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Hardware Reference

Mechanical Installation

The GS130WI module has a mounting hole at each end. Dimensions are shown below (Unit: mm). Detailed 3D model files are available in Downloads. Use two M2.5 bolts through these mounting holes to attach the GS130WI module to other structures.

GS130WI structural dimensions

Note

When installing, place washers at the counterbore locations and tighten the bolts alternately to avoid minor deformation of the GS130WI metal housing, which could change the external parameters of the sensor positions.

Hardware Interface Description

Hardware Topology

The diagram below shows the hardware topology between the GS130WI module and the RDK development board.

GS130WI hardware topology

Connector Models

GS130WI connector models

ConnectorModelManufacturer
1AFC24-S22FIA-00JuShuo Electronics
2AFC24-S22FIA-00JuShuo Electronics
35063-3AWBWenzhang Jimei

Interface Description

① Right MIPI Camera Interface

This interface is used for right camera and IMU data transmission.

The connector PIN1 location is shown below:

Right MIPI PIN1 location

The connector pinout is shown in the table below:

PINNameDescription
1GND
2MDN0MIPI Data Negative 0, for video stream transmission
3MDP0MIPI Data Positive 0, for video stream transmission
4GND
5MDN1MIPI Data Negative 1, for video stream transmission
6MDP1MIPI Data Positive 1, for video stream transmission
7GND
8MCNMIPI Clock Negative, for video stream transmission
9MCPMIPI Clock Positive, for video stream transmission
10GND
11N/A
12N/A
13GND
14N/A
15N/A
16GND
17RESETConnected to the Camera Sensor XSHUTDN pin for hardware reset of the sensor chip
18FSYNCConnected to the Camera Sensor TRIGL/FSYNC pin to enable exposure in Slave mode
If the IMU interrupt selection switch is set to LPWM: connected to the IMU INT2 pin to input Fsync rising/falling edge signals to the IMU
19GND
20SCLConnected to the Camera Sensor SCL pin for sensor configuration
Connected to the IMU SCL pin for IMU configuration and IMU data readout
21SDAConnected to the Camera Sensor SDA pin for sensor configuration
Connected to the IMU SDA pin for IMU configuration and IMU data readout
223V3

② Left MIPI Camera Interface

This interface is used for left camera data transmission.

The connector PIN1 location is the same as the right MIPI Camera interface.

The connector pinout is shown in the table below:

PINNameDescription
1GND
2MDN0MIPI Data Negative 0, for video stream transmission
3MDP0MIPI Data Positive 0, for video stream transmission
4GND
5MDN1MIPI Data Negative 1, for video stream transmission
6MDP1MIPI Data Positive 1, for video stream transmission
7GND
8MCNMIPI Clock Negative, for video stream transmission
9MCPMIPI Clock Positive, for video stream transmission
10GND
11N/A
12N/A
13GND
14N/A
15N/A
16GND
17RESETConnected to the Camera Sensor XSHUTDN pin for hardware reset of the sensor chip
18FSYNCConnected to the Camera Sensor TRIGL/FSYNC pin to enable exposure in Slave mode
19GND
20SCLConnected to the Camera Sensor SCL pin for sensor configuration
21SDAConnected to the Camera Sensor SDA pin for sensor configuration
223V3

③ External Interrupt Interface

This interface is used for receiving interrupt signals from the IMU or sending interrupt signals to the IMU.

The connector PIN1 location is shown below:

External interrupt interface PIN1 location

The connector pinout is shown in the table below:

PINNameDescription
1INT1Connected to the IMU INT1 pin to route this pin function externally
2INT2If the IMU interrupt selection switch is set to LPWM: N/A
If the IMU interrupt selection switch is set to EXT: connected to the IMU INT2 pin to route this pin function externally
3GND

④ IMU Interrupt Selection Switch

This switch switches the interrupt connection of the IMU INT2 pin (PIN9).

  • When the switch is set to LPWM: the IMU INT2 pin is connected to the right camera TRIGL/FSYNC pin, and external interrupt interface PIN2 is floating.
  • When the switch is set to EXT: the IMU INT2 pin is connected to external interrupt interface PIN2.