Video for 10 ms
ANALYSIS
LIPSYNC
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
10 ms
20 ms
10 ms
30 ms
Physical address=1000
card CEC
MUTE
AV
Video
Audio
10ms
Measure the latency of input video and audio signals
Measure the latency of input video and audio signals
Change the VA
Change the VA-
-1809A
1809A’
’s EDID and check source device behavior
s EDID and check source device behavior
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Color bar generator
Color bar generator
13
Generate color bar pattern to down stream
Generate color bar pattern to down stream
ANALYSIS
Generate Config
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
Physical address=1000
card CEC
MUTE
AV
■Generate ON
□VGA
■480p
□576P
Generate Mode
■HDMI
□DVI
Generate Option
□HDCP ON
480p, 576p or VGA resolution can be selected in the factory.
480p, 576p or VGA resolution can be selected in the factory.
![](asset-d.png)
Colorimetry
Colorimetry (
(xvColor
xvColor testing)
testing)
14
Analyze the color of each pixels
Analyze the color of each pixels
H Axis = 580
V Axis = 480
Colorimetry = RGB
R8bit = 135
G8bit = 79
B8bit = 14
X = 0.3390
Y = 0.3381
Z = 0.0993
ANALYSIS
COLORIMETRY
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
RAM PRG001: SAMPLE1
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
Physical address=1000
card CEC
MUTE
AV
INPUT OUTPUT
Dot By Dot
y = 0.4354
x = 0.4366
0.9
00.8
z = 0.1279
OSD CLEAR
LOG CLEAR
ROTARY -> UP/DOWN
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
Encoding Setting
Analyze the color of the source device.
Analyze the color of the source device.
Analyze 8
Analyze 8-
-12bit RGB, YCbCr signal limited and Full range (
12bit RGB, YCbCr signal limited and Full range (xvColor
xvColor).
).
Set ON/OFF the YCbCr to RGB Encoring Gamma
Set ON/OFF the YCbCr to RGB Encoring Gamma
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Utility Software
Utility Software
Copy and edit the EDID
Copy and edit the EDID
Edit CEC CDF
Edit CEC CDF
Monitor the CEC line and Send CEC command
Monitor the CEC line and Send CEC command
Take a log directly from VA
Take a log directly from VA
-
-
1809A
1809A
Communicate and control the VA
Communicate and control the VA-
-1809A by PC via Ethernet and Serial port
1809A by PC via Ethernet and Serial port
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CEC Function (Optional)
)
16
ANALYSIS
CEC CONFIG SETTING
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
ESC -> CEC ANALYZER
RAM PRG001: SAMPLE1
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
Physical address=1000
card CEC
MUTE
AV
Address Setting
Device Setting
Bit Timing Setting
Response Edit
Address Setting - Set Logical Address.
Device Setting - Set support OP Code,Language,Digital Service
And Save / Load.
Response Edit - Set Illegal Response, or No Response
Bit Timing Setting - Set Detail CEC Command Bit Timing
CEC
Moniter
1 : TV -> DVD
OP CODE Image View On
2 : TV -> DVD
OP CODE Standby
ANALYZE or ESC -> ERROR REPORT
MENU -> TOP
INPUT OUTPUT
OFF
OFF
ON
ON
PICTURE
LOCK
OPERATION
HOTPLUG
F1
F2
LOG
MENU
F3
ENTER
F4
ESC
SHIFT
ANALYZER
HDMI PROTOCOL
VA-1809
Clear
SEND
Normal Moniter
(1/2) NEXT
RAM PRG001: SAMPLE
Pixel Clock : 27.000 MHz
H Freq : 31.47 KHz
HDMI Repeater
V Freq : 59.94 Hz
Physical address=1000
Destination Set
card CEC
MUTE
AV
LOAD
Sand Data No. 1
Initiator 00H
Destination 00H
Data Len 14
Data 00000000000000000000000000000000
SAVE
Monitor the CEC line and send the CEC command
Monitor the CEC line and send the CEC command
Edit address setting, device setting, respond setting and Bit ti
Edit address setting, device setting, respond setting and Bit timing settings
ming settings
Display the status by GUI and HEX
Display the status by GUI and HEX
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I2S Audio Output (Optional)
I2S Audio Output (Optional)
17
By adding the I2S digital output, it outputs the audio data and
By adding the I2S digital output, it outputs the audio data and trigger
trigger
Output 4ch output Audio data via I2S
Output 4ch output Audio data via I2S
Set the trigger by outputting the trigger from I2S output
Set the trigger by outputting the trigger from I2S output
![](asset-11.png)
19
Thank you
Thank you