CK Vision develops OEM AI WiFi camera solutions for security brands, system integrators and connected-device projects. Depending on the selected hardware and software platform, available functions may include human detection, configurable detection zones, PTZ control, motorized zoom, two-way audio, local recording and cloud-connected event management.

 

For projects requiring variable focal-length adjustment, a WiFi AI zoom camera can be evaluated with a compatible motorized lens, enclosure and control platform. The final zoom range, PTZ movement, AI functions and video performance depend on the selected model and project configuration.

 

Resolution, WiFi frequency, image sensor, night-imaging mode, storage method, app integration, AI accuracy and target-market certification should be confirmed before sampling. Customers looking for other wireless camera architectures can review CK Vision’s OEM WiFi camera solutions.

 

apabilities and Benefits of AI WiFi Cameras

An ai wifi lamp camera combines network video with selected analytics and event rules. The practical value depends on how accurately the camera performs in the intended scene, not simply on the number of functions listed in a specification.

 

Human and Motion Detection

Compatible AI platforms can distinguish selected object categories from general scene movement, helping reduce unnecessary alerts. Detection classes, confidence thresholds and accuracy must be validated with the final chipset, AI model and installation environment.

 

Configurable Detection Zones

Selected platforms can support detection regions, exclusion zones and event rules. These settings should be tested against shadows, rain, pets, insects, vegetation and changing illumination to determine an acceptable false-alert rate.

 

Optional PTZ and Motorized Zoom

PTZ movement and motorized zoom can be evaluated for projects requiring adjustable coverage or closer views of selected areas with an ai wifi ptz camera. A wifi zoom camera configuration can provide flexible monitoring options, while pan range, tilt range, zoom ratio, preset accuracy and tracking behavior depend on the selected mechanical platform.

 

Day and Night Imaging Options

Available directions may include IR night imaging or full-color low-light imaging with compatible visible illumination. Actual performance depends on the image sensor, lens, illumination, exposure settings and ISP tuning.

 

Local, Cloud or Hybrid Storage

Recording can be designed around local memory, an NVR, cloud event storage or a hybrid workflow. Retention time, encryption, subscription model and regional data requirements should be defined before platform selection.

 

Two-Way Audio and Event Alerts

Selected configurations can support a microphone, speaker and event notifications. Audio quality, echo control, notification delivery and privacy settings should be verified with the intended app and network environment.

 

About full-color night imaging

Full-color low-light performance depends on the sensor, lens aperture, available visible light, optional white-light illumination and image processing. AI analytics may detect or classify objects in the image, but AI alone cannot create reliable color information when insufficient light reaches the sensor.

AI WiFi Camera Configuration Checklist

This page represents a configurable product direction rather than one fixed SKU. Use the following items to define the technical baseline before requesting a sample.

 

Edge AI, Cloud AI or Hybrid Architecture?

No single AI architecture is best for every deployment. Selection should be based on latency, bandwidth, processing complexity, software maintenance, privacy requirements and total system cost.

 

For projects centered on remote event storage and account management, review the dedicated  cloud-connected WiFi camera  direction. Data protection compliance depends on the complete product, server, app, access-control and retention design; it cannot be guaranteed by the camera architecture alone.

 

How Should AI Detection Be Validated?

A function name such as “human detection” does not indicate its accuracy in every scene. Prototype validation should use representative footage and measurable acceptance criteria.

 

Image quality should be evaluated together with analytics. CK Vision's  camera IQ tuning  support can be considered when exposure, white balance, noise reduction, color or low-light behavior requires platform-specific adjustment.

 

Custom AI WiFi Camera OEM/ODM Services

An AI WiFi camera wholesale or ODM project should begin with a clearly defined hardware and software scope. Availability, development cost, MOQ and lead time depend on the selected platform and level of customization.

 

Hardware and Optics

Evaluate the image sensor, lens FOV, fixed or motorized zoom, illumination, microphone, speaker, antenna, storage, housing, connector and mounting structure when developing a wifi zoom camera solution.

 

Firmware and Integration

Firmware functions, event rules, app branding, SDK/API and third-party platform integration can be reviewed after the target chipset, protocol and software ownership are defined.

 

Branding and Packaging

Logo application, labels, user manuals and retail or project packaging can be discussed according to order volume, language and market requirements.

 

Verification and Compliance

The customer should identify required functional, wireless, electrical, environmental, cybersecurity and target-market tests. Certification status must be confirmed for the final SKU and market.

 

Need a lower-power architecture?

