Difference between revisions of "CS-MIPI-SC132 Data Sheet"
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==Interface & Pin list== | ==Interface & Pin list== | ||
[[File:CS-MIPI-SC132 002.jpg|alt=|thumb|700x700px|CS-MIPI-SC132-TOP LAYER]] | [[File:CS-MIPI-SC132 002.jpg|alt=|thumb|700x700px|CS-MIPI-SC132-TOP LAYER]] | ||
+ | [[File:CS-MIPI-SC132-N004 IF.jpg|alt=|thumb|700x700px|CS-MIPI-SC132-BOTTOM LAYER]] | ||
{| class="wikitable" | {| class="wikitable" | ||
| colspan="3" |'''J1 : Firmware Update''' | | colspan="3" |'''J1 : Firmware Update''' | ||
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|NC by default,[[Power supply mode switching|<u>How to use 3.3V power supply</u>]] | |NC by default,[[Power supply mode switching|<u>How to use 3.3V power supply</u>]] | ||
|} | |} | ||
+ | |||
==Board Dimension== | ==Board Dimension== | ||
[[File:CS-MIPI-SC132 CAD.jpg|alt=|none|thumb|600x600px|CS-MIPI-SC132 CAD FILE / unit:mm]] | [[File:CS-MIPI-SC132 CAD.jpg|alt=|none|thumb|600x600px|CS-MIPI-SC132 CAD FILE / unit:mm]] |
Revision as of 18:10, 9 July 2020
CS-MIPI-SC132 Data Sheet
1 Introduction
CS-MIPI-SC132 is a cost-effective CSI-2 (MIPI) interface camera module that uses the SC132GS global shutter MONO CMOS sensor whice is SmartSens Technology‘s SmartGS™ series. CS-MIPI-SC132 supports trigger mode and video stream mode.
2 Features
- 1/4 inch 1.3m pixel SmartGS™ CMOS sensor
- Only mono mode is supported
- Global shutter
- Built-in ISP image processing
- CSI-2 data interface
- Uncompressed UYVY data format, YUV422-8bit data type
- Standard lens interface
- Brightness and contrast can be adjusted
- Support video stream mode
- Support trigger mode
- Firmware upgrade via USB flash drive
- Support Raspberry PI Platform,RK3399, NVIDIA JETSON Platform
3 Technical Detail
Technical Details | |
SENSOR | |
Sensor | SmartSens SmartGS™ SC132GS |
Pixels | 1.3M pixels |
Resolution | 1080H*1280V |
Image Size | 1/4" |
Unit Cell Size | 2.7um *2.7um |
Output Format | RAW MONO |
Shutter Type | Global shutter |
ISP | |
Frame Rate | 1280*1080@max45fps,1280*720@max60fps, 640*480@max120fps
1080*1280@max45fps, 720*1280@max60fps, 480*640@max120fps |
Exposure | Auto or Manual |
Gain | Auto or Manual |
Shutter | ( 0 - 1 / Frame Rate ) second |
Image Setting | Brightness, Contrast, Gamma, Flip, Mirror |
Image Synchronization mode | |
Free-Run | The sensor runs under an autonomous clock system |
Soft Trigger | The image is triggered by the DRA(Direct Register Access) |
Hardware Trigger | The image is triggered by an external trigger signal,Support multi-camera synchronization |
Lens | |
Lens | MTV12 / MTV16 / CS |
Lens Mount | M12*P0.5 / M16*P0.5 / CS |
Mounting Hole | 2 screw holes with diameter of 2.2mm,20mm Center-to-Center Spacing |
Interface | |
Connector | 15PIN FPC, Compatible with Raspberry PI,JETSON NANO |
Communication Interface | IIC, 3.3VDC |
Video Data Interface | CSI-2 : 2 Data Lane,MIPI CSI-2 DC Specifications |
MIPI CLK frequence | 297MHz |
MIPI Data bandwidth | 594Mbps / lane * 2 |
Data Type | YUV422-8bit |
General | |
Operating Conditions
(Bare PCB) |
Performance guarantee temperature:-20℃~60℃, Humidity 95% or less, non-condensing
Operating guarantee temperature: -30℃~85℃, Humidity 95% or less, non-condensing |
Power Supply | 5VDC / 3.3VDC optional |
Power Consumption | 1.16W |
Dimension | 38mm*38mm*12mm(not include lens and lens mount) |
4 Optical Quantum Efficiency
Sensor | Quantum Efficiency |
SC132GS |
5 Interface & Pin list
J1 : Firmware Update | ||
Pin NO. | NAME | Remarks |
1 | VBUS(5V) | Connect the USB upgrade cable & USB disk |
2 | D- | |
3 | D+ | |
4 | GND |
J3 : Power Input | ||
Pin NO. | NAME | Remarks |
1 | VCC5V | use by default. How to use 3.3V power supply |
2 | GND |
J7 : Multi-function GPIO | ||
Pin NO. | NAME | Remarks |
1 | GPIO0 | Trigger IO |
2 | GND | |
3 | GPIO1 | Strobe IO |
J8 : CSI-2 Interface | ||
Pin NO. | NAME | Remarks |
1 | GND | |
2 | MIPI_L0_N | |
3 | MIPI_L0_P | |
4 | GND | |
5 | MIPI_L1_N | |
6 | MIPI_L1_P | |
7 | GND | |
8 | MIPI_CK_N | |
9 | MIPI_CK_P | |
10 | GND | |
11 | NC | |
12 | NC | |
13 | SCL | 3.3V Level |
14 | SDA | 3.3V Level |
15 | VCC3V3 | NC by default,How to use 3.3V power supply |
6 Board Dimension
7 Assembly Direction