High Reliability
Video LSIs
Ver.2.1
w w w. l a p i s - s e m i . c o m / e n
LAPIS Semiconductor
High Reliability
Video LSIs
Video Decoder · Encoder / Display Controller /
Image Correction IC
Features
Ver.2.1
1 Compatible with the major formats
LAPIS
Semiconductor
video
decoders and display controllers
support NTSC, PAL, and SECAM
for universal compatibility.
NTSC
PAL
SECAM
Video signal
Video Decoder
Display Controller
Worldwide compatibility
Applicable models :
Video decoder : All models
Display Controller : ML86V820□□□□, ML86V8401TB
4 Multiple high quality image functions
A number of image functions are
built in for superior image quality,
such as adaptive 2D YC
separation, 2-line non-linear I/P
conversion, automatic brightness
and hue adjustment, brightness/c
brightness/color
/ olor
difference/RGB gain-offset/contrast
gain-offset/c
/ ontrast
adjustment, edge enhancement,
gamma correction, and multigradation
processing.
5 Superior synchronous stability
High synchronous stability is
ensured for stable imaging, even
in poor signal areas, making them
ideal for vehicle TV systems.
2-line
2D
Automatic luminance
YC separation non-linear Hue adjustment
I/P conversion
High
H
ig
gh quality
qualitty image
im
ma g e
Brightness/color
B
rightness/color
ddifference/RGB
ifference/RGB
gainn-offset
gain-offset
aadjustment
djustment
Edge
Gamma
Multi-gradation
correction enhancement processing
LAPIS Semiconductor
Superior synchronous stability
*Photos are for illustrative purposes only
Applicable models :
Video Decoder : All models
Display Controller : ML86V820□□□□, ML86V8401TB
8 Various image correction functions
3D
noise
reduction
Multi
Frame
synchronizer
Jagless
output
Image
correction
IC
Digital
cross-color
reduction
with a wide range
9 Compatible
of temperatures
The entire lineup (excluding image
correction ICs) supports operation
from –40°C to +85°C, ensuring
compatibility with applications
requiring high reliability such as
automotive and outdoor surveillance
systems.
Low
brightness/
backlight
correction
function
I/P
conversion
Supports –40°C to +85°C
–40°C
LAPIS
Semiconductor
+85°C
Applicable models :
Image Correction IC : All models
www.lapis-semi.com/en
Conventional
Contrast
adjustment
Applicable models :
Video Decoder : All models
Display Controller : All models
LAPIS Semiconductor image
correction ICs integrate high
performance 3D noise reduction
along with a host of other features,
including jagless output,
output low
brightness/backlight correction, a
frame synchronizer, digital crosscolor reduction, and I/P conversion.
Stable video output even in
poor signal environments
Applicable models :
All models except Image Correction IC
1
Today's increasingly sophisticated video devices for the automotive, security, and consumer markets
require 'greener' components that provide superior reliability with high efficiency for lower power
consumption and reduced environmental impact. LAPIS Semiconductor offers a variety of video LSIs
the deliver high quality imaging, high reliability operation, and low power consumption for high
performance systems of all types.
2
3 World's lowest* power consumption
Industry's smallest*
video decoder, encoder
The ML86V76652HA (3.96 ã 3.96mm)
and ML86V76655HA (3.66 ã 3.44mm)
video decoders are available in an
ultra-compact 36pin WCSP, while the
ML86V76580HA (2.5 ã 2.76mm) video
encoder is offered in a 25pin WCSP,
making them ideal for high-density
portable applications such as mobile
phones.
The ML86V76652HA and ML86V76655HA
features a current consumption of only
57mW and can be driven from 1.8V,
ensuring compatibility with battery-driven
devices of all types.
Increases space savings
Video Decoder
Video Encoder
Sem LAPIS
icond
uctor
1.8V single
power supply
57mW
Industry's smallest* package
and lowest* power consumption
90mW
60mW
LAPIS Company Company
Semiconductor A
B
*LAPIS Semiconductor survey
*LAPIS Semiconductor survey
Applicable models :
Video Decoder : ML86V7665□HA
Video Encoder : ML86V76580HA
Applicable models :
Video Decoder : ML86V7665□HA
6 On screen display function
LAPIS Semiconductor display
controllers are capable of providing
onscreen text-based display.
Options include 2 font sizes (16/24
dots) and multiple colors (2/4/16 including transparent).
An OSD font building tool is also
provided.
Ideal for portable devices
7 Numerous screen display modes
LAPIS Semiconductor display
controllers scale the image based on
panel size.
Supports the following sizes: Normal
(4:3), Zoom (16:9), Wide (16:9),
Panorama (16:9).
Text-based OSD
Supports different panel sizes
Normal (4:3)
Standard
video
Zoom (16:9)
Wide (16:9)
Panorama (16:9)
*Photos are for illustrative purposes only
Applicable models :
Display Controller : ML86V8207TC, ML86V8209TC,
ML86V8401TB
Applicable models :
Display Controller : All models except ML86V810□□□
10 Multiple support tools
A variety of support tools are
available, including evaluation
boards, VAStudio, an I2C BUS
register tool allowing GUI-based
control of the LSI, and OSDBuilder,
an OSD font building tool.
Complete support
VAStudio
Evaluation board
rd
OSDBuilder
2
www.llapis-semi.com/en
www.lapis-semi.com/en
Video Decoders and Encoders
Compatible with World's Standard Formats
LAPIS Semiconductor
Display controllers
for Small to Medium-sized TFT LCDs
Video LSI
LAPIS
S
Semiconductor
i
d t
utilizes
tili
proprietary
i t
Image Correction ICs
Series
hi
high
h
reliability
analog/digital mixed signal technologies along with high quality
image processing expertise to develop products optimized for the
most demanding applications, including the security and
automotive sectors. Ideal solutions include video decoders that
support NTSC/PAL/SECAM and ensure stable video quality even in
poor environments, display controllers that provide scaling and
timing control functionality along with OSD (On Screen Display),
and unique high performance image correction ICs.
