Difference between revisions of "VEYE-LVDS-290/327"
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[[File:VEYE-MIPI-290-327接口图.jpg|thumb|VEYE-LVDS-290/327 User Interface|alt=|600x600px]] | [[File:VEYE-MIPI-290-327接口图.jpg|thumb|VEYE-LVDS-290/327 User Interface|alt=|600x600px]] | ||
===Diagram, Layout and Dimension=== | ===Diagram, Layout and Dimension=== | ||
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{| class="wikitable" | {| class="wikitable" | ||
| colspan="6" |'''J5:LVDS Interface''' | | colspan="6" |'''J5:LVDS Interface''' | ||
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|VCC3V3 | |VCC3V3 | ||
|PWR IN | |PWR IN | ||
− | |} | + | |} |
{| class="wikitable" | {| class="wikitable" | ||
| colspan="3" |'''J3 : Day/Night External Trigger''' | | colspan="3" |'''J3 : Day/Night External Trigger''' | ||
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|NC | |NC | ||
| | | | ||
− | |} | + | |} |
{| class="wikitable" | {| class="wikitable" | ||
| colspan="3" |'''J4 : IRCUT Control''' | | colspan="3" |'''J4 : IRCUT Control''' | ||
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| + | | + | ||
|} | |} | ||
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*'''Board Dimension''' | *'''Board Dimension''' | ||
Revision as of 10:34, 16 April 2020
VEYE-LVDS-290/VEYE-LVDS-327 Data Sheet
1 Introduction
VEYE-LVDS-290/327 is a camera module designed by TIANJIN DATA IMAGING 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 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) |
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 | LVDS:3 Data Lanes, bandwidth:1.5582Gbps |
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) |
3 Diagram, Layout and Dimension
J5:LVDS Interface | |||||
Pin NO. | NAME | Remarks | Pin NO. | NAME | Remarks |
1 | RESERVE | NC | 2 | RESERVE | NC |
3 | GND | 4 | RESERVE | NC | |
5 | RESERVE | NC | 6 | RESERVE | NC |
7 | RESERVE | NC | 8 | RESERVE | NC |
9 | GND | 10 | GND | ||
11 | LVDS_L2_P | 12 | RESERVE | NC | |
13 | LVDS_L2_N | 14 | RESERVE | NC | |
15 | GND | 16 | GND | ||
17 | LVDS_CK_P | 18 | SCL | 3.3V Level | |
19 | LVDS_CK_N | 20 | SDA | 3.3V Level | |
21 | GND | 22 | RESERVE | NC | |
23 | LVDS_L1_P | 24 | RESERVE | NC | |
25 | LVDS_L1_N | 26 | RESERVE | NC | |
27 | GND | 28 | RESERVE | NC | |
29 | LVDS_L0_P | 30 | RESERVE | NC | |
31 | LVDS_L0_N | 32 | RESERVE | NC | |
33 | GND | 34 | GND | ||
35 | GND | 36 | GND | ||
37 | VCC3V3 | PWR IN | 38 | VCC3V3 | PWR IN |
39 | VCC3V3 | PWR IN | 40 | VCC3V3 | PWR IN |
J3 : Day/Night External Trigger | ||
Pin NO. | NAME | Remarks |
1 | Day&Night Signal In | |
2 | GND | |
3 | NC |
J4 : IRCUT Control | ||
Pin NO. | NAME | Remarks |
1 | IRCUT1 | |
2 | IRCUT2 |
J4 : IRCUT Control Functional specifications | ||||
MODE | PIN | Signal polarity | Image type | Filter position |
Mode 1 | IRCUT1 | + | color | Infrared cutoff |
IRCUT2 | - | |||
Mode 2 | IRCUT1 | - | mono | Full wavelength pass |
IRCUT2 | + |
- Board Dimension
4 Imaging Effect
5 CPU boards
- Demo for FPGA usage
We provide a demo for FPGA usage,check link here.