MT9V111
Increase Driver Awareness with
a Crystal-Clear Second Set of Eyes
Aptina’s Image Sensor for Automotive
Displays
Our MT9V111 automotive image sensor helps increase
drivers’ awareness of what occurs in and around their
vehicles. That’s because our unique low-noise, stable-
temperature design enables it to capture extraordinarily
clear images. Needing less than the amount of light
from a single candle, the MT9V111 outputs crisp images
for automotive display applications that are just as ef-
fective on the darkest nights as on the brightest days:
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Rear video
Blind spot assistance
Side view
Mirror replacement
Parking assistance
Passenger viewing
Accident reconstruction
package that stands up to automotive environmental
standards. And it outputs full-color video at VGA resolu-
tion, so drivers can clearly identify scenes on automotive
displays.
All-Inclusive Camera System
Reduces Parts and Costs
The MT9V111 is a complete camera system-on-a-chip
(SOC). Its programmable on-chip processor performs
extensive camera functions including color recovery and
correction; gamma correction; sharpening; auto black
level offset correction; auto exposure, lens shading,
flicker detection and avoidance, white balance; and on-
the-fly defect identification and correction. With all the
necessary functionality built in, this all-in-one solution
reduces the bills of materials and the costs of driver
awareness systems.
Use Automotive Sensors
for Automotive Imaging
The performance requirements of automotive image
sensors differ from those of PC cameras and digital cam-
eras. We designed the MT9V111 for the extreme auto-
motive environment. It boasts an operating temperature
range of –40°C to +85°C. It comes in a 52-pin iBGA
How to Buy
Production and sample quantities of Aptina products may
be ordered through qualified distributors. See our Web
site for details. You may also request access to NDA data
sheets and other technical documentation by visiting our
Web site.
MT9V111
Specifications
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Pixel Size:
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Array Format
(Active):
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Imaging Area:
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Color Filter
Array:
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Optical Format:
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Frame Rates:
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Scan Mode:
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Shutter:
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Window Size:
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Automotive
Functions:
5.6µm x 5.6µm
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ADC:
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Data Rate:
640H x 480V
3.584mm x 2.688mm
RGB Bayer color filters
1/4 inch (4:3)
30 fps @ 640H x 480V
Progressive
Electronic rolling shutter
(ERS)
Programmable to VGA, QVGA,
CIF, and QCIF
Exposure, white balance, black
level offset correction,
flicker avoidance, color satur-
ation, defect identification
and correction, frame rate,
and back light compensation
Gain, frame rate, ADC reference,
left-right and top-bottom
image reversal
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Responsivity:
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Data Output
Formats:
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Dynamic Range:
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Maximum
Analog Gain:
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Supply Voltage:
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Power
Consumption:
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Operating Temp.
Range:
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Storage Temp.
Range:
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Package:
10-bit, on-chip
12–13.5 megapixels per second
(master clock, 24–27 MHz)
1.9 V/lux-sec (550nm)
ITU_R BT.656 (YCbCr),
YUV 4:2:2 (progressive),
656RGB, 555RGB, and 444RGB
60dB
16
2.8V ±0.25V
<120mW (@ 30 fps)
–40°C to +85°C
–40°C to +125°C
52-ball iBGA, die in
reconstructed wafer form,
automotive-qualified
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Programmable
Controls:
Block Diagram
Communication Bus
SCLK
SDATA
SADDR
Sensor Core
Image Flow
Processor
D
OUT
(7:0)
CLK
STANDBY
OUTPUT_EN_BAR
PIXCLK
FRAME_VALID
LINE_VALID
FLASH
V
DD
_D
GND
V
AA
_A
GND
V
AA
_PIX
SRAM Line Buffers
aptina.com
Products are warranted only to meet Aptina’s production data sheet specifications.
Aptina and the Aptina logo are trademarks of Aptina Imaging Corporation. All other trademarks
are the property of their respective owners. ©2011 Aptina Imaging Corporation. All rights
reserved. 05/11/11 EN.L
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