Unique image processing core technologies
echnologies
ensure high quality imaging
ging
Video input
High quality image technology
Image processing
Video output
NTSC/PAL
Video encoding
NTSC/PAL/SECAM
AGC/ACC
Gamma
correction
MPEG4
Codec
Video decoding
4fsc sampling
Edge enhancement
JPEG
Codec
Contrast adjustment
Multi-gradation
processing
Scaling
I/P, P/I conversion
PiP
DRAM control
OSD
Digital cross-color
reduction
MCU
3D
noise reduction
2D-graphics
(Analog
Digital)
LVDS
(Digital
Analog)
LCD I/F
TCON
LED control
CVBS
S-video
LVDS
CVBS
Frame
synchronization
Component
(RGB)
S-video
Video Decoder
Video decoding
Video Encoder
Automatic
luminance/color adjustment
2D YC separation
Component
(RGB)
Contrast
adjustment
Automatic
luminance/color adjustment
Video encoding
Brightness/Contrast adjustment
Outline correction Multi-gradation processing Hue adjustment
Gamma correction
2-line non-linear I/P conversion
Display Controller
2D YC separation
Gamma correction
2-line non-linear I/P conversion
Automatic luminance/color adjustment Brightness/color difference/RGB gain-offset/contrast adjustment Edge enhancement
Multi-gradation processing Scaling processing Hue adjustment
DRAM control
MCU
Image Correction IC
3D noise reduction
Frame synchronizer
www.lapis-semi.com/en
Automatic color
Automatic
2D noise reduction Low brightness correction Backlight correction brightness
adjustment difference correction
Digital cross-color reduction DRAM control
3
Jagless output
I/P conversion
LAPIS Semiconductor Video LSI Features
Video LSIs for Automotive Systems
Feature
1
Top market share
in Japan*
Market-proven reliability and performance (Automotive)
Making use of experience in providing video LSIs to a number of major domestic (Japan) car accessory makers for a long time,
LAPIS Semiconductor has accumulated the technology for achieving high video quality while driving or in a hostile environment
such as wide temperature variation. Recently, the demand for car-mounted LCD monitor has been increasing due to the spread
of car-mounted cameras which was led by rising safety awareness. LCD monitors are now used for car audio and rearview mirror
as well as car navigation system. For these applications LAPIS Semiconductor continues to work on LSI development mainly for
video decoder, video encoder and display controller, in order to meet customer needs.
Rearview Mirror
Display controller
In Car Data Recorder
Video decoder, JPEG, MPEG4
Sun Visor
Display controller
Comprehensive support system,
from product planning to collaborative
evaluation and mass production
Engineers are
available for expert
advice regarding
analog/digital video
Rear Seat Entertainment
Display controller
Speedy development
with a p
priority
on prompt
promp delivery
Portable Navigation Device
Video decoder
*LAPIS Semiconductor
survey
Car Navigation,
Audio, TV
Video decoder,
Display controller,
Video encoder
Feature
2
High quality, high reliability analog-digital mixed signal image technology
LAPIS Semiconductor video decoders support NTSC/PAL/SECAM and ensures precise digitization of the original image (analog) with no color degradation.
This is enabled by minimizing the quantization noise caused by analog-digital conversion via a 2D YC separation function and 4fsc (8fsc within the IC) color sub carrier (3.58MHz) sampling.
Additional functions include auto-luminance/color/contrast/hue adjustment, brightness/color difference/RGB gain-offset adjustment, outline correction, and multi-gradation processing.
Precise digitization reduces quantization noise via 4fsc sampling
Color sub carrier sampling
level +1
0
Gaps
cause
uneven
color
level –1
Conventional
LAPIS Semiconductor
Gap
Even
color
Uneven
color
BT.601
(13.5MHz)
4fsc
clock
(14.32MHz)
Without quantization noise reduction
or multi-gradation processing
With quantization noise reduction
and multi-gradation processing
*Sample photos
Feature
3
Prompt, expert technical support reduces product development time
Evaluation boards and development tools are available for all LAPIS Semiconductor video LSIs. In particular, our unique VAStudio GUI-based I2C BUS register setting tool and
OSDBuilder font creation tool shorten customer development time considerably. These, in addition to our renowned technical support system, result in optimized solutions.
LAPIS Semiconductor Development Support Tools
I2C BUS Register Setting Tool
OSD Font Building Tool
Display Controller Evaluation Board with MCU
CVBS : RCA pin
S-video : S-video pin
External Digital I/F
External OSD I/F
Digital
video
CV1
Analog
A
n
CV2
I/F
SPIFLASH
24 RGB
CV3
Display
D
ispllay
Controller
ML86V8401TB
SPI
TCON
S-video
ML86V8401TB
LED DRV.
LCD
panel
LED DRV.
External
E
CPU I/F
C
user I/F
I2C
USB
VAStudio
OSDBuilder
4
Windows® XP
I2C
I2C
EEPROM
SPI
AIN
DC12V
Switch board
www.lapis-semi.com/en
LAPIS Semiconductor Video
LSI Lineup (by Applications)
Consumer Electronics
Surveillance Equipments
Automotive Systems
NTSC/PAL/SECAM
Input signal:CVBS/S-video/Component(RGB)
Video Decoders
Output signal:BT.656, YCbCr8/16bit, RGB8/18bit
Sampling:
PLL line locking sampling and
asynchronous sampling
BT.601/4fsc/Square/WVGA/EGA
Image adjustment functions:
2D YC separation, auto-luminance,
color/brightness, contrast/hue adjustment,
outline correction
Additional functions:
Multi-gradation processing,
WCSP (Wafer-level Chip Size Package)
IP / Surveillance cameras
ML86V7665□□□
series
Audio
display
ML86V7675TB
Rear seat
entertainment
ML86V7674TB
HDD recorders
ML86101ATB
TV intercoms
ML86V7665TB
Navigation systems
system
Portable
navigation
ML86V7675TB
ML86V7665□□□ ML86V766□□□
series
series
ML86101ATB
Video Encoders
NTSC/PAL
Input signal:BT.656, YCbCr8/16/24bit, RGB24bit
Output signal:CVBS/S-video/Component(RGB)
Image adjustment functions:
Luminance/color adjustment
Additional functions:
I/P-P/I conversion, no LPF required,
WCSP (Wafer-level Chip Size Package)
One-segment TV STBs
ML86V7655TB
DVR
ML86V7655TB
Portable audio
ML86V76580□□
series
Navigation systems
ML86V76580□□
series
Display Controllers
Built-in video decoder
Input signal:BT.656, YCbCr8/16bit, RGB18/24bit
CVBS/S-video/Component(RGB)