Always-on AI, PTZ motors, WiFi transmission and lighting increase power demand. Projects prioritizing untethered installation should separately evaluate a  battery-operated WiFi camera, including wake-up time, standby current, event frequency and charging strategy.

 

Recommended OEM Development Process

01. Requirements

Define the scene, functions, network, storage and target market.

02. Architecture

Select the sensor, SoC, AI path, lens, PTZ and software platform.

03. Prototype

Confirm interfaces, firmware scope, enclosure and sample configuration.

04. Validation

Test AI accuracy, imaging, network recovery, storage and mechanics.

05. Design Freeze

Approve the specification, firmware, appearance and acceptance criteria.

06. Pilot Run

Verify consistency and documentation before mass production.

 

OEM AI WiFi Camera FAQ

What AI detection functions can be customized?

Possible functions depend on the selected chipset, available AI model and project scope. Provide the required object classes, scene, detection distance, acceptable missed-event rate and false-alert rate for evaluation.

 

Does the camera process AI locally or in the cloud?

It depends on the selected architecture. A project may use on-device processing, remote cloud analysis or a hybrid design in which basic events are detected locally and selected data is managed remotely.

 

Can an AI WiFi PTZ camera support tracking and motorized zoom?

Tracking, PTZ control and motorized zoom can be evaluated on compatible platforms. Confirm the required movement range, zoom ratio, tracking target, preset accuracy, response time and mechanical life before sampling.

 

Does the camera support 2.4GHz and 5GHz WiFi?

Frequency support depends on the wireless module and regional version. Specify the required frequency band, target countries, antenna layout and router environment so the correct configuration can be reviewed.

 

Can it connect to ONVIF, RTSP, an NVR or a third-party app?

Protocol, SDK/API and third-party compatibility depend on the selected chipset and firmware. Provide the required protocol version, target NVR/VMS, app platform and integration workflow before development begins.

 

What determines full-color night performance?

Performance is affected by the sensor, pixel size, lens aperture, available visible light, optional white-light illumination, exposure time and ISP settings. It should be tested using the required distance and scene illumination.

 

What information is required for an OEM sample?

Send the application, installation environment, target resolution, AI functions, WiFi band, lens and FOV, PTZ or zoom requirement, night-imaging distance, storage method, app or protocol requirement, enclosure drawing, target market and expected order volume.

 

As one of thermal imaging camera manufacturers, we will do our best to meet all the needs of customers.

 

CK Vision's 5MP mipi csi 2 camera module epitomize innovation, precision, and versatility in mobile imaging technology. These mipi modules redefine the standards for capturing vivid visuals and bring forth a paradigm shift in the way we interact with the world through our devices.

 

5MP MIPI CSI Camera Modules Types

5MP MIPI CSI 2 Camera Module Fixed Focus Customizable

Widely used in front camera or macro focus camera of phones or tablets; some high-end security camera also need 5MP MIPI CSI camera module.

5MP MIPI CSI-2 Camera Module Fixed Focus Customizable

5MP MIPI CSI-2 Camera Module with Big Size Sensor

This module stands out among the competition for a variety of applications, from surveillance to sophisticated AI systems, because it prioritizes practical techniques over flamboyant rhetoric.

5MP MIPI CSI-2 Camera Module with Big Size Sensor

OIS 5MP MIPI CSI2 Camera Module

Within the field of imaging technology, where accuracy is paramount, the OIS 5MP MIPI CSI2 camera module with the Sony OV4689 sensor makes its debut.

OIS 5MP MIPI CSI2 Camera Module

 

5MP MIPI CSI Camera Modules FAQs

 

What is the resolution of the 5MP MIPI CSI Camera Modules?

The 5MP MIPI CSI Camera Modules boast a resolution of 5 megapixels, ensuring high-quality and detailed image capture.

 

What type of image sensor does the 5MP MIPI CSI-2 Camera Module Fixed Focus Customizable use?

The 5mp camera module Fixed Focus Customizable utilizes a Bayer pattern CMOS image sensor (CIS) for advanced imaging capabilities.

 

What is the key feature of the 5MP MIPI CSI-2 Camera Module Fixed Focus Customizable?

The camera module is characterized by its ability to capture full-size images at a remarkable 30 frames per second (fps), showcasing both efficiency and adaptability across a range of mobile products. Additionally, it is customizable to meet specific focus requirements.

 

As a camera module supplier, we will do our best to meet all the needs of customers.

 

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.

 

Performance Parameter of 4k USB Camera Module

 

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.

 

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.

