IMX179 8MP USB Camera Module with Auto Focus and 4K Capability for High Quality Video Recording
Product Details:
Place of Origin: |
Shenzhen,China |
Brand Name: |
Sinoseen |
Certification: |
RoHS |
Model Number: |
SNS-PC688M-V1.0 |
Payment & Shipping Terms:
Minimum Order Quantity: |
3 |
Price: |
negotiable |
Packaging Details: |
Tray+Anti-static bag in carton box |
Delivery Time: |
2-3weeks |
Payment Terms: |
T/T |
Supply Ability: |
500000 pieces/month |
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Product Description
The SNS-PC688M-V1 is an 8MP IMX179 autofocus USB 2.0 camera module with a slim 62 × 9 mm board.
Supporting 8MP capture at 15 fps and 1080p video at 30 fps, it is a candidate for document scanning and embedded terminals.
Contact Sinoseen to discuss lens, board, and cable customization for your project.
Request a Sample | Discuss Customization
Product Overview & Features
8MP Capture for Detail-Oriented Imaging
The module supports 3264 × 2448 output at 15 fps for tasks that require text, outlines, and fine details. For scanning and recognition projects, evaluate image quality at the intended working distance and under representative lighting conditions.
The camera supplies images. OCR, facial recognition, and inspection decisions require host-side software.
Full HD Video at 30 fps
For applications that prioritize continuous preview, the module supports 1920 × 1080 at 30 fps.
Choose the output mode according to the task: higher resolution can help preserve detail, while live viewing also requires consideration of frame rate, transmission, and host processing capacity.
Autofocus for Changing Subject Distances
Autofocus helps adjust image sharpness when the subject moves closer to or farther from the camera. During sample testing, check the minimum focusing distance, refocusing time, and behavior around reflective surfaces.
If your application requires focus locking or software-controlled focus, specify these requirements during selection. Available controls depend on the supplied firmware.
USB 2.0 Connectivity
The module uses a USB 2.0 interface. Successful integration also depends on the connector, cable, operating system, and capture application.
Validate the required resolution, frame rate, and output format on the host hardware intended for deployment.
Lens Selection Based on Required Coverage
The supplied product information lists a 65° FOV option. Provide your working distance and required scene coverage when selecting the lens.
A wider view captures more of the scene, but an individual target may occupy fewer pixels at the same output resolution. Confirm whether the specified FOV is horizontal, vertical, or diagonal, together with the applicable lens and output mode.

The SNS-PC688M-V1 is an 8MP IMX179 autofocus USB 2.0 camera module with a slim 62 × 9 mm board.
Supporting 8MP capture at 15 fps and 1080p video at 30 fps, it is a candidate for document scanning and embedded terminals.
Contact Sinoseen to discuss lens, board, and cable customization for your project.
Key Features
8MP Resolution — 3264 × 2448 at 15 fps for detailed image capture.
Autofocus — Adjusts focus as the subject distance changes.
Full HD Video — 1920 × 1080 at 30 fps.
Slim Board — 62 × 9 mm form factor with an optional 78° FOV lens.
OEM Customization — Lens, board, and cable options subject to engineering review.
Model Number: |
USB Camera Module |
Sensor: |
1/3.2" SONY IMX179 |
Resolution: |
8MP 3264(H) X 2448(V) |
Dimensions: |
62x9mm (customizable) |
Lens FOV: |
78°(optional) |
Focus Type: |
Auto Focus |
Interface: |
USB2.0 |
Feature: |
4K |
Board form factor: |
Strip-shaped camera board |
Board dimensions: |
62 x 9 mm (customizable) |
Confirm the corresponding output formats when selecting and approving the sample configuration.
OEM/ODM Customization & Development Process
Configure the Camera Around Your Device Requirements
Capturing an image is only one part of integration. Installation space, lens position, cable routing, and the host platform all affect the final configuration.
Sinoseen provides OEM/ODM camera module services. The following requirements can be submitted for engineering review. Feasibility, development costs, and lead times depend on the agreed scope.
| The standard board does not fit the enclosure | PCB outline, mounting holes, and connector placement | Mechanical drawings, available space, and assembly requirements |
| The image covers too much or too little of the scene | Lens selection, FOV, and working distance | Target dimensions, capture distance, and sample images |
| The cable arrangement interferes with assembly | Cable length, connector type, and routing | Host connection details and routing drawings |
| Default image settings do not meet the task requirements | Supported image settings and firmware adjustments | Original images, lighting conditions, and target results |
| The interface does not match the host | Alternative module selection or a new design | Host platform, interface, and output requirements |
USB, MIPI, and DVP require different integration approaches. Changing the interface may require a different module architecture rather than a cable change.
How a Customization Project Progresses
Step 1 — Share Your Requirements
Describe the application, host platform, target resolution and frame rate, working distance, and installation constraints. Include mechanical drawings or reference images where available.
Step 2 — Review Feasibility
Determine whether the standard configuration meets the requirements and identify any changes needed to the lens, board, cable, or firmware.
Step 3 — Confirm the Configuration and Drawings
Agree on dimensions, interfaces, optical configuration, and sample evaluation requirements before arranging prototype production.
Step 4 — Evaluate Samples
Test the sample in the actual device. Check image quality, autofocus behavior, software compatibility, and mechanical fit, then provide feedback on any required changes.
Step 5 — Confirm the Production Configuration
Before proceeding with a volume order, confirm the approved hardware, lens, cable, and firmware versions, together with the delivery requirements.
Share your host platform, installation drawings, and imaging requirements to begin a customization assessment.
Company Profile

About Sinoseen
Shenzhen Sinoseen Technology Co., Ltd. specializes in CMOS camera module design, manufacturing and OEM/ODM customization. We provide USB, MIPI and DVP camera modules, together with global shutter, low-light, endoscope, autofocus, IR-cut and binocular imaging solutions. From requirements review and sensor and lens selection to PCB/FPC design, prototyping, testing, production and after-sales support, our team helps customers develop camera modules for embedded vision, industrial equipment, smart terminals, robotics and other application-specific projects.
Application Areas

Certifications

Shenzhen Sinoseen Technology Co., LTD
China top 10 camera module manufacturer
If you are struggling to find the right camera module solution, please contact us, we will customize all kinds of USB/MIPI/DVP interface camera modules according to your needs, and have a dedicated team to provide you with the most suitable solution.
FAQ:
Q1. How to choose the right camera module?
A: Please tell us your specific needs, such as application scenarios, resolution, size, and lens requirements. We will have a professional team of engineers to assist you in choosing the most suitable camera module.
Q2. How to start proofing?
A: After confirming all the parameters, we will draw a drawing to confirm the details with you. Once the drawing is confirmed, we will arrange a proofing.
Q3: How do I send the payment?
A: Currently we accept T/T bank transfer and Paypal.
Q4: How long does it take to make a sample?
A: If it is a USB camera module, it usually takes 2-3weeks, if it is a MIPI or DVP camera module, it usually takes 10-15days.
Q5: How long will it take to receive the sample after it is ready?
A: After the samples have been tested and there is no problem, we will send the samples to you via DHL FedEx UPS or any other courier methods, usually within a week.
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