Output signal:BT.656, YCbCr8/16/24bit, RGB18/24bit
Output pixels:QVGA to XGA
Scaler:Zoom/wide/panorama
Image adjustment functions:
Auto-luminance/color, hue adjustment,
outline/gamma correction,
brightness/color difference/RGB gain-offset
and independent RB adjustment
Additional functions:
OSD, LED controller, 8bit MCU, PiP,
Multi-gradation processing, TCON
Rearview mirrors
ML86V8401TB
Audio
display
ML86V820□□□
series
ML86V810□□□
series
Mini component
omponent stereo systems
ML86V8401TB
ML86V8207TC
TV intercoms
ML86V8401TB
Rear seat
entertainment
ML86V8401TB
ML86V8207TC
Image Correction ICs
Navigation systems
ML86V820□□□
series
ML86V810□□□
series
ML86V8401TB
2D/3D noise reduction with
8Mbit frame memory (DRAM)
Input signal:BT.656, YCbCr8/16bit, 510H/760H
Output signal:BT.656, YCbCr8/16bit
Video encoder:CVBS/S-video
Image adjustment functions:
Low brightness/backlight correction
Additional functions:
Jagless output, still imaging,
frame synchronizer, cross-color reduction
TVs
33D
D-NR:
ML87V2107TB
ML87V21071TB
PC boards
3D-NR: ML87V2107TB
Icon
descriptions
Automotivegrade
Decoder for
NTSC/PAL/SECAM
Display
controller
Encoder for
NTSC/PAL
Combined use of
3D-NR and
2D-NR possible,
possible auto NR
www.lapis-semi.com/en
BT.656/Y
/ CbCr/RGB
BT.656/YCbCr/RGB
digital input
CVBS/S-video/Component
analog input
Supports 510H/760H
re-sampling
IP / Surveillance
cameras
3D-NR :ML87V21072TB
In car data recorders
ML87V21072TB
TV intercoms
ML87V21072TB
BT.656/Y
/ CbCr/RGB
BT.656/YCbCr/RGB
digital output
CVBS/S-video/
Component analog output
Sampling frequencies compatible
with EGA/WVGA
5
BT.601/
Square pixel/
4fSC sampling
frequency
Video Decoders and Encoders Compatible with World's Standard Formats
Input / Output format
P.7
Sampling frequency
Video Decoders
Video format
ML86V76652TB
ML86V76652HA
ML86V76655HA
ML86V7668ATB
ML86V7674TB
ML86V7675TB
Video Encoders
ML86101ATB
ML86V7655TB
ML86V76580TB
ML86V76580HA
Display Controllers for Small- to Medium-sized TFT LCDs
Video format
Input / Output format
P.9
Sampling frequency
ML86V8101TB
ML86V8102TB
ML86V8202CTB
ML86V8207TC
ML86V8209TC
ML86V8401TB
ML86V8201TB
Image Correction ICs
Noise reduction
Input / Output format
P.11
Internal frame memory
ML87V2103TB
ML87V2107TB
ML87V21071TB
ML87V21072TB
Frame
memory (DRAM)
built-in
Automatically
detects
camera video
Low power
video decoder
Multi-gradation
processing
Hue adjustment
Interlaced/
progressive
translation
Brightness/
contrast adjustment
RGB gain-offset
adjustment
RGB shared
RB independent
Brightness/
color difference/
gain-offset adjustment
and
d independent
i d
d t
YC adjustment
On screen display
function
Timing control
function
Frame synchronizer
Low illumination
backlight correction
WCSP
package
PinP function
Still image
output
Digital cross-color
reduction
Video encoder
built-in
QFP
package
LED controller
built-in
MCU built-in
Jagless output
Operating temperature
p
range :
–40˚C to +85˚
+85˚C
C
6
www.lapis-semi.com/en
Video Decoders and Encoders
Compatible with World's Standard Formats
The video decoders are LSIs that convert analog video signals into digital data. They are applicable to NTSC/PAL/SECAM of the
world major formats and ideal for the worldwide video devices. As there are line-ups of the industry's smallest class compact
package and world's lowest class low power consumption, they are also ideal for the mobile video devices. The video encoders are
LSIs that convert digital video signals into analog video signals. They are applicable to NTSC/PAL/SECAM of the world major
formats and can adapt the industry's smallest class compact package being ideal for the mobile video devices.
LINEUP
Video
format
o a
Output format
Package
Sampling frequency
Video Decoders
Input format
World's lowest power consumption, TQFP package
ML86V76652TB
TQFP48
Top Bottom
WCSP25
Industry's smallest size (WCSP), low power consumption
ML86V76652HA
WCSP36
(3.96×3.96)
TTop
To
p Bottom
WCSP36
(3.66×3.44)
WCSP36
(3.66×3.44)
Industry's smallest size (WCSP), low power consumption
ML86V76655HA
4CVBS/3S-video inputs
TTopp Bottom
To
ML86V7668ATB
TQFP100
WCSP36
(3.96×3.96)
Component/EGA input
ML86V7674TB
TQFP64
Component/WVGA input
ML86V7675TB
TQFP64
TQFP48
4CVBS inputs, TQFP package
Video Encoders
ML86101ATB
TQFP48
Component output
ML86V7655TB
TQFP64
TQFP100
CVBS output, TQFP package
ML86V76580TB
TQFP48
CVBS output, WCSP package
ML86V76580HA
WCSP25
Please refer to pgs. 5-6 for icon descriptions.
TQFP100
Actual size shown
Video Decoders : Functional Block Diagram
Multi-gradation processing
results in high quality images
Multiple sampling frequencies
Superior synchronous stability
Provides the ideal sampling frequency
for the customer's system.
Ensures stable imaging, even in poor
signal environments.
Digital block
Synchronous
detection
PLL
Amp.
ADC
C
2D YC
p
separation
filter
Y
Color
difference
control
Luminance
control
Digital output I/F
CVBS
Video selector
S-video
Navigation
Virtually any video processor or MCU can be
connected downstream.
The applicable video formats are:
BT.656, YCbCr 8/16bit, and RGB 8/18bit.
Applicable models : All video decoder models
except ML86V7668ATB
Analog block
Component
Com
ponent
Numerous digital output formats
Gray scale equivalent to 24bit RGB is possible
on an 18bit RGB LCD.
H
synchronization
V
Video Processor
synchronization
or
Video data
MCU
Clock
Camera
I2C control
Compatible with the major formats
Supports the NTSC, PAL, and SECAM analog video formats.
CVBS : All models
CVBS, S-video : ML86V7668ATB, ML86101ATB
CVBS, S-video, Component : ML86V767□□□
www.lapis-semi.com/en
VBI
data detection
2D YC separation filter utilized
for a clear color boundary
The 2D YC separation filter integrates line memory and
automatically selects a filter between the trap and comb filters in
the horizontal and vertical directions, respectively. The result is a
clear color boundary both horizontally and vertically.
7
Internationally compliant pixel frequencies:
ITU-R BT.601 (13.5MHz),
EGA, WVGA, Square, and 4fsc
Broad compatibility ensure support for a wide range of
applications, from standard consumer equipment to
automotive systems requiring ultra-high reliability.
