GS12542A Micro Light CMOS Imaging Component

Description：

The GS12553A low-light CMOS imaging module utilizes a low-noise, low-illuminance, rolling shutter high-definition CMOS image sensor to create a domestically produced high-definition monochrome low-light digital camera. This module features automatic exposure, defect compensation, 3D noise reduction, HDR, image enhancement, high near-infrared response sensitivity, windowed output, and fog penetration capabilities. Its minimum illumination can reach 6.5 × 10⁻⁴ Lux, and back-illuminated CIS can reach 5 × 10⁻⁴ Lux.

Specifications：

⚫ Near-infrared enhanced,

⚫ low noise,

⚫ full HD,

⚫ low-light night vision,

⚫ fog penetration.

Applications：

⚫ Vehicle-mounted observation and monitoring

⚫ Machine vision

⚫ Security monitoring

⚫ Tracking and recognition

Characteristics：

Sensor：9.7um×9.7um，1 inch CMOS

Resolution：1280(H) x 1024(V)

FWC： 6 ke- (high gain)  50 ke- (low gain)

Readout Noise：1.5 e- (high gain)

Frame rate：30Hz/60Hz

FPN：1.5lsb

PRNU：≤2%

Dynamic Range：≥80dB（HDR） ≥68dB（non HDR）

Defect Pixel Correction：Yes

Electronic Shutter：Rolling Shutter

Gain：0-24dB

Video Output：CameraLink

Monochrome / Color：Monochrome

Output Clock Speed：50MHz

MIN Illumination：6.5×10-4 Lux、5×10-4 Lux（Back-illuminated CIS, field test in Wuhai, focal length 35mm@F1.4)

Power Input：4 - 6V

Power Dissipation ：≤2W

Operating Temperature：-55℃ - +70℃

Sensor Position：Structural geometric center

Reliability：Random vibration, impact

Dimensional outlines：

The package：

“：

Definition of pins：

Interface distribution：

Definition of pins：

Interface Signal Description Signal Name

21 Cameralink Clock Negative CL_CLK-

20 Cameralink Clock Positive CL_CLK+

19 Cameralink TX3 Negative CL_TX3-

18 Cameralink TX3 Positive CL_TX3+

17 Cameralink TX2 Negative CL_TX2-

16 Cameralink TX2 Positive CL_TX2+

15 Cameralink TX1 Negative CL_TX1-

14 Cameralink TX1 Positive CL_TX1+

13 Cameralink TX0 Negative CL_TX0-

12 Cameralink TX0 Positive CL_TX0+

11 RS422 Transmit Signal Negative DI-

10 RS422 Transmit Signal Positive DI+

9 RS422 Receive Signal Negative RO-

8 RS422 Receive Signal Positive RO+

7 Signal Ground GND

6 Reserved Signal Reserved

5 Reserved Signal Reserved

4 Reserved Signal Reserved

3 Reserved Signal Reserved

2 Ground GND

1 Power Input +5V VCC_IN

Note: The connector used on the component is the J30JZPN21ZKNA000 female connector from Shaanxi Huada Company, as shown in the figure.

The mating male connector is J30JZ/XN21TJCAL01, as shown in the figure below.

GS12553A Micro Light CMOS Imaging Component

Description：

The GS12553A low-light CMOS imaging module is designed as a domestically produced high-definition monochrome low-light digital camera using a low-noise, low-illuminance, rolling shutter high-definition CMOS image sensor. This module features automatic exposure, defect compensation, 3D noise reduction, HDR, image enhancement, high near-infrared response sensitivity, windowed output, and fog penetration. Its minimum illumination can reach 6.5×10⁻⁴ Lux, and back-illuminated CIS can reach 5×10⁻⁴ Lux.

Specifications：

⚫ Near-infrared enhanced,

⚫ low noise,

⚫ full HD,

⚫ low-light night vision,

⚫ fog penetration.

Applications：

⚫ Vehicle-mounted observation and monitoring

⚫ Machine vision

⚫ Security monitoring

⚫ Tracking and recognition

Characteristics：

Sensor ：9.7um×9.7um，1 英寸 CMOS

Resolution ：1280(H) x 1024(V)

FWC ：6 ke- (high gain)，50 ke- (low gain)

Readout Noise ：1.5 e- (high gain)

Frame rate:：30Hz

FPN ：1.5lsb

PRNU： ≤2%

Dynamic Range： ≥80dB（HDR）  ≥68dB（non HDR）

Defect Pixel Correction ：Yes

Electronic Shutter ：Rolling Shutter

Gain： 0-24dB

Video Output ：Gigabit Ethernet (UDP protocol)

Monochrome / Color ：Monochrome

Output Clock Speed 125MHz

MIN Illumination ：6.5×10-4 Lux、

5×10-4 Lux（Back-illuminated CIS, field test in Wuhai, focal length 35mm@F1.4）

Power Input ：4 - 6V

Power Dissipation ：≤2W

Operating Temperature： -55℃ - +70℃

Sensor Position ：Structural geometric center

Reliability ：Random vibration, impact

Dimensional outlines：

The package：

Definition of pins：

Interface distribution：

Definition of pins：

Pin Number Pin Name Function Description

PIN1 TX_D1+ Transmit Data +

PIN2 TX_D1- Transmit Data -

PIN3 RX_D2+ Receive Data +

PIN4 BI_D3+ Bidirectional Data +

PIN5 BI_D3- Bidirectional Data -

PIN6 RX_D2- Receive Data-

PIN7 BI_D4+ Bidirectional Data +

PIN8 BI_D4- Bidirectional Data -

Note: The power connector used on this component is a standard PowerJACK. The schematic and outline are shown in the figures. The center pin diameter is 2mm. The component input voltage is 5V, and the maximum current is 0.4A. Hot-plugging is not supported!

