Datasheet
Table Of Contents
- 1/3.2-Inch System-On-A-Chip (SOC) CMOS Digital Image Sensor
- Features
- Applications
- Ordering Information
- General Description
- Feature Overview
- Typical Connection
- Ballout and Interface
- Architecture Overview
- Registers and Variables
- Registers
- Registers
- IFP Registers, Page 1
- IFP Registers, Page 2
- JPEG Indirect Registers
- Table 8: JPEG Indirect Registers (See Registers 30 and 31, Page 2)
- Firmware Driver Variables
- Table 9: Drivers IDs
- Table 10: Driver Variables-Monitor Driver (ID = 0)
- Table 11: Driver Variables-Sequencer Driver (ID = 1)
- Table 12: Driver Variables-Auto Exposure Driver (ID = 2)
- Table 13: Driver Variables-Auto White Balance (ID = 3)
- Table 14: Driver Variables-Flicker Detection Driver (ID = 4)
- Table 15: Driver Variables-Auto Focus Driver (ID = 5)
- Table 16: Driver Variables-Auto Focus Mechanics Driver (ID = 6)
- Table 17: Driver Variables-Mode/Context Driver (ID = 7)
- Table 18: Driver Variables-JPEG Driver (ID = 9)
- Table 19: Driver Variables-Histogram Driver (ID = 11)
- MCU Register List and Memory Map
- JPEG Indirect Registers
- Output Format and Timing
- Sensor Core
- Feature Description
- PLL Generated Master Clock
- PLL Setup
- Window Control
- Pixel Border
- Readout Modes
- Figure 20: 6 Pixels in Normal and Column Mirror Readout Modes
- Figure 21: 6 Rows in Normal and Row Mirror Readout Modes
- Table 30: Skip Values
- Figure 22: 8 Pixels in Normal and Column Skip 2x Readout Modes
- Figure 23: 16 Pixels in Normal and Column Skip 4x Readout Modes
- Figure 24: 32 Pixels in Normal and Column Skip 8x Readout Modes
- Figure 25: 64 Pixels in Normal and Column Skip 16x Readout Modes
- Table 31: Row Addressing
- Table 32: Column Addressing
- Frame Rate Control
- Context Switching
- Integration Time
- Flash STROBE
- Global Reset
- Analog Signal Path
- Analog Inputs AIN1-AIN3
- Firmware
- Firmware
- Start-Up and Usage
- General Purpose I/O
- Introduction
- GPIO Output Control Overview
- Waveform Programming
- Notification Signals
- Digital and Analog Inputs
- GPIO Software Drivers
- Auto Focus
- Figure 42: Search for Best Focus
- Figure 43: Scene with Two Potential Focus Targets at Different Distances from Camera
- Figure 44: Dependence of Luminance-Normalized Local Sharpness Scores on Lens Position
- Figure 45: Example of Position Weight Histogram Created by AF Driver
- Figure 46: Auto Focus Windows
- Figure 47: Computation of Sharpness Scores and Luminance Average for an AF Window
- Table 41: Examples of AF Filters that can be Programmed into the MT9D111
- Spectral Characteristics
- Electrical Specifications
- Packaging
- Appendix A: Two-Wire Serial Register Interface
- Protocol
- Sequence
- Bus Idle State
- Start Bit
- Stop Bit
- Slave Address
- Data Bit Transfer
- Acknowledge Bit
- No-Acknowledge Bit
- Page Register
- Sample Write and Read Sequences
- Figure 52: WRITE Timing to R0x09:0-Value 0x0284
- Figure 53: READ Timing from R0x09:0; Returned Value 0x0284
- Figure 54: WRITE Timing to R0x09:0-Value 0x0284
- Figure 55: READ Timing from R0x09:0; Returned Value 0x0284
- Figure 56: Two-Wire Serial Bus Timing Parameters
- Table 46: Two-wire Serial Bus Characteristics
- Revision History
PDF: 09005aef8202ec2e/Source: 09005aef8202ebf7 Micron Technology, Inc., reserves the right to change products or specifications without notice.
MT9D111__5_REV5.fm - Rev. B 2/06 EN
79 ©2004 Micron Technology, Inc. All rights reserved.
MT9D111 - 1/3.2-Inch 2-Megapixel SOC Digital Image Sensor
JPEG Indirect Registers
Micron Confidential and Proprietary
91 steadyBGainOutMin uchar 115
RW Blue gain min. threshold to start search. When the blue gain falls
below this threshold, the AWB driver starts searching for new
color correction matrix position. Threshold setting of 128
corresponds to gain of 1.0; higher setting means higher gain.
92 steadyBGainOutMax uchar
140 RW Blue gain max. threshold to start search. When the blue gain
goes above this threshold, the AWB driver starts searching for
new color correction matrix position. Threshold setting of 128
corresponds to gain of 1.0; higher setting means higher gain.
93 steadyBGainInMin uchar
124 RW Blue gain min. threshold to end search. When the blue gain is
between awb.steadyBGainInMin and awb.steadyBGainInMax,
the AWB driver maintains current color correction matrix
position. Threshold setting of 128 corresponds to gain of 1.0;
higher setting means higher gain.
94 steadyBGainInMax uchar
131 RW Blue gain max. threshold to end search.
See awb.steadyBGainInMin above.
95 cntPxlTH uint
100 RW Reserved
97 TG_min0 uchar
226 RW Reserved
98 TG_max0 uchar
246 RW Reserved
99 XO
16 RW CCM position threshold between Day and Incandescent
normalization coefficients.
100 kR_L uchar
170 RW CCM red row normalization coefficient for left matrix position
(128 - minimal number)
101 kG_L uchar
150 RW CCM green row normalization coefficient for left matrix position
(128 - minimal number)
102 kB_L uchar
128 RW CCM blue row normalization coefficient for left matrix position
(128 - minimal number)
103 kR_R uchar
128 RW CCM red row normalization coefficient for right matrix position
(128 - minimal number)
104 kG_R uchar
128 RW CCM green row normalization coefficient for right matrix
position (128 - minimal number)
105 kB_R uchar
128 RW CCM blue row normalization coefficient for right matrix position
(128 - minimal number)
Table 13: Driver VariablesāAuto White Balance (ID = 3) (continued)
Offs Name Type Default RW Description