Multi-gradation processing enables
24bit RGB imaging even on 18bit RGB LCDs
High quality images even on 18bit LCDs
Conventional
LAPIS Semiconductor's advanced multi-gradation processing function
performs 2bit simulated gradation correction with dithering (intentionally
randomized quantization errors) using FRC (Frame Rate Control). The 4
× 4 pixel dither patterns are varied in 4-frame periods to perform multigradation processing both spatially and temporally. This allows an 18bit
LCDs to display images equivalent to 24bit RGB LCDs (253 tones,
equivalent to 16,190,000 colors of RGB).
LAPIS Semiconductor
Quantization
noise
generated via
16,190,000
colors
18bit processing
Applicable models :
: All models except ML86V7668ATB
Video Decoder
*Photos are for illustrative purposes only
Select the ideal sampling method based on
system and video source
Select between PLL line lock sampling and
asynchronous sampling
External Crystal Oscillator
Two video decoder sampling methods are offered: integrated PLL line
lock sampling utilizing a crystal oscillator and asynchronous sampling
requiring multiple external clocks. Six different clock frequencies can be
selected (2 external crystal oscillators + 4 external clocks). PLL
sampling maintains a constant number of pixels per line, while
asynchronous sampling is compatible with various external clocks,
including BT.601, NTSC square, PAL square, NTSC 4fsc, as well as
crystal oscillators. In addition, this method features a pixel position
correction function for jitter-free video.
Amp.
Applicable models : All models except ML86V76652□□, ML86V7668ATB
are compatible with 4fsc
External crystal
oscillators can be used
External Clock
27MHz(BT.601)
24.545454MHz(NTSC square pixel)
29.5MHz(PAL square pixel)
28.6363MHz(NTSC 4fsc)
XI XO
XI XO
Internal system clock
Internal system clock
Selectable
ADC
ADC
Amp.
Compatible with
multiple clocks
Ideal for portable electronics
Conventional
1.8V Single
power source
The ML86V76655HA is offered in an ultra-compact 36pin(3.66mm×3.44mm)
WCSP(Wafer-level Chip Size Package) measuring just 3.96mm×3.96mm.
Operation is possible from a single 1.8V power source, and power
consumption is a minuscule 57mW. Additional models include the
ML86V76580HA available in 25pin(2.5mm×2.7mm) WCSPs.
57mW
60mW
Sem LAPIS
icond
uctor
LAPIS Company Company
Semiconductor A
B
*LAPIS Semiconductor survey
Interlaced scanning
Even Field
4mm
90mW
4mm
Applicable models : ML86V76655HA, ML86V76580HA
Both the ML86V7655TB offer I/P conversion
functionality via built-in SRAM, making
progressive scanning possible without external
memory. Also, they have P/I conversion
function.
I/P Conversion:262.5 linesŤ525 lines(NTSC)
P/I Conversion:525 lines Ť262.5 lines(NTSC)
External Clock
External
crystal oscillator
32MHz
32.768MHz
Industry's smallest* package with
the lowest* power consumption
SRAM included for I/P
conversion output
No
quantization
noise
possible
ML86V76655HA
No external low-pass filter
required + supports direct connection to TV
Odd Field
＋
LAPIS Semiconductor video encoders
folding
noise by performing high-speed sampling at
54MHz, eliminating the need for an external
low-pass filter, reducing parts costs while
enabling direct connection to TVs.
P/I conversion
I/P conversion
Progressive scanning
LC filter
not required
LAPIS
Semiconductor
Direct connection
Applicable models : ML86V7655TB
Applicable models : ML86V76580TB, ML86V76580HA
*Photos are for illustrative purposes only
Specifications
Video Encoders
Video Decoders
Part number
ML86V76652TB
*LAPIS Semiconductor survey
Power supply
voltage(V)
I/O 3.3 or 1.8
Core 1.8
Input format
Video format
CVBS×2
NTSC
PAL
SECAM
Output format
Pixel frequency
Sampling frequency
Crystal
oscillator
support
Features
Package
ITU-R BT.656
YCbCr 8bit
13.5MHz
12.272727MHz
14.75MHz
27MHx, 24.545454MHz,
29.5MHz
○
World's lowest*
power consumption
TQFP48
Industry's
smallest* size
World's lowest*
power consumption
Automatic
camera video
signal detection
ML86V76652HA
I/O 3.3 or 1.8
Core 1.8
CVBS×2
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz
12.272727MHz
14.75MHz
27MHx, 24.545454MHz,
29.5MHz
○
ML86V76655HA
I/O 3.3 or 1.8
Core 1.8
CVBS×2
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz, 12.272727MHz,
14.75MHz, 14.318182MHz
27MHx, 24.545454MHz,
29.5MHz, 28.6363MHz
−
ML86V7668ATB
I/O 3.3
Core 2.5
CVBS×4
S-video×3
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8/16bit
RGB 18bit
13.5MHz, 12.272727MHz
27MHx, 24.545454MHz
−
ML86V7674TB
I/O 3.3
Core 1.8
CVBS×4
S-video×1
Component×1
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz,
14.318182MHz,
9.582167MHz
27MHx,
28.6363MHz,
9.582167MHz
○
Supports
EGA
TQFP64
ML86V7675TB
I/O 3.3
Core 1.8
CVBS×4
S-video×1
Component×1
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz, 14.318182MHz,
27MHx, 28.6363MHz,
9.582167MHz, 33.231MHz 9.582167MHz, 33.231MHz
○
Supports
EGA to WVGA
TQFP64
ML86101ATB
I/O 3.3
Core 1.5
CVBS×4
S-video×2
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz, 12.272727MHz,
14.75MHz, 14.318182MHz
27MHz, 24.545454MHz,
29.5MHz, 28.6363MHz
○
High quality images
TQFP48
ML86V7655TB
I/O 3.3
Core 2.5
ITU-R BT.656,
YCbCr 8/16/24bit
RGB24bit
NTSC
PAL
CVBS
S-video
Component
13.5MHz, 12.272727MHz,
14.75MHz, 14.318182MHz,
18MHz
27MHz, 24.545454MHz,
29.5MHz, 28.6363MHz
−
I/P + P/I
conversion
TQFP100
ML86V76580TB
I/O 3.3
Core 1.8
ITU-R BT.656
YCbCr 8bit
NTSC
PAL
CVBS
13.5MHz, 12.272727MHz,
14.75MHz, 14.318182MHz
54MHz, 49.090908MHz,
59MHz, 57.272728MHz
−
No LPF required
TQFP48
ML86V76580HA
I/O 3.3
Core 1.8
ITU-R BT.656
YCbCr 8bit
NTSC
PAL
CVBS
13.5MHz, 12.272727MHz,
14.75MHz, 14.318182MHz
54MHz, 49.090908MHz,
59MHz, 57.272728MHz
−
Industry's
smallest* size
WCSP25
No LPF required
8
WCSP36
(3.96×3.96)
WCSP36
(3.66×3.44)
4CVBS inputs + TQFP100
3S-Video inputs
www.lapis-semi.com/en
Display Controllers for
Small- to Medium-sized TFT LCDs
These display controller LSIs are designed for small- to medium-sized LCDs. They support both analog and digital input,
scale images to match display size, adjust video for optimum viewing. In addition, a timing controller is built in for direct
connection with a variety of LCDs. Additional features include onscreen display, integrated MCU, and more.