 

OEM 4K USB Camera Module Customization

 

How to Configure a 4K USB Camera Module

 

If a project requires more image detail than 1080p but does not need full 4K resolution, a 5MP UVC camera module may be evaluated as an alternative. The OV5648-based module provides up to 2592 × 1944 image capture through a USB 2.0 UVC architecture and supports customized optics, PCB or FPC design, cables and connectors.

 

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 c 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. CKVision 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

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 USB Webcam 4K Module

 

The wifi 4g camera with its multitude of functions epitomizes the pinnacle of modern security technology. From its dynamic PTZ capabilities to cutting-edge human detection and humanoid tracking, this camera offers a comprehensive solution for the most demanding surveillance needs. With the ability to engage with remote environments, the 4g lte wireless security camera empowers users with the tools needed to safeguard their surroundings and achieve unparalleled peace of mind.

 

Features of 4G Wireless Camera

PTZ Excellence: The PTZ functionality of this camera provides users with unparalleled control over their surveillance. With the ability to Pan and Tilt, users can remotely adjust the camera's field of view, ensuring comprehensive coverage of even the most expansive areas.

 

Two-Way Pan & Tilt: Taking the PTZ capability a step further, the camera offers two-way pan and tilt. This dynamic feature enables precise tracking and monitoring, allowing users to not only observe but actively engage with their surroundings.

 

Dual Light Night Vision: No more compromised visibility in low-light conditions. The camera's dual light night vision technology delivers clear, high-resolution visuals even in the darkest environments, ensuring that no detail goes unnoticed.

 

Seamless Remote Viewing: With remote viewing capabilities, users can access real-time video feeds from virtually anywhere using a smartphone, tablet, or computer. This instant access to live video ensures peace of mind and prompt action, regardless of location.

 

Two-Way Voice Communication: Real-time communication becomes a reality with the two-way voice feature. Users can remotely interact with individuals on camera, enabling efficient communication and immediate response.

 

Personalized DIY Voice: Adding a personal touch, the camera allows users to record and utilize their own voice messages. This unique feature enhances the interactive aspect of the camera, making it a distinct addition to any security system.

 

Human Detection: The camera's advanced human detection technology minimizes false alarms by accurately identifying human presence. This precision ensures that users are alerted only when necessary, improving efficiency and reducing unnecessary disruptions.

 

Sound and Light Dual Alarms: Equipped with sound and light dual alarms, the camera deters potential threats with attention-grabbing alerts. The combination of both elements serves as a powerful deterrent, enhancing overall security.

 

WiFi Networking: Seamlessly integrating into existing networks, the camera offers WiFi connectivity for convenient setup and management. This feature ensures effortless inclusion within a broader security ecosystem.

 

Humanoid Tracking: Taking surveillance to a new level, humanoid tracking technology ensures that moving subjects are consistently within focus. This capability is invaluable for tracking and monitoring human movement with exceptional accuracy.

 

We can provide kinds of 4g wireless security camera systems for sale. If you want to buy a 4g wireless security camera solar, please contact us.

 

As on of camera lens manufacturing companies, we will do our best to meet all the needs of customers.

 

CK-586-V2.0 is a Sony IMX586 48mp camera module designed for high-resolution embedded imaging through a MIPI CSI-2 interface. The listed IMX586 sensor mode supports a maximum active image size of 8000 × 6000, with RAW10, RAW8 or COMP8 output subject to the selected configuration. The standard module uses a rolling-shutter sensor and an autofocus lens structure.

 

This is a RAW mipi csi 2 camera modules solution rather than a plug-and-play USB or UVC camera. The host platform must provide a compatible MIPI CSI-2 receiver, sensor driver and ISP pipeline. The final resolution, frame rate, output format, autofocus behavior and image quality depend on the sensor mode, MIPI lane configuration, host processor, driver, ISP, firmware and available processing and memory bandwidth.

 

CK Vision can evaluate customization of mipi csi 2 camera modules, including the FPC or PCB outline, connector and pinout, lens, field of view, autofocus range, cable length and image-quality parameters according to the customer's enclosure and processor platform. LED illumination is an optional customization and is not included in the standard CK-586-V2.0 module; its position, brightness, color, power and control method must be confirmed for the intended working distance and enclosure.

 

Customers comparing sensor resolutions, focus options and interface requirements can review CK Vision's MIPI camera module solutions before selecting a module for customization.

