GOODIX CONFIDENTIAL
Reproduction and/or distribution of this document in whole or in part is strictly prohibited without written consent of GOODIX.
6
0x805B
Space
Space of border top (coefficient: 32)
Space of border bottom (coefficient: 32)
0x805C
Space of border left (coefficient: 32)
Space of border right (coefficient: 32)
0x805D
Mini_Filter
Reserved
Mini filter configuration during line drawing process,
configured as 0 indicates 4
0x805E
Stretch_R0
coefficient of Stretch space 1
0x805F
Stretch_R1
coefficient of Stretch space 2
0x8060
Stretch_R2
coefficient of Stretch space 3
0x8061
Stretch_RM
The base of multiple stretch spaces
0x8062
Drv_GroupA_
Num
All_Driving
Reserved
Driver_Group_A_number
0x8063
Drv_GroupB_
Num
Reserved
Dual_Fr
eq
Driver_Group_B_number
0x8064
Sensor_Num
Sensor_Group_B_Number
Sensor_Group_A_Number
0x8065
FreqA_factor
Clock Multiplier Factor of drive frequency of Driver Group A
GroupA_Frequence =
Clock Multiplier Factor * Fundamental Frequency
0x8066
FreqB_factor
Clock Multiplier Factor of drive frequency of Driver Group B
GroupB_Frequence =
Clock Multiplier Factor * Fundamental Frequency
0x8067
Pannel_
BitFreqL
Fundamental Frequency of Driver Groups A and B
(1526HZ<
Fundamental Frequency
<14600Hz)
0x8068
Pannel_
BitFreqH
0x8069
Pannel_Sensor_
TimeL
Output Interval between two adjacent drive signals (unit: us); Reserved ( used in beta version; invalid
in a Release)
0x806A
Pannel_Sensor_
TimeH
0x806B
Pannel_Tx_
Gain
Reserved
Pannel_Drv_output_
R
4 gain values,
configurable
Pannel_DAC_Gain
0: Gain max.
7: Gain min.
0x806C
Pannel_Rx_
Gain
Pannel_PG
A_C
Pannel_PGA_R
Pannel_Rx_Vcmi
(4 gain values,
configurable)
Pannel_PGA_Gain
(8 gain values, configurable)
0x806D
Pannel_Dump_
Shift
Amplification factor of raw data in Gesture Mode
(2
N
)
Amplification factor of raw data on the touch
panel (2
N
)
0x806E
Drv_Frame_
Control
Reserved
SubFrame_DrvNum (maximum setting is 17)
Repeat_Num
(Accumulated sampling
count)
0x806F
Charging_Level_U
p
After the host issues Charge command, IC enters Charge mode and raises the Touch_Level and
Leave_Level. The level applicable to Charge mode= original level+configuration level. When
configuration level is 0, the charging level equals to the original level.