LINEUP
Video
format
Input format
Sampling
frequency
Output format
Package
Integrated Image Adjustment Function(18bit)
TQFP64
ML86V8101TB
TQFP64
Integrated Image Adjustment Function(24bit)
TQFP80
ML86V8102TB
Simply type with Component Input
TQFP100
ML86V8202CTB
Built-In OSD (On Screen Display) Function
TQFP80
LQFP144
ML86V8207TC
TQFP100
Integrated PinP Function
ML86V8209TC
LQFP176
LQFP144
Integrated 8bit MCU
ML86V8401TB
TQFP100
Simply type with image adjustment functions
TQFP100
ML86V8201TB
LQFP176
Shown
at 50% scale
Please refer to pgs. 5-6 for icon descriptions.
Display Controllers : Functional Block Diagram
High quality imaging via
video adjustment function
Supports a wide range of LCD sizes
Compatible with major formats
Gamma correction, contrast/gain-offset adjustment, edge
enhancement, and multi-gradation processing are included
for superior imaging.
The scaler adjusts the image to match the screen size.
Supports QVGA (320×240) to XGA (1024×768).
Supports the NTSC, PAL, and SECAM analog video formats.
Applicable models : All models except ML86V810□TB
Applicable models : All models except ML86V810□TB
LCD interface with TCON
{
S-video
S
CVBS
C
Vid
Video
Decoder
Adjusterr
Scaler
LCD I/F
F
Camera
Navi
chip
RGB (Dig
(Digital)
TV
TCON
RGB (Digital)
8bit MCU included
for standalone operation
MCU 8051
PLL
P
LED Control
oll
ROM
M
ADC
A
C
OSD Control
ol
ol
DCDC
((LED)
LED controller
The built-in 8bit MCU 8051 enables standalone
operation without an external MCU.
No external LED controller is required, reducing costs.
ROM
(Option)
Applicable models : ML86V8401TB
Applicable models : ML86V8401TB
I2C BUS
Onscreen display
Spectral diffusion PLL
Effective for EMI noise reduction.
Applicable models : ML86V8201TB, ML86V8202ATB,
ML86V8401TB
Multiple adjustment functions result in clearer,
more natural images
2ch A/D for Key Scan
The integrated OSD and bitmap display functions enable
onscreen display in different characters and patterns.
Supports both key and touch panel input.
Applicable models : ML86V8207TC, ML86V8209TC,
ML86V8401TB
Applicable models : ML86V8401TB
Brightness/color difference/RGB gain-offset and independent RB adjustment
provides superior image quality
A variety of functions are integrated to ensure excellent image quality,
RGB
RB
shared independent
including automatic brightness/hue adjustment, contrast adjustment,
Video output
OUT
Gain
RGB
RB
shared independent
Video input
brightness/color difference/RGB gain-offset adjustment, edge
Conventional
enhancement, gamma correction, and multigradation processing.
OUT
Offset
IN
Video output
DVD
Supports virtually any LCD panel, including smallto medium-sized LCDs without TCON.
Component-video
C
o
Video input
IN
LAPIS Semiconductor
Independent RB adjustment
enables greater
customization of colors
and image quality
Applicable models : ML86V8101TB, ML86V8102TB ,ML86V8202CTB, ML86V8201TB
*Photos are for illustrative
purposes only
www.lapis-semi.com/en
9
Timing controller and multiple screen modes included
for customized output and broad compatibility
Support various LCD panels
Normal (4:3)
Zoom (16:9)
The integrated timing controller (digital RGB output data clock, 1-4
horizontal/1-3 vertical control signals) enables direct connection to
LCDs, while the multiple screen formats, including normal (4:3), zoom
(16:9), wide (16:9), and panorama (16:9) allow for customized viewing.
Wide (16:9)
Standard video
Panorama (16:9)
Applicable models : All models except ML86V810□TB
*Photos are for illustrative purposes only
Reduced mounting area and costs
Built-in 8bit MCU enables standalone operation
without the need for an external MCU
Conventional
General 8bit
MCU
An 8bit MCU 8051 is integrated, providing a monolithic solution that
replaces conventional 2-chip systems comprised of an individual 8bit
MCU with display controller.
LAPIS Semiconductor
MCU built-in
display controller
Conventional display
controller
7mm
14mm
Monolithic
solution
20%
smaller
14mm
7mm
14mm
TQFP48
14mm
TQFP100
2
2
TQFP100
2
49mm +196mm =245mm
Mounting area : 245mm2
Applicable models : ML86V8401TB
Supports use
as a sub-MCU
Mounting area : 196mm2
Customized display possible
OSD (On Screen Display) function enables
adjustment of font size, characters,
and patterns for optimum viewing
Characters
The built-in on screen display function allows for a high degree of
customization with : 2 font sizes (16/24 dots), 2/4/16 colors (including
translucent), up to 256 characters, and 16bit RGB bitmap display
(requiring external Flash memory), in addition to on-screen display
function enabling 1500 allocations.
Symbols
Patterns
RGB16bit
bitmap
Features:
- Two font sizes
- 256 characters (including
patterns and symbols)
- 2/4/16 colors
(translucent possible)
-1500 allocations
Applicable models : ML86V8207TC, ML86V8209TC, ML86V8401TB
*Photo is for illustrative purposes only
Multi-source composition
Analog
g video
Automotive-grade
temperature range
Digital video
Up to 5 video / image sources, including
still images and analog / digital video
(stored in external ROM) can be combined and superimposed at the same
time, along with OSD characters. The
level of transparency for each source is
adjustable as well.
Applicable models : ML86V8209TC
—40°C
The products feature a wide operating
range, from —40°C to +85°C, making
them compatible with high reliability applications such as automotive and security
systems.
