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NVIDIA Jetson Camera Pinout: 15-Pin & 22-Pin MIPI CSI-2 Connectors

Writer: Vadzo ImagingVadzo Imaging
NVIDIA Jetson Camera Pinout: 15-Pin & 22-Pin MIPI CSI-2 Connectors

NVIDIA Jetson modules are widely used in AI-driven edge computing applications, offering robust support for high-performance camera interfaces. These modules use MIPI CSI-2 (Camera Serial Interface) connectors for high-speed image data transmission. Understanding the pin configuration is essential for integrating cameras seamlessly with different Jetson models like the Jetson Nano, Jetson Xavier NX, and Jetson Orin series.


MIPI CSI-2 Interface on NVIDIA Jetson

The MIPI CSI-2 interface provides a direct connection between image sensors and the Jetson processor, ensuring low latency and high-bandwidth data transfer. NVIDIA Jetson modules support 2-lane and 4-lane MIPI CSI configurations, depending on the model and application requirements.

Camera Connectors, Pin Configurations & Compatibility Table

NVIDIA Jetson developer kits feature 15-pin and 22-pin MIPI CSI-2 connectors, each with specific pin arrangements. Vadzo offers dedicated ATR connector boards to simplify camera integration: a 2-lane (15-pin) ATR connector board and a 4-lane (22-pin) ATR connector board, ensuring seamless connectivity with NVIDIA Jetson models.

NVIDIA Jetson Model

Suitable Pin

Compatible Vadzo ATR Board

Jetson Nano, Jetson Xavier NX

15-Pin (1mm Pitch)

15-Pin (ATR2L)

Jetson Orin Series

22-Pin (0.5mm Pitch)

22-Pin (ATR4L)


NVIDIA Jetson Camera: 15-Pin MIPI CSI-2 Connector

15-Pin - 2 Lane CSI Connector

The 15-pin connector is used in Jetson Nano and Jetson Xavier NX, supporting 2-lane MIPI CSI cameras. It is compatible with camera modules such as the Raspberry Pi Camera Module V2 (IMX219) and all Vadzo's Bolt series cameras (MIPI Cameras).

Part Number: 15-Pin(ATR2L)-SFW15R-2STE1LF


15-Pin Connector Pinout:

Pin Number

Signal Name

Description

1

GND

Ground

2

CAM_D0_N

MIPI CSI Data Lane 0 (Negative)

3

CAM_D0_P

MIPI CSI Data Lane 0 (Positive)

4

GND

Ground

5

CAM_D1_N

MIPI CSI Data Lane 1 (Negative)

6

CAM_D1_P

MIPI CSI Data Lane 1 (Positive)

7

GND

Ground

8

CAM_CK_N

MIPI Clock Lane (Negative)

9

CAM_CK_P

MIPI Clock Lane (Positive)

10

GND

Ground

11

CAM_IO0

CAM_RESET

12

CAM_IO1

RESERVED

13

CAM_SCL

I2C Serial Clock Line

14

CAM_SDA

I2C Serial Data Line

15

CAM_3V3

3.3V Power Input


NVIDIA Jetson Camera: 22-Pin MIPI CSI-2 Connector

22-Pin - 4 Lane CSI Connector

The 22-pin connector is found in the Jetson Orin series, supporting 4-lane MIPI CSI cameras. It enables higher resolution and frame rates by providing additional data lanes. It is compatible with all Vadzo Bolt series cameras (MIPI Cameras).

Part Number: 22-Pin(ATR4L)-0545482271


22-Pin Connector Pinout:

Pin Number

Signal Name

Description

1

GND

Ground

2

CAM_D0_N

MIPI CSI Data Lane 0 (Negative)

3

CAM_D0_P

MIPI CSI Data Lane 0 (Positive)

4

GND

Ground

5

CAM_D1_N

MIPI CSI Data Lane 1 (Negative)

6

CAM_D1_P

MIPI CSI Data Lane 1 (Positive)

7

GND

Ground

8

CAM_CK_N

MIPI Clock Lane (Negative)

9

CAM_CK_P

MIPI Clock Lane (Positive)

10

GND

Ground

11

CAM_D2_N

MIPI CSI Data Lane 2 (Negative)

12

CAM_D2_P

MIPI CSI Data Lane 2 (Positive)

13

GND

Ground

14

CAM_D3_N

MIPI CSI Data Lane 3 (Negative)

15

CAM_D3_P

MIPI CSI Data Lane 3 (Positive)

16

GND

Ground

17

GPIO-0

CAM RESET

18

GPIO-1

RESERVED

19

GND

Ground

20

SCL

I2C Serial Clock Line

21

SDA

I2C Serial Data Line

22

VCC

3.3V Power Supply


Simplified Camera Integration with Vadzo ATR Boards

Knowing the pinout of NVIDIA Jetson camera connectors is essential for effective integration and performance optimization. Vadzo’s 2-lane (15-pin) and 4-lane (22-pin) ATR connector boards eliminate the need for additional adapters, providing direct connectivity with Jetson modules. Whether using a 2-lane MIPI CSI interface on Jetson Nano or a 4-lane setup on Jetson Orin, Vadzo’s ATR boards ensure seamless compatibility, high-speed data transmission, and optimal camera performance. Developers should refer to NVIDIA’s official documentation for the latest specifications and best practices for hardware integration.


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