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Technical Information – Effio-E™ System Application Notes -
Ver.1.0.0 May 28th, 2010
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i
Effio-E™ System
Application Notes
Ver.1.0.0
Effio-E
™
is a trademark of Sony Corporation.
Sony Corporation
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Technical Information – Effio-E™ System Application Notes -
Ver.1.0.0 May 28th, 2010
[CONFIDENTIAL]
ii
Update Record:
Version
number
Date Contents of revision Note
0.5.0 Jan. 29th, 2010 First edition -
1.0.0 May 28th, 2010
・
Parameter description additions
Table 3.1-12 High resolution mode parameters (RETGAIN), Table 3.6-19 Low
color temperature side gain setting parameter, Table 3.6-37 CRS-use low color
temperature side gain setting parameters, Table 5.1-5 OSD MASK setting
parameters(MSK1_ALPHA/MSK1_ALPHA), Table 5.2-4 Display language
selection, Table 5.2-9 Camera ID display setting parameters, Table 7.4 2
SGMODE
・
Figure corrections
Fig.1.1-1 Product segmentation, Fig.3.11-5 Graphical representation of AGC
linkup operation, Fig.6.1-1 Example of oscillation frequency adjustment
checkpoint when the ECK oscillation cell signal is used, Fig.6.1-2 Example of
oscillation frequency adjustment checkpoint when the ECK external oscillator
signal is input, Fig.6.2-4 TG phase adjustment waveforms, Fig.7.1-7
Configuration of LC oscillator circuit, Fig.7.6-3 Example of communication,
Fig.7.6-4 External microcontroller communication timing
・
Description corrections
6.2.2. TG phase adjustment GPO
→
SIG, 7.1.1. Level diagram VREFC deleted,
Table 6.4-6 PGA gain setting parameter (DETPGAGAIN), Table 7.2-5 Pin
processing for unused pins of CXD4127 PLLCK AVD pull-up
→
VDE
pull-down, 7.6. Communication Maximum byte number in one packet 64
→
63,
7.6.4. Command specifications CPU memory write Maximum 59
→
58byte,
CPUMemory read Maximum 61
→
60byte, EEPROM read Maximum 60
→
32byte, EEPROM specified write Maximum 58
→
32byte, EEPROM specified
read 60
→
32byte
・
Description additions
Table 1.2-2 Comparison of power consumption [W] between Effio-E™ System
and existing products, 2.2.2. Digital output, 2.4.1. Description of communication
parameter levels, 3.5.5. Mechanical iris control, Video servo control,
Mechanical iris type output function, 3.5.8. Backlight and excessive front
lighting compensation functions Checkpoint, 3.6.8. Color rolling suppression
mode, 3.9.1. Dynamic white pixel detection and compensation paraemters,
3.10.3. HLC luminance signal processing control, 3.11. ATR function Contrast
in low-luminance areas and AGC linkup setting, 4.1.1. Pin settings, 4.1.2. Port
driver setting method, 4.4.3. Digital output setting parameters, 4.4.4. Digital
output adjustments Digital output expansion settings, 4.4.5. Digital output
details, 4.6.1. AE Detector Histogram brightness integral values and pixel count
values, 5.2.2. Language settings, Internal OSD menu operations Turning the
internal OSD menu display ON or OFF, Parameters set by the internal OSD
menu, 5.2.4.1. LENS, 5.2.4.2. SHUTTER/AGC, 5.2.4.3. WHITE BAL MANUAL
WB, 5.2.4.7. MOTION DET, 5.2.4.8. PRIVACY, 5.2.4.12. SYNC, 5.3.3.
Updating and clearing the drawing data, 5.3.6 Concerning
out-of-synchronization during external synchronization, 6.1. Oscillation
frequency adjustment, 6.3.1. Automatic mechanical iris adjustments, 6.7.1.
