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SPI Camera Module
Created with Pixso. 8W 240 X 320 SPI Camera Module 2.5um X 2.5um BF30A2 CMOS Camera Module

8W 240 X 320 SPI Camera Module 2.5um X 2.5um BF30A2 CMOS Camera Module

Brand Name: TOLUCKY
Model Number: TYS-30A2-8W-V1
MOQ: 1
Price: $1.99-$4.99
Delivery Time: 5-15 days
Payment Terms: T/T,L/C,Western Union,MoneyGram
Detail Information
Place of Origin:
Guangdong, China
Description:
BF30A2 320*240 YUV SPI Camera Module
Sensor:
1/15" CMOS
Resolution:
320*240
Frame Rate:
30fps
Lens:
Optional
Focusing Type:
FF
Output Data Format:
YUV RAW RGB
Package:
CSP
Packaging Details:
1.15X5.0X0.29cm
Supply Ability:
800K PCS/Month
Highlight:

bf30a2 cmos camera module

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240 x 320 spi camera module

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spi camera module 2.5um x 2.5um

Product Description

Low Price SPI Camera Module 8W 240*320 BF30A2 YUV CMOS Image Sensor

BF30A2 320*240 SPI Camera Module:

TYS-30A2-8W-V1 SPI camera module with BF30A2 320*240 resolution FF 80,000 pixels.With excellent chip design and mature pixel design, while providing basic image functions, it has good cost control and high cost-effectiveness, suitable for cost sensitive real-time image preview, QR code/barcode scanning and other scenarios.

 

Wholesales 0.08MP BF30A2 30fps FF with wide angle lens SPI camera module.It can achieve a maximum output of 320 × 240 and a maximum frame rate of 30fps for images, which can meet some dynamic scene requirements that do not require particularly high real-time image performance.

Specification:

 Sensor  1/15" BF30A2 CMOS

 ADC Resolution

 1/2 bit ADC

 Resolution  320*240  Output Format  RAW RGB YUV
 Pixel Size  2.5um*2.5um  CRA  21.6º
 Shutter Type  Rolling Shutter  Interface  SPI
 Frame Rate  320*240 30fps  Package 

 CSP

 Application

 Smart home/Access control system and video doorbell/medical equipment/Barcode QR code scanning/sweeping robot/home monitoring/Smart toys and smartwatches

8W 240 X 320 SPI Camera Module 2.5um X 2.5um BF30A2 CMOS Camera Module 0

Technical & Mechanical:               

  • Power Supply: AVDD: 2.7 ~ 3.1V (Type 2.8V)                     DOVDD: 1.7 ~ 3.1V (Type 1.8V)   
  • Stable image: 0°C to 60°C
  • Operating Temperature: -20°C to 70°C 
  • Module Size : 11.5mm*50mm*2.9mm
  • Built in black balance compensation
  • Customization is fully supported 

 

More details of BF30A2 QVGA 30fps YUV SPI camera module:

 

1/13 inch BF30A2 80,000 pixel SPI camera module 320*240 FF no distortion  for QR code/barcode scanning.This camera module can be used for scanning and recognizing QR codes and barcodes.In some small retail stores, warehouse management and other scenarios, used to scan QR codes or barcodes of goods, realize inventory management, sales settlement and other functions.

 

Low price QVGA 30fps YUV FF no distortion with BF30A2 CMOS sensor SPI camera module can provide basic image capture and video recording functions for children's toy cameras, simple video surveillance devices, etc., meeting the simple needs of users.

 

Support customized 0.08MP BF30A2 320*240 30fps YUV smart wearable devices SPI camera moudle. It can be integrated into some smart wearable devices, such as smart bracelets, smart glasses, etc., to achieve simple photography or scanning functions. For example, smart bracelets can take simple photos or scan QR codes to make payments, add friends, and other operations through the camera module.

 

SPI camera module 80,000 pixel BF30A2 QVGA 30fps YUV FF with Intelligent access control video doorbell wide angle lens.The cat's eye function of the smart door lock collects image information outside the door through the camera module, making it convenient for users to view the situation outside the door through devices such as mobile phones. In addition, in some environmental monitoring devices, it can also be used to collect simple images of the site to assist in determining the environmental conditions.

 

The BF30A2 320*240 YUV FF SPI camera module has certain practicality in scanning payment scenarios due to its strong adaptability, controllable cost, and simple interface, especially suitable for cost sensitive, limited device size, and relatively basic scanning requirements scenarios.