VEYE-MIPI-290/327

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1 Introduction

Veye-mipi-290/327 is a camera module created by Tianjin Zhongan Yijia technology co., LTD., with excellent low illumination and wide dynamic performance.This module only has 38*38*8mm, which is convenient for integration and can be connected to various embedded motherboards with adapter board.Suitable for machine vision, intelligent analysis, industrial control, face recognition, ADAS etc...

2 Features

• 1/2.8 inch 2 Mega STARVIS sensor IMX290/IMX327 by SONY
• MIPI output: CSI-2 (VEYE-MIPI-290/VEYE-MIPI-327 support)
• Uncompressed UYVY format, YUV422-8bit
• Standard lens mount
• IR-CUT circuit
• BLC, DOL-WDR, 2D/3D noise reduction, Anti-fog
• Brightness, Contrast, Sharpness, Saturation adjustable
• Support Raspberry PI, FPGA, ZYNQ, RK3288, RK3399, JETSON NANO,TX2

front

back

3 Thechnical Detail

Technical Details
SENSOR
Sensor	SONY IMX290LQR-C/IMX327LQR-C STARVIS
Pixels	2.07M pixels
Resolution	1920*1080
Image Size	Diagonal 6.46 mm (Type 1/2.8)
Unit Cell Size	2.9um (H)*2.9um(V)
SNR1s Value	0.23lx / 0.18lx
ISP
Frame Rate	1080p@25 / 1080p@30fps
Exposure	Auto or Manual
White Balance	Auto or Manual
Shutter	1/25(1/30)s to 1/50,000s
Slow Shutter	Support
Denoising	2D/3D noise reduction
Image Setting	Brightness, Contrast, Sharpness, Saturation,Flip, Mirror
Image Enhancement	BLC, DOL-WDR, Defog
Day/Night Switch	Manual or IR-CUT filter with external trigger
Lens & IR-CUT
Lens	Support M12*0.5 or M16*0.5 depend on lens mount
Lens Mount with IR-CUT	MTV12 or MTV16
Mounting Hole	2 screw holes with diameter of 2.2mm,20mm Center-to-Center Spacing
Interface
PCB Connector	BTB connector:BTB050040-F1D
Communication Interface	IIC, 3.3VDC
Video Data Interface	MIPI:2 Data Lanes, CSI2 YUV422-8bit Data Type, Bandwidth 1.188Gbps
IR-CUT Control	IR-CUT motor control, 3.3VDC
Day/Night External Trigger	3.3VDC to 12VDC compatibility
General
Operating Conditions	-10℃~50℃, Humidity 95% or less, non-condensing
Power Supply	3.3VDC
Power Consumption	3.3VDC,1.2W
Dimension	38mm*38mm*8mm(not include lens and lens mount)

4 Diagram, Layout and Dimension

VEYE-MIPI-290/327 User Interface

J5 pin list

1	RESERVE, Not Connected	2	RESERVE, Not Connected
3	GND	4	RESERVE, Not Connected
5	RESERVE, Not Connected	6	RESERVE, Not Connected
7	RESERVE, Not Connected	8	RESERVE, Not Connected
9	GND	10	GND
11	RESERVE, Not Connected	12	RESERVE, Not Connected
13	RESERVE, Not Connected	14	RESERVE, Not Connected
15	GND	16	GND
17	MIPI_CK_P	18	SCL_3.3V
19	MIPI_CK_N	20	SDA_3.3V
21	GND	22	RESERVE, Not Connected
23	MIPI_L1_P	24	RESERVE, Not Connected
25	MIPI_L1_N	26	RESERVE, Not Connected
27	GND	28	RESERVE, Not Connected
29	MIPI_L0_P	30	RESERVE, Not Connected
31	MIPI_L0_N	32	RESERVE, Not Connected
33	GND	34	GND
35	GND	36	GND
37	VCC3V3	38	VCC3V3
39	VCC3V3	40	VCC3V3

J3 pin list

1	Day&Night Signal In
2	GND
3	NC

J4 pin list

1	IRCUT1
2	IRCUT2

5 Imaging Effect

• veye-mipi-327 vs. veye-mipi-290 indoor light environment effect
• Raspberry pi platform veye-mipi-290 vs. The default camera ov5647 effect

6 CPU boards

Support a variety of platforms, as follows:

• Raspberry Pi
• Rockchip RK3399
• NVIDIA Jetson Nano
• NXP IMX8M :TODO