 

CK-586-V2.0 IMX586 Camera Module Specifications

The following specifications describe the standard CK-586-V2.0 configuration and relevant Sony IMX586 sensor capabilities for high-resolution mipi csi 2 camera modules. Sensor-level interface modes, frame rates, power and temperature values do not automatically represent the guaranteed output of every finished module or host platform. Final operation must be confirmed using the selected FPC or PCB, connector, lens, processor, driver, ISP and firmware.

 

Specification boundary: Low-light performance, distortion, frame rate and image quality depend on the selected lens, sensor mode, exposure, illumination, interface, host ISP and test method. Confirm these items using the final sample configuration rather than treating a sensor reference value as a guaranteed module result.

 

48MP Sensor Mode and Frame-Rate References

Sony IMX586 supports multiple sensor modes for high-resolution capture, pixel binning, HDR and high-speed operation. The values below describe sensor-level mode references. They do not guarantee that the standard CK-586-V2.0, a custom FPC or a particular processor can output every mode without additional driver, PHY, ISP and bandwidth validation.

 

A 48MP sensor does not mean that every application should continuously operate at 48MP. The best mode depends on required detail, lighting, exposure time, frame rate, CSI bandwidth, ISP capacity, system memory and processing latency.

 

RAW10 vs RAW8 vs COMP8 Output

Output selection affects image-processing flexibility, interface bandwidth and host compatibility. The exact format must be supported by both the selected IMX586 mode and the processor's CSI receiver and ISP pipeline.

 

RAW10 does not automatically guarantee a better finished image than RAW8. Lens quality, lighting, exposure, sensor configuration and ISP processing still determine the final result.

 

MIPI CSI-2 Host Integration Requirements

CK-586-V2.0 is a RAW MIPI module, not a plug-and-play USB or UVC camera. The host must receive the sensor stream, control the sensor and autofocus hardware, and process the RAW image data.

 

For general sensor, interface and host-selection guidance, review CK Vision's MIPI camera module solutions. If a selected sensor is detected but cannot stream reliably, see the camera sensor debugging workflow.

 

Converting the MIPI RAW stream into a computer-compatible USB camera output requires an additional USB bridge or image processor, suitable firmware and sufficient interface bandwidth.

 

Autofocus, Lens and Working-Distance Selection

The standard CK-586-V2.0 uses an M6 autofocus lens with an approximate focus range from 5 cm to infinity. Autofocus performance depends on the lens, VCM, driver IC, host control interface, focus algorithm, lighting and target contrast. The stated focus range should be validated in the final enclosure and working environment.

 

A different lens can change the field of view, distortion, module height, focus range and amount of detail delivered to the 48MP sensor. For a custom optical evaluation, provide the required horizontal or diagonal FOV, minimum and maximum working distance, target size, enclosure window, illumination and available module height.

 

Fixed-focus, autofocus and application-specific focus configurations may be evaluated, but a lens selected only by focal length may not resolve sufficient detail for the intended high-resolution application.

 

Optional LED Illumination and OEM Customization

LED illumination is not included in the standard CK-586-V2.0 module. Visible-light or IR illumination can be evaluated as an optional custom design when the application requires controlled close-range lighting. The LED specification must be selected according to wavelength or color, working distance, target reflectivity, lens FOV, required brightness, available power and enclosure space.

Mechanical customization

FPC or PCB outline, mounting points, cable direction, connector position and enclosure fit

Electrical customization

Connector, pinout, PHY configuration, power design and optional LED control

Optical customization

Lens, FOV, working distance, focus range, IR filter and illumination layout

Platform customization

Sensor mode, register configuration, host integration and image-quality evaluation

 

LED position and brightness must be tested with the final lens and enclosure window. Incorrect geometry or excessive illumination can create reflections, glare, hotspots, overexposure and additional heat.

 

Potential Applications

The IMX586 camera module may be suitable for projects that need high-resolution RAW capture and have a compatible host processing platform. Potential applications include:

 

High-detail document, label or surface capture

 

Embedded imaging systems requiring digital cropping

 

Controlled close-range imaging with optional illumination

 

Research and high-resolution image-acquisition platforms

 

Machine-vision development requiring RAW sensor data

 

Custom terminals requiring autofocus and compact optics

 

Application suitability must be validated using the required working distance, lighting, motion, frame rate, enclosure, processor and image-quality criteria. Sensor resolution alone does not prove that a module meets a specific inspection or recognition target.

 

48MP IMX586 Camera Module FAQ

Is CK-586-V2.0 a USB camera?

No. It is a RAW MIPI CSI-2 camera module. Direct connection to a standard computer USB port requires an additional USB bridge or image processor, compatible firmware and sufficient bandwidth for the selected output mode.

