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13MP IMX258 MIPI Autofocus Camera Module with 4Lane Interface and Low Distortion Lens

Specifications

Model Number :

SF5X258ABC-LAT V1.0

FOV :

D80.3° / H68.5° / V53.6°

Pin Count :

30PIN

Supply Ability :

350000 pcs / month

Brand :

SincereFirst

Brand Name :

SINCERE FIRST

EFL :

3.34mm

Payment Terms :

L/C, Western Union, T/T, MoneyGram, Paypal and Others

Product Name :

IMX258 MIPI Camera Module

Resolution :

4208×3120

Price :

Negotiable

Pixel :

13MP

MOQ :

5pcs

Delivery Time :

7 - 15 Work Days

Interface :

MIPI

Distortion :

＜1.5%

Sensor :

IMX258

Focus Type: :

Auto Focus

Certification :

CE, FCC, RoHS, REACH, ISO

Place of Origin :

Guangdong , China

F.No :

2.2

Packaging Details :

Package, Carton Box

Focusing Range :

10CM–∞

Sensor Size: :

1/3.06 inch

Description

13MP IMX258 MIPI Autofocus Camera Module with 4Lane Interface and Low Distortion Lens

Product Description:

The 13MP IMX258 MIPI Autofocus Camera Module with 4Lane Interface and Low Distortion Lens designed for embedded vision devices, smart terminals, scanning systems, AI recognition equipment, and OEM hardware platforms that require high-resolution image input.

Based on the IMX258-OAQH5-C sensor, this module provides a 4208H×3120V image array and uses a 4Lane MIPI interface for embedded camera integration. The optical design includes a 5P lens, 3.34mm EFL, F.NO 2.2±5%, D80.3° / H68.5° / V53.6° field of view, and <1.5% distortion. The module also uses a VCM autofocus structure with DW9800S VCM driver, making it suitable for projects where the working distance may change during use.

This model is suitable for product teams that need a compact MIPI camera module with higher image detail, autofocus capability, and optical performance suitable for recognition, scanning, OCR, and embedded AI vision applications.

Features:

13MP IMX258 Image Sensor for High-Detail Capture: suitable for applications that require more detail than standard 2MP or 5MP camera modules.It can be used for document capture, label recognition, product image acquisition, smart terminal imaging, and other image analysis tasks where detail clarity matters.
 
4Lane MIPI Interface for Embedded Platforms: The 4Lane MIPI interface is designed for direct integration with embedded processors and custom main boards. It is suitable for Android, Linux, AI edge, and other embedded hardware platforms that support MIPI camera input.
 
VCM Autofocus for Variable Working Distance:This is useful when the target distance changes, such as handheld scanning, OCR capture, barcode reading, document imaging, or smart terminal applications where Fixed Focus may not cover all working distances.
 
Low Distortion Optical Design: The lens specification lists distortion <1.5%, which is helpful for recognition-oriented imaging tasks such as OCR, document capture, label reading, and visual analysis.
 
Balanced D80.3° Field of View: suitable for embedded products that need a moderate viewing angle instead of an ultra-wide or narrow-angle lens.

Technical Parameters:

Poduct Name	IMX258 MIPI Camera Module
Pixel	13MP
Sensor	IMX258
Resolution	4208H×3120V
Brand	SincereFirst
FOV	D80.3° / H68.5° / V53.6°
EFL	3.34m
Lens Type	1/3.06 inch
F.No	2.2
Distortion	<1.5%
Feature	UHD Camera Module
Focus Type	Auto Focus
Interface	MIPI

Applications:

1. High-Resolution Image Capture: Designed for professional-grade imaging and digital archiving. Leverages 48MP high resolution to accurately reproduce minute details, meeting the stringent quality demands of advanced visual applications.

2. Autofocus Document Imaging: Facilitates digital scanning of office documents or receipts. Combines autofocus capabilities to clearly capture text details at various imaging distances, ensuring clarity and accuracy in document digitization.

3. Label and Text Recognition: Optimizes logistics sorting and retail checkout processes. Utilizes high resolution and true color reproduction to precisely freeze and extract barcode and character information from complex backgrounds, fulfilling automated data entry requirements.

4. OCR Image Input: Enables digital reading of industrial nameplates or archives. Seamlessly integrates with recognition systems via UVC driver-free protocols, providing HD video streams for algorithms to extract features and guarantee high text recognition accuracy.