GS12554A Micro Light CMOS Imaging Component

Description：

The GS12554A low-light CMOS imaging module utilizes a low-noise, low-illuminance, rolling shutter high-definition CMOS image sensor to create a domestically produced high-definition monochrome low-light digital camera. This module features automatic exposure, defect compensation, 3D noise reduction, HDR, image enhancement, high near-infrared response sensitivity, windowed output, and fog penetration capabilities. Its minimum illumination can reach 6.5×10⁻⁴ Lux, and back-illuminated CIS can reach 5×10⁻⁴ Lux.

Specifications：

⚫ Near-infrared enhanced,

⚫ low noise,

⚫ full HD,

⚫ low-light night vision,

⚫ fog penetration.

Applications：

⚫ Gun sights

⚫ Individual helmet

⚫ Binoculars

Characteristics：

Sensor： 9.7um×9.7um，1 英寸 CMOS

Resolution： 1280(H) x 1024(V)

FWC ：6 ke- (high gain)，50 ke- (low gain)

Readout Noise ：1.5 e- (high gain)

Frame rate ：30Hz/60Hz

FPN： 1.5lsb

PRNU： ≤2%

Dynamic Range ：≥80dB（HDR） ≥68dB（non HDR）

Defect Pixel Correction ：Yes

Electronic Shutter ：Rolling Shutter

Gain： 0-24dB

Video Output： CameraLink/OLED

Monochrome / Color： Monochrome

Output Clock Speed： 50MHz

MIN Illumination ：6.5×10-4 Lux、5×10-4 Lux（Back-illuminated CIS, field test in Wuhai, focal length 35mm@F1.4)

Power Input： 4 - 6V

Power Dissipation ：≤1.5W

Operating Temperature ：-40℃ - +60℃

Sensor Position： Structural geometric center

Reliability： Random vibration, impact

Dimensional outlines：

The package：

Definition of pins：

Interface distribution：

Definition of pins：

Pin Number | Pin Name | Function Description

A01 | FPGA_TCK | Debug Clock Signal Output

A02 | GND | Ground

A03 | FPGA_TDO | Debug Data Output

A04 | +3.3VD | 3.3V Power Supply

A5 | FPGA_TMS | Debug Mode Selection Signal Input

A06 | NC | Unused

A07 | FPGA_TDI | Debug Data Input

A08 | GND | Ground

B01 | P_DATA8 | Display Data Signal

B02 | P_DATA9 | Display Data Signal

B03 | P_DATA10 | Display Data Signal

B04 | P_DATA11 | Display Data Signal

B05 | P_DATA12 | Display Data Signal

B06 | P_DATA13 | Display Data Signal

B07 | P_DATA14 | Display Data Signal

B08 | P_DATA15 | Display Data Signal

B09 | P_PCLK | Display Clock Signal

B10 | P_HSYNC | Display Horizontal Synchronization Signal

B11 | P_SDA | Display... I2C Signals

B12 P_SCL Display I2C Clock Hand

B13 GND Ground

B14 VCC_P Display Power

C01 P_DATA0 Display Data Signal

C02 P_DATA1 Display Data Signal

C03 P_DATA2 Display Data Signal

C04 P_DATA3 Display Data Signal

C05 P_DATA4 Display Data Signal

C06 P_DATA5 Display Data Signal

C07 P_DATA6 Display Data Signal

C08 P_DATA8 Display Data Signal

C09 P_REST Display Reset Signal

C10 P_DE Display Data Enable Signal

D01 GND Ground

D02 GPIO1_IN Function Extension 1

D03 GPIO0_IN Function Extension 0

D04 RS422_TX_P RS422 Transmit Data Positive

D05 RS422_TX_N RS422 Transmit Data Negative

D06 RS422_RX_N RS422 Transmit/Receive Negative

D07 RS422_RX_P RS422 Transmit/Receive Positive

D08 EXT-SYNC External Synchronization Input

D09 GND Ground

D10 GND Ground

D11 GND Ground

D12 VCC_IN 5V Power Input

D13 VCC_IN 5V Power Input

D14 VCC_IN 5V Power Input

E01 GND Ground

E02 LVDSCAM_D3_P CameraLinkD3 Data P Output

E03 LVDSCAM_D3_N CameraLinkD3 Data N Output

E04 LVDSCAM_D2_P CameraLinkD2 Data P Output

E05 LVDSCAM_D2_N CameraLinkD2 Data N Output

E06 LVDSCAM_D1_P CameraLinkD1 Data P Output

E07 LVDSCAM_D1_N CameraLinkD1 Data N-terminal Output

E08 LVDSCAM_D0_P CameraLinkD0 Data P-terminal Output

E09 LVDSCAM_D0_N CameraLinkD0 Data N-terminal Output

E10 LVDSCAM_CK_P CameraLink Output P-terminal Clock Signal

E11 LVDSCAM_CK_N CameraLink Output N-terminal Clock Signal

E12 GND Ground