LAPIS
Semiconductor
+85°C
Wide operating
temperature range
Picture in Picture
Specifications
Part number
Operating
Power supply temperature
voltage(V)
range(°C)
ML86V8101TB
I/O 3.0 to 3.6
−40 to ＋85
Core 3.0 to 3.6
ML86V8102TB
I/O 3.0 to 3.6
Core 3.0 to 3.6 −40 to ＋85
Analog video input
Pin
Format
Digital video
input
Digital video
output
ー
ー
RGB 18bit
RGB 18bit
QVGH
to QHD
ー
ー
RGB 18/24bit
QVGH
to QHD
ー
ー
ー
ー
ー
RGB 18/24bit
ー
ML86V8202CTB
I/O 3.0 to 3.6
Core 1.7 to 2.0
−40 to ＋85
Analog 1.7 to 2.0
PLL 1.7 to 2.0
CVBS×2
NTSC
+(Comp or S-video)×1
PAL
+Comp×1
SECAM
ML86V8207TC
I/O 3.0 to 3.6
Core 2.25 to 2.75
Analog 3.0 to 3.6 −40 to ＋85
PLL 3.0 to 3.6
2.25 to 2.75
ML86V8209TC
I/O 3.0 to 3.6
Core 2.25 to 2.75
Analog 3.0 to 3.6 −40 to ＋85
PLL 3.0 to 3.6
2.25 to 2.75
CVBS×4
CVBS×3
NTSC
+(Comp or S-video)×1
PAL
CVBS×2
SECAM
+S-video×1
+(Comp or S-video)×1
CVBS×4
CVBS×3
+(Comp or S-video)×1
NTSC
CVBS×2
+S-video×1
PAL
+(Comp or S-video)×1 SECAM
CVBS×1
+S-video×2
+(Comp or S-video)×1
ML86V8401TB
I/O 3.0 to 3.6
Core 1.7 to 2.0
Analog 3.0 to 3.6 −40 to ＋85
1.7 to 2.0
PLL 1.7 to 2.0
CVBS×3
CVBS×2
+S-video×1
ML86V8201TB
I/O 3.0 to 3.6
Core 1.35 to 1.65
Analog 3.0 to 3.6 −40 to ＋85
PLL 1.35 to 1.65
CVBS×2
+S-video×1
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
Resolution OSD
ITU-R BT.656
QVGA
YCbCr 8/16/24bit to WVGA
RGB 18/24bit
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
RGB 18/24bit
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
RGB 18/24bit
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
QVGA
Text
to WVGA
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
QVGA
to WVGA
10
QVGA
Text
to WVGA Line
QVGA
to XGA
Text
Line
ー
MCU
Features
Image adjustment
function
(Digital input only)
Image adjustment
function
(Digital input only)
Image adjustment
function
(Analog input enabled,
simple configuration)
Package
TQFP64
TQFP80
TQFP100
ー
OSD function
for text/icons
LQFP144
ー
Picture in Picture
function for video
composition installed
LQFP176
8051
(8bit)
MCU built in
for system control
TQFP100
ー
Image adjustment
function
TQFP100
www.lapis-semi.com/en
Image Correction ICs
LAPIS Semiconductor image correction ICs effectively reduce CCD noise generated by surveillance cameras in dark
environments. Frame memory is also integrated for strong noise reduction with virtually no ghosting. Additional features
include low brightness correction and jagless image/video output. Noise reduction also helps reduce MPEG4 file size. Direct
connection to a DSP is also supported, simplifying configuration.
LINEUP
Noise
reduction
Input format
Output format
Built-in frame
memory
Package
I/P conversion function
ML87V2103TB
TQFP100
Frame synchronizer
ML87V2107TB
TQFP100
Digital cross-color reduction
ML87V21071TB
TQFP100
TQFP100
Multi-functional 3D-NR for CCTV camera
ML87V21072TB
TQFP100
Please refer to pgs. 5-6 for icon descriptions.
Actual size shown
Image Correction IC : Functional Block Diagram
Automatic detection of noise amount and
automatic setting of optimum value
for 3D noise reduction
CVBS/S-video output
An optimum value for 3D noise reduction is set automatically
according to the noise amount.
In combination with 2D noise reduction, strong noise reduction
with smaller image sticking can be performed.
Supports surveillance camera
interfaces 510H/760H
The built-in video encoder supports output to TVs.
Applicable models : ML87V21072TB
With direct connection to surveillance camera DSP,
re-sampling function converts it to the digital video standard signal.
Standard digital video
Applicable models : ML87V21072TB
Applicable to digital output BT.656 and achieve the high
compression rate by noise reduction with connecting to
video compression IC as MPEG4 encoder.
g
g
Digital
Signal
DSP
510H/760H
camera
Surveillancee camera block
Video
input
Image
age
ccorrection
or
3D-NR
Frame 2D-NR
F
m
median
ffilter
Low brightness and backlight
correction functions
Increases the brightness of darker regions independently.
Frame
y
Memory
SC
C/PA
AL
NTSC/PAL
er
Encoder
CVBS
Digital
Output
BT.656
PLL
TV
Video processor
MCU
I2C
Applicable models :
Low brightness, backlight correction - ML87V21072TB only
Edge enhancement
- all models
Clear, jagless video output
Frame memory built-in
A frame median filter, along with integrated memory,
eliminate blurring of fast-moving objects in photos and video.
Built-in frame memory (4Mb/8Mb DRAM) and 3D NR eliminates ghosting
and blurred images. Still/inverted image output is enabled.
Applicable models : ML87V21072TB
Applicable models : Up/down inversion -ML87V21072TB only
Other features
- all models
2D/3D noise reduction results in high quality
and more efficient image compression
3D noise reduction with integrated frame memory and 2D noise reduction
with edge enhancement perform optimized noise reduction based on
Noise reduction also reduces data size
Industry-best noise reduction
Original picture
(with variable bit rate MPEG)
After
noise reduction
Compressed to about 1/3
automatic discrimination of moving and still images under any conditions.
NR OFF ťŤNR ON
The result is clearer viewing in surveillance systems, even in dark
800000
environments, and improved compression rates for smaller file sizes.
Data size
700000
600000
500000
400000
300000
200000
Noise reduction processing
Time
NR reduces MPEG file sizes significantly
Applicable models : Automatic discrimination function - ML87V21072TB only
Other functions
- all models
www.lapis-semi.com/en
*Photos are for illustrative purposes only
11
Median filter ensures clear, blur-free video
View fast-moving objects clearly
Jaggy
The median filter realizes both the high resolution of frame
me images
achieved by the use of frame memory and the moving
ng image
characteristics of field images. It provides high resolution still images as
well as blur-free video by converting from 60i to 30p and 50i to 25p.
No Jaggy
*Photos are for illustrative purposes only
Applicable models : ML87V21072TB
Converts 510H/760H/BT.656 digital signals
to standard video via re-sampling function
Applicable to various I/F by built-in re-sampling function
Applica
Connect to
a variety of sets
27MHz
The ML87V21072TB supports surveillance camera standards 510H
H and
760H and can be directly connected to the camera DSP.
