Shenzhen Chenkun Vision Technology Co.,Ltd.

4K USB Camera Module with Sony IMX415 and Autofocus

The CK-USB-4K-V2.0 is an 8MP 4K USB camera module built around the 1/2.8-inch Sony IMX415 image sensor. It delivers 3840 × 2160 MJPEG video at up to 30 fps and supports autofocus from 5 cm to infinity, making it suitable for industrial inspection, robotics, smart terminals, document imaging and embedded vision systems.


For projects requiring an oem camera module, CK Vision can customize the PCB or FPC layout, cable length, connector, lens, field of view, focus distance, IR filter and image parameters according to the enclosure, host system and imaging requirements.


What Is a 4K USB Camera Module?

A usb camera module 4k solution is an embedded imaging board that captures video at approximately 3840 × 2160 resolution and transfers the image data to a host device through USB. The CK-USB-4K-V2.0 uses the Sony IMX415 image sensor and outputs 4K MJPEG video at up to 30 fps. It supports autofocus, USB-powered operation and configurable optics for industrial, robotic and embedded vision projects.


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Performance Parameter of 4k USB Camera Module

Model

CK-USB-4K-V2.0

REMARKS

Image Sensor

IMX415


Image Sensor Size

1/2.8


Effective Pixels

3840*2160


Pixel size

1.45μm x 1.45μm


Optical distortion

≤-1.2%


Image sensor Data output

MJPEG


Maximum Frame Rates and Resolution

Full resolution of 3840*2160 @30fps


SNR max

45dB


Dynamic range

76B


Min. Illumination

≥0.001LUX at F.No2.0

NO LED

Interface

USB 2.0 / USB 3.0


Power requirements

USB 5V


Storage temperature

-40℃ to 105℃


operating temperature

-30℃ to 85℃


Power Consumption

Max 500mW


LED IR-850

NO, but could be customized


OS

Windows, Linux, macOS, and Android


Lens size

M6 diameter;21mm TTL


Lens Construction

5G+IR


F/NO

2.0


EFL

2.46mm


FOV

D:87° H:73° V:57° ±3°


Shooting distance

Auto Focus, 5cm-infinity


USB 2.0 vs USB 3.0 for 4K Camera Modules

Both USB 2.0 and USB 3.0 can be used in embedded camera projects, but the correct interface depends on the video format, frame rate, cable length, host bandwidth and latency requirements. The actual output capability must be confirmed for the selected CK-USB-4K-V2.0 configuration.


Comparison ItemUSB 2.0 ConfigurationUSB 3.0 Configuration
Typical useStandard embedded video and compressed MJPEG streamingHigher-bandwidth industrial and real-time imaging
4K video transmissionUsually depends on MJPEG compressionProvides more available bandwidth
Host compatibilityWidely availableRequires a USB 3.0 host port
Cable requirementEasier for common embedded integrationCable quality and signal integrity are more critical
LatencyDepends on compression and host decodingMay support lower-latency configurations
Uncompressed outputMore limited by bandwidthMore suitable for higher-data-rate output
Recommended forSmart terminals, document capture and monitoringMachine vision, robotics and high-detail inspection
Engineering validationResolution, frame rate and host decodingController, cable, frame rate and thermal performance


For applications requiring higher USB bandwidth and industrial image transmission, view CK Vision’s USB 3.0 camera module options.


Lens and Autofocus Options

The standard configuration uses an M6 autofocus lens with a 21 mm TTL, F2.0 aperture and approximately 5 cm-to-infinity focus range. Different applications may require a shorter working distance, narrower field of view, wider coverage or lower optical distortion.


Imaging RequirementRecommended Optical Configuration
General embedded monitoringStandard autofocus lens
Document and object captureAutofocus with controlled distortion
Close-range inspectionCustomized macro focus
Wide-area monitoringWider-angle lens
Detailed distant objectsNarrower FOV or longer focal length
Low-light environmentLarger-aperture lens and exposure tuning
IR-assisted imagingIR-compatible lens and customized IR filter
Fixed installation distanceCustomized fixed-focus lens

OEM 4K USB Camera Module Customization

Customization ItemAvailable Options
PCB/FPCShape, size, mounting holes and component layout
USB InterfaceUSB 2.0 or USB 3.0 configuration
ConnectorUSB-A, USB Type-C, board connector or custom cable
CableLength, direction, shielding and connector position
LensFOV, focal length, aperture and distortion
FocusAutofocus, fixed focus or close-focus configuration
IR FilterStandard, IR-cut or application-specific filter
IlluminationOptional LED or IR illumination
Image ParametersExposure, gain, white balance, sharpness and color
FirmwareUVC controls and project-specific settings
Mechanical DrawingCustomized according to the enclosure
PackagingPrototype, pilot-production and mass-production packaging