 

Does the IMX586 camera module require platform integration?

Yes. The host normally requires IMX586 initialization and mode control, MIPI CSI-2 receiver configuration, power and clock control, ISP integration and autofocus control. Exact work depends on the processor, OS, kernel/BSP, board and selected mode.

 

Can the module output 8000 × 6000 at 30 fps?

IMX586 documentation lists a full-resolution sensor mode with an up-to-30-fps reference. Actual module and system output must still be verified against the register mode, RAW format, PHY and lane configuration, host receiver, ISP, memory bandwidth and thermal conditions.

 

Does 48MP automatically mean 8K video?

No. A 48MP sensor image size does not guarantee a standardized 8K video mode, a particular aspect ratio or a specific frame rate. Video output depends on the selected crop, sensor mode, interface and complete host pipeline.

 

What is the difference between 48MP and pixel-binning modes?

The 48MP remosaic mode prioritizes maximum image detail and requires more transport and processing resources. Binning modes reduce or crop the output and can support faster or more efficient operating modes. Exact image quality and sensitivity depend on the sensor configuration, exposure and ISP processing.

 

Does the standard module include LED illumination?

No. LED illumination is an optional customization. Visible-light or IR options require confirmation of wavelength or color, working distance, power, thermal design, lens FOV, enclosure space and control method.

 

Does the module support autofocus?

The standard configuration uses an autofocus lens with an approximate 5 cm-to-infinity focus range. Actual performance depends on the VCM, control interface, focus algorithm, lens, lighting, target contrast and enclosure.

 

Can the FPC, connector and pinout be customized?

Yes, subject to electrical, signal-integrity and mechanical review. Provide the host-board schematic, connector definition, required PHY and lane configuration, cable direction and enclosure drawing for evaluation.

 

What information is required for a custom sample?

Provide the processor or SoC, OS and BSP/kernel version, D-PHY or C-PHY configuration, connector pinout, required resolution and frame rate, RAW format, enclosure and FPC drawings, lens FOV, working distance, focus requirement, optional illumination specification, prototype quantity and estimated production demand.

 

Request an IMX586 Module Compatibility Evaluation

Send your processor or development-board model, OS/BSP, PHY and lane configuration, required resolution and frame rate, RAW format, enclosure drawing, lens and working-distance requirements, autofocus configuration and optional LED specifications. CK Vision will review the optical, mechanical, electrical and platform-integration requirements before recommending a sample configuration.

 

Features of 48MP MIPI CSI2 Camera Module with LED

Key Features of the CK-586-V2.0 IMX586 Camera Module

The CK-586-V2.0 combines the Sony IMX586 image sensor with a customizable MIPI CSI-2 camera module design for high-resolution embedded imaging. The final output mode, frame rate and image quality depend on the selected processor, MIPI interface, driver, ISP, lens and firmware.

 

48MP Sony IMX586 Image Sensor

 

Built around the Sony IMX586 stacked CMOS image sensor with a maximum sensor image size of 8000 × 6000 for applications requiring detailed image capture, digital cropping or high-resolution inspection.

 

MIPI CSI-2 RAW Output

 

Supports configurable RAW10, RAW8 and COMP8 sensor output. A compatible MIPI CSI-2 receiver, IMX586 driver and host ISP are required to process the image data.

 

Flexible Resolution and Sensor Modes

 

The IMX586 supports full-resolution, pixel-binning, HDR and high-speed sensor modes. Available modes must be verified against the host processor, MIPI bandwidth, driver, ISP and memory capacity.

 

Autofocus and Lens Customization

 

The standard configuration uses an autofocus lens. Lens FOV, focal length, focus range, IR filter and fixed-focus or autofocus configuration can be evaluated according to the imaging distance and enclosure.

 

Custom FPC, PCB and Connector Design

 

The FPC or PCB outline, connector type, pin definition, cable direction and mounting position can be customized after reviewing the customer’s host board and mechanical drawings.

 

Optional LED Illumination

 

Visible-light or infrared LED illumination can be evaluated as an optional customization. LED illumination is not included in the standard CK-586-V2.0 module and requires separate power, thermal and optical validation.

 

Embedded Platform Integration

 

The module can be evaluated for Linux or Android-based embedded platforms with compatible MIPI hardware, power sequencing, sensor driver, device-tree configuration and ISP support.

 

Engineering Compatibility Evaluation

 

As one of camera module companies, CK Vision can review the processor, operating system, BSP, MIPI configuration, required output mode, lens, working distance and enclosure before recommending a sample configuration.