Adjustment method, 7.1.2.2. Power consumption, Table 7.1 5 Examples of
circuit constants used by evaluation boards, 7.1.5.1. Y/C separate signal output
circuit, 7.1.5.2. Composite signal output circuit, 7.1.6.2. Need for a BPF, 7.2.1.
Port driver pin function selection settings, 7.3.1. System overview
・
Parameter additions
MIRISSEL,MIRIS_FLAG,MIRIS_FLAG_INV,CRS_INC_G1,CRS_INC_G0,CRS
_ERR_G,DBC,DET_TH_STA0,DET_TH_STA2-5,MKSEL,COMP_MARK_LV,RE
JECT_MARK_LV,HLC_HLCHIGH_STAT,HLC_HLCLOW_STAT,HLC_AEHIGH_
STAT,HLC_AELOW_STAT,GPIO_PALEVEL,GPIO_PBLEVEL,DIGITAL_OUT,A
NALOG_OUT,LIMIT_SEL,FLD_INV,TRC_ON,YCRCB0_INV,YCRCB0_INV,VAL
ID_INV,MIRIS_TYPE_DIR,OSD_BUSY,LLERR_SRC,LLERR_CLR,VIDEOREF,
VSLVLADJSTS
-
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・
Section additions
3.9.2. Recommended settings for dynamic white pixel detection, 3.9.4.
Dynamic white pixel compensation position marker display, 3.10.2.
Checkpoints, 3.10.5. Checkpoints, 4.1.5. Port level information output, 5.2.5.
Internal OSD menu setting procedure, 5.2.6. Checkpoints for internal OSD
menu, 5.3.6. Concerning out-of-synchronization during external
synchronization, 6.3.2. Video servo (reference voltage adjustment)
And other trivial typo corrections
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iv
Notes:
The contents of this document are subject to change without notice due to improvements. Sony
does not intend for this document to constitute a license to implement the industrial property rights
relating to its contents or constitute guarantees for any other rights. When circuit examples are
provided in the document, they indicate typical applications examples as a reference regarding their
usage: therefore, Sony will not be liable in any way for damages resulting from the use of these
circuits.
It is forbidden to copy, transfer or transmit the contents of this document without the written
authorization of Sony Corporation.
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Technical Information – Effio-E™ System Application Notes -
Ver.1.0.0 May 28th, 2010
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v
Index
0.
Introduction 1
1.
Effio-E™ System 2
1.1.
Concept 2
1.2.
Comparison of specifications and power consumption levels with existing products 3
1.2.1.
Comparison of specifications 3
1.2.2.
Comparison of power consumption levels (reference values) 4
2.
System configuration 5
2.1.
LSI chip configuration 6
2.1.1.
Block diagram of entire CXD4127 chip 7
2.1.2.
Block diagram of entire CXD4816 chip 8
2.2.
Clock Configuration 9
2.2.1.
Analog output 9
2.2.2.
Digital output 9
2.2.3.
External synchronization 11
2.3.
CCD chip type selection 12
2.3.1.
CCD chip types supported 12
2.3.2.
Parameter files by CCD chip type 12
2.3.3.
Table of clock configuration for CCD chip types 13
2.3.4.
Setting location by CCD type 14
2.4.
Parameter configuration 17
2.4.1.
Description of communication parameter levels 17
2.4.2.
Communication Categories 18
2.4.3.
Storage of parameter settings 19
3.
Image quality adjustment functions 20
3.1.
Luminance signal processing 20
3.1.1.
Description of Y signal processes 21
3.1.2.
Aperture compensation function 24
3.1.3.
High resolution mode 29
3.2.
Chroma signal processing 30
3.2.1.
Description of chroma signal processing 30
3.2.2.
Complementary color pixel clip 32
3.2.3.
Simplified linear matrix 33
3.2.4.
HUE and gain adjustments (4-quadrant simultaneous/separate) 34
3.2.5.
Highlight and pedestal limits 35
3.3.
Gamma function 36