How to Configure a 4K USB Camera Module

Project RequirementRecommended ConfigurationKey Validation
Maximum image detailSony IMX415 with 3840 × 2160 outputHost processing and storage
4K real-time industrial videoUSB 3.0 configurationController and cable bandwidth
USB 2.0 host onlyMJPEG-compressed outputHost decoding performance
Close-range inspectionCustomized macro focusDepth of field and image sharpness
Document scanningAutofocus and low-distortion lensCorner sharpness and focus speed
Low-light monitoringF2.0 lens with exposure and illumination tuningNoise and motion blur
Wide-area imagingWide-angle lensEdge distortion
Android integrationUVC and OTG validationHost support and USB power
Long cable connectionShielded cable and signal-integrity testingVoltage drop and transmission stability
Compact enclosureCustom PCB/FPC and connector directionOverall dimensions and thermal space


4K USB Camera Module Factory Customization FAQ

What structural and hardware customizations does CK Vision support for the 4K camera board?

As a leading OEM/ODM 4k usb camera module factory, we provide extensive hardware adaptations. We support custom FPC/PCB shape re-designing to fit your specific enclosure dimensions, customizable Field of View (FOV) adjustments, and Type-C or HDMI interface alternatives for industrial clients requiring a specialized USB 3.0 camera module configuration.

Can your engineering team adjust the image quality (IQ) registers of the IMX415 sensor?

Absolutely. To meet specific lighting or contrast standards in industrial vision fields, our engineers leverage our comprehensive, factory-level ISP tuning services. We can tweak the firmware algorithms to optimize color rendering, sharpness, and low-light exposure thresholds for your specific deployment environment.

What is the lead time for prototype samples and bulk mass production?

Our automated facilities support a stable mass production capacity of 80,000 units per month. For standard high resolution usb camera module configurations, sample evaluation lots can be shipped within days. For custom FPC tooling or specialized lens alignment, our R&D cycle delivers prototypes within 2-3 weeks.

What resolution and frame rate does the module support?

The CK-USB-4K-V2.0 delivers up to 3840 × 2160 MJPEG video at 30 fps. Actual performance should be validated with the selected USB interface, cable, host hardware and software.

Does it support USB 2.0 and USB 3.0?

USB 2.0 and USB 3.0 configurations are available according to the project requirement. Confirm the required output format, frame rate, cable length and host controller before selecting the interface version.

Is the module compatible with Android?

Android compatibility depends on USB OTG support, UVC support, available USB power and the application software. Testing with the final Android device is recommended before production.

Can the lens and autofocus range be customized?

Yes. CK Vision can evaluate alternative FOV, focal length, close-focus distance, fixed-focus and autofocus configurations according to the target distance and visible area.

What information should I provide for a quotation?

Please provide the required resolution, frame rate, interface, host system, PCB dimensions, cable length, connector, FOV, working distance, estimated quantity and target production schedule.


Key Technical Advantages of the 4K USB Camera Module

Key Technical Advantages of the 4K USB Camera Module

1. Sony IMX415 4K Image Sensor


The module uses the Sony IMX415, a 1/2.8-inch CMOS image sensor with approximately 8.46 million effective pixels. It provides 3840 × 2160 image output for applications that require more visual detail than a conventional 1080p camera.


2. 4K Video at up to 30 fps


The CK-USB-4K-V2.0 outputs 3840 × 2160 MJPEG video at up to 30 fps. The actual frame rate and stability should be validated with the selected USB interface, cable length, host hardware and application software.


3. Autofocus from 5 cm to Infinity


The autofocus lens configuration is designed to capture subjects from approximately 5 cm to infinity. Fixed-focus, close-focus and alternative field-of-view configurations can also be evaluated for OEM projects.


4. Low-Distortion Optical Configuration


The standard lens is designed for applications where image geometry and edge detail are important. The published distortion value must be confirmed with the final lens configuration because FOV, lens choice and focus structure can affect optical distortion.


5. USB Compatibility for Embedded Systems


The module can be configured for USB 2.0 or USB 3.0 integration and is powered by a 5 V USB supply. Compatibility with Windows, Linux, macOS and Android should be validated on the customer’s final host system.


6. Custom Hardware and Image Parameters


CK Vision supports customization of the PCB/FPC outline, connector, cable, lens, FOV, focus distance, IR filter and image parameters. This allows the camera module to be adapted to the target enclosure and imaging environment.


Applications of the 4K USB Camera Module

Applications of the 4K USB Camera Module

ApplicationHow the Module Is UsedRecommended Configuration
Industrial inspectionCapture surface details, labels and assembly conditionsUSB 3.0, suitable lens and stable lighting
Robotics and AI visionProvide high-resolution visual input for recognition and navigationWide or standard FOV with host compatibility testing
Document and ID scanningCapture text, documents and identification materialsAutofocus and low-distortion lens
Smart kiosks and terminalsSupport face capture, video communication and visual interactionUVC output and customized enclosure
Laboratory imagingRecord experiments, samples and equipment conditionsLens and working distance selected for the target
Telepresence equipmentProvide detailed video for remote communication systemsAutofocus, UVC and host-system validation


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