In addition, a re-sampling function is included that converts to 8bit YCbCr
and BT.656 for composite and S-video use.
camera
PLL
DSP
510H
760H
BT.656
Image
correction
9.534MHz
14.318MHz
27MHz
NR
CVBS
S-video
Resampling
TV
Video Enc.
Digital
BT.656
No need
of re-sampling IC
Direct connection
Applicable models : ML87V21072TB
Corrects dark areas only
Automatic luminance gain and color difference
correction compensates for backlight-induced
low brightness and underexposure
Before correction
After correction
Maintains
the luminance
of bright sections
The automatic correction functions adjusts the brightness and color for
optimum viewing even in harshly backlight environments.
Increases luminance
and corrects color data for
dark part to realize
original colors
Applicable models : ML87V21072TB
*Photos are for illustrative purposes only
Frame synchronization
n Before correction
After correction
Cross-color reduction
n
The built-in frame memory
stores a previous frame and
ensures stable video by
outputting stored images
when a blurry image is input.
Cross-color reduction is
performed by analyzing the
differences between a current
and a previous image and
separating brightness and
color components.
Applicable models : ML87V21072TB
Applicable models : ML87V21071TB
B
Before correction
*Photos are for illustrative purposes only
After correction
*Photos are for illustrative purposes only
Specifications
Part number
Power supply
voltage(V)
Input format
Output format
Noise
reduction
Still image
Encoder
Features
Package
ML87V2103TB
3.3
ITU-R BT.656
YCbCr 8/16bit
YCbCr 16bit
3D-NR
2D-NR
○
ー
I/P conversion
TQFP100
ML87V2107TB
3.3
ITU-R BT.656
YCbCr 8/16bit
ITU-R BT.656
YCbCr 8/16bit
3D-NR
2D-NR
○
ー
Frame synchronizer
TQFP100
ML87V21071TB
3.3
ITU-R BT.656
YCbCr 8/16bit
ITU-R BT.656
YCbCr 8/16bit
3D-NR
2D-NR
○
ー
Digital cross-color
reduction
TQFP100
ML87V21072TB
3.3
ITU-R BT.656
YCbCr 8bit
ITU-R BT.656
YCbCr 8bit
3D-NR
2D-NR
○
○
Re-sampling
Jagless output
Low illumination correction
Image inversion
TQFP100
12
www.lapis-semi.com/en
Specifications
Video Decoders and Encoders Compatible with World's Standard Formats
Power supply
voltage(V)
Input format
Video
format
Output format
Pixel frequency
Sampling frequency
ML86V76652TB
I/O 3.3 or 1.8
Core 1.8
CVBS×2
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz
12.272727MHz
14.75MHz
27MHz, 24.545454MHz,
29.5MHz
○
World's lowest*
power consumption
ML86V76652HA
I/O 3.3 or 1.8
Core 1.8
CVBS×2
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz
12.272727MHz
14.75MHz
27MHz, 24.545454MHz,
29.5MHz
○
Industry's
smallest *size WCSP36
World's lowest* (3.96×3.96)
power consumption
ML86V76655HA
I/O 3.3 or 1.8
Core 1.8
CVBS×2
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz,12.272727MHz,
14.75MHz,14.318182MHz
27MHz, 24.545454MHz,
29.5MHz, 28.6363MHz
−
Automatic
WCSP36
camera video (3.66×3.44)
signal detection
ML86V7668ATB
I/O 3.3
Core 2.5
CVBS×4
S-video×3
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8/16bit
RGB 18bit
13.5MHz, 12.272727MHz
27MHz, 24.545454MHz
−
4CVBS inputs +
3S-Video inputs
TQFP100
ML86V7674TB
I/O 3.3
Core 1.8
CVBS×4
S-video×1
Component×1
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz,
14.318182MHz,
9.582167MHz
27MHz,
28.6363MHz,
9.582167MHz
○
Supports
EGA
TQFP64
ML86V7675TB
I/O 3.3
Core 1.8
CVBS×4
S-video×1
Component×1
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz, 14.318182MHz,
27MHz, 28.6363MHz,
9.582167MHz, 33.231MHz 9.582167MHz, 33.231MHz
○
Supports
EGA to WVGA
TQFP64
ML86101ATB
I/O 3.3
Core 1.5
CVBS×4
S-video×2
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8bit
13.5MHz, 12.272727MHz,
14.75MHz, 14.318182MHz
27MHz, 24.545454MHz,
29.5MHz, 28.6363MHz
○
High quality
images
TQFP48
ML86V7655TB
I/O 3.3
Core 2.5
ITU-R BT.656,
YCbCr 8/16/24bit
RGB24bit
NTSC
PAL
CVBS
S-video
Component
13.5MHz, 12.272727MHz,
14.75MHz, 14.318182MHz,
18MHz
27MHz, 24.545454MHz,
29.5MHz, 28.6363MHz
−
I/P + P/I
conversion
TQFP100
ML86V76580TB
I/O 3.3
Core 1.8
ITU-R BT.656
YCbCr 8bit
NTSC
PAL
CVBS
13.5MHz, 12.272727MHz,
14.75MHz, 14.318182MHz
54MHz, 49.090908MHz,
59MHz, 57.272728MHz
−
No LPF
required
TQFP48
ML86V76580HA
I/O 3.3
Core 1.8
ITU-R BT.656
YCbCr 8bit
NTSC
PAL
CVBS
13.5MHz, 12.272727MHz,
14.75MHz, 14.318182MHz
54MHz, 49.090908MHz,
59MHz, 57.272728MHz
−
Industry's
smallest *size
Video Decoders
Part number
Video Encoders
*LAPIS Semiconductor survey
Crystal
oscillator
support
Features
Package
TQFP48
WCSP25
No LPF required
Display Controllers for Small- to Medium-sized TFT LCDs
Power supply
voltage(V)
Operating
temperature
range(°C)
ML86V8101TB
I/O 3.0 to 3.6
Core 3.0 to 3.6
−40 to ＋85
ML86V8102TB
I/O 3.0 to 3.6
Core 3.0 to 3.6
Part number
ML86V8202CTB
ML86V8207TC
ML86V8209TC
ML86V8401TB
ML86V8201TB
Analog video input
Format
Digital video
input
Digital video
output
ー
ー
RGB 18bit
RGB 18bit
QVGH
to QHD
RGB 18/24bit
QVGH
to QHD
ITU-R BT.656
ITU-R BT.656
QVGA
YCbCr 8/16bit YCbCr 8/16/24bit
to WVGA
RGB 18/24bit
RGB 18/24bit
ー
−40 to ＋85
I/O 3.0 to 3.6
Core 1.7 to 2.0
Analog 1.7 to 2.0 −40 to ＋85
PLL 1.7 to 2.0
Pin
ー
RGB 18/24bit
CVBS×2
NTSC
+(Comp or S-video)×1 PAL
+Comp×1
SECAM
CVBS×4
I/O 3.0 to 3.6
CVBS×3
Core 2.25 to 2.75
+(Comp or S-video)×1
Analog 3.0 to 3.6 −40 to ＋85
CVBS×2
PLL 3.0 to 3.6
+S-video×1
2.25 to 2.75
+(Comp or S-video)×1
CVBS×4
CVBS×3
I/O 3.0 to 3.6
+(Comp or S-video)×1
CVBS×2
Core 2.25 to 2.75
+S-video×1
Analog 3.0 to 3.6 −40 to ＋85
+(Comp or S-video)×1
PLL 3.0 to 3.6
CVBS×1
2.25 to 2.75
+S-video×2
+(Comp or S-video)×1
I/O 3.0 to 3.6
CVBS×3
Core 1.7 to 2.0
Analog 3.0 to 3.6 −40 to ＋85
CVBS×2
1.7 to 2.0
+S-video×1
PLL 1.7 to 2.0
I/O 3.0 to 3.6
Core 1.35 to 1.65
Analog 3.0 to 3.6 −40 to ＋85
PLL 1.35 to 1.65
CVBS×2
+S-video×1
Resolution OSD
MCU
Features
Package
ー
Image adjustment function
(Digital input only)
TQFP64
ー
ー
Image adjustment function
(Digital input only)
TQFP80
ー
ー
Image adjustment function
(Analog input enabled,
simple configuration)
TQFP100
ー
OSD function
for text/icons
LQFP144
ー
Picture in Picture
function for video
composition installed
LQFP176
8051
(8bit)
MCU built in
for system control
TQFP100
ー
Image adjustment
function
TQFP100
ー
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
RGB 18/24bit
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
RGB 18/24bit
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
ITU-R BT.656
QVGA
Text
YCbCr 8/16bit
to WVGA
RGB 18/24bit
NTSC
PAL
SECAM
ITU-R BT.656
YCbCr 8/16bit
RGB 18/24bit
ITU-R BT.656
QVGA
YCbCr 8/16bit
to WVGA
RGB 18/24bit
QVGA
Text
to WVGA Line
QVGA
to XGA
Text
Line
ー
Image Correction ICs
Power supply
voltage(V)
Input format
Output format
Noise
reduction
Still image
Encoder
Features
Package
ML87V2103TB
3.3
ITU-R BT.656
YCbCr 8/16bit
YCbCr 16bit
3D-NR
2D-NR
○
ー
I/P conversion
TQFP100
ML87V2107TB
3.3
ITU-R BT.656
YCbCr 8/16bit
ITU-R BT.656
YCbCr 8/16bit
3D-NR
2D-NR
○
ー
Frame synchronization
TQFP100
ML87V21071TB
3.3
ITU-R BT.656
YCbCr 8/16bit
ITU-R BT.656
YCbCr 8/16bit
3D-NR
2D-NR
○
ー
Digital cross-color
reduction
TQFP100
ML87V21072TB
3.3
ITU-R BT.656
YCbCr 8bit
ITU-R BT.656
YCbCr 8bit
3D-NR
2D-NR
○
○
Part number
www.lapis-semi.com/en
13
Re-sampling
Jagless output
TQFP100
Low illumination correction
Image inversion
Evaluation Board Support
Type
Name
Contents
Notes
Video Decoder
·Evaluation board ×1
ML86V76652TB Evaluation board ·Power cable ×1
ML86V76652HA Evaluation board ·Serial cable ×1
ML86V76655HA Evaluation board ·CD-ROM ×1
2
(VAStudio(a register-setting tool for I C BUS communication)
ML86V7675TB Evaluation board
Evaluation board manual and circuit diagram)
Video Encoder
ML86V7655TB Evaluation board
·Evaluation board ×1
·CD-ROM ×1
(Evaluation board manual and circuit board diagram)
·Evaluation board ×1
2
·I C control board ×1(ML86V8401TB only)
ML86V8207TC Evaluation board ·AC adapter ×1
ML86V8209TC Evaluation board ·USB cable ×1
ML86V8401TB Evaluation board
·CD-ROM ×1
(VAStudio(a register-setting tool for I2C BUS communication),
ML86V8202CTB Evaluation board
OSDBuilder(an OSD font building tool - ML86V8401TB only)
Evaluation board manual and circuit diagram)
Display Controller
Image Correction IC
with Integrated Video Memory
Must be returned
(Please contact Sales)
ML87V21072TB Evaluation board ·Evaluation board ×1
·AC adapter×1
Board with CCD camera
·Serial cable ×1
ML87V21072TB Evaluation board ·CD-ROM ×1
2
2
Multi-functional board supporting
(I C_CTRL(a register-setting tool for I C BUS communication)
video input
Evaluation board manual and circuit diagram)
ML86V8401TB Display Controller with Integrated MCU: Evaluation Board Example
Features
Compatible with NTSC/PAL/SECAM composite video, S-video, or digital video input
Enables still image display from external Flash and data input/output to/from SPI-Flash
LED backlight control for external LCD panel can be verified
Two types of panel interface connectors : 40pin and 50pin
Compatible with SPI, I2C BUS, and UART I/Fs
Allows onscreen adjustment of the internal register via PC
OSD(On Screen Display) is easily provided via the included development support software
ML86V8401TB Evaluation board
configuration
CVBS : RCA pin
Register-setting tool
for I2C BUS communication
S-video : S-video pin
External
Dig
gital I/F
Digital
Displayy controller
co
ML86V8401TB
OSD font building support tool
CV1
Analog
CV2
I/F
Externa
External
OSD I/F
I/
OSD
Digital
video
SPIFLASH
24 RGB
CV3
· Shared RGB contrast
· Shared RGB gamma configuration
· Input, output setting
SPI
S-video
ML86V8401TB
TCON
LED DRV.
LCD panel
LED DRV.
External
Ext
CPU
CP I/F
use I/F
user
I2C
I2C
EEPROM
SPI
USB
Characters situated and checked easily
I2C
AIN
DC12V
Windows® XP
Other evaluation boards
ML86V7665□□□
7665□□
ML86V7655TB
ML86V76
ML86V82
ML86V8209TC
ML87V21072TB
V2107
ML87V2107□□□
Display controller board
Video decoder/encoder board
14
Image correction IC board
www.lapis-semi.com/en
·Windows® XP is a registered trademark of Microsoft Corporation USA in the US and other countries.
·VAStudio is a LAPIS Semiconductor's register setting tool for I2C BUS communication.
·OSDBuilder is a LAPIS Semiconductor's OSD font building support tool.
April 1st, 2012.
No.54B6598E 06.2012
PDF