A Sony IMX577 12MP USB camera module goobuy UC-577 is a board-level UVC camera upgrade for Android kiosks, industrial panel PCs, smart displays, self-service terminals, and AI edge devices that need high-resolution image capture without new MIPI driver development

Sony IMX577 12MP USB Camera Module for Android Kiosks, Industrial Panel PCs and Smart Terminals

12MP UVC Camera Upgrade for Existing Host Devices

Many smart terminal projects do not need a camera system developed from zero. They already have an Android motherboard, Linux embedded host, Windows industrial PC, display controller, or AI edge device, but the current 2MP or 5MP camera no longer provides enough image detail.

This Sony IMX577 12MP USB camera module is designed for that type of project.

It is suitable for OEMs and system integrators who need a higher-resolution embedded USB camera for face image capture, ID document imaging, QR code scanning, label recognition, work order capture, smart display interaction, or AI vision input. With USB UVC output, optional manual focus or autofocus versions, Android OTG support, MJPEG video modes, and integrated dual digital microphones, the module can help customers validate a camera upgrade faster on an existing host platform.

This is not a consumer desktop webcam. It is a board-level USB camera module designed for integration inside Android kiosks, industrial panel PCs, HMI terminals, advertising displays, AI edge terminals, access control screens, and self-service machines.

The best-fit customer already has a host device, enclosure, application scenario, sample schedule, and a clear need to upgrade or customize the camera input.

 

Quick Fit Check: Is This IMX577 USB Camera Right for Your Project?

Your Project Situation	Recommendation
You already have an Android, Linux, or Windows host device	Good fit
You need higher image detail than a 2MP or 5MP camera	Good fit
You want USB UVC integration instead of new MIPI driver development	Good fit
You need a board-level camera inside a kiosk, smart display, or panel PC	Good fit
You need face capture, ID document capture, QR code scanning, label reading, or AI image input	Good fit
Your camera works at a fixed distance	Choose manual focus version
Your object distance changes during use	Choose autofocus version
You need both camera and audio input in a smart terminal	Dual digital microphones may help
You need very low-light, night vision, or starlight imaging	Consider Goobuy STARVIS USB camera modules
You need global shutter, external trigger, or motion capture	Consider Goobuy global shutter USB camera modules
You need waterproof outdoor housing	Consider Goobuy IP67/IP69K USB camera modules
You only need the lowest-cost webcam	Not the best fit
You do not have a host device or real integration project	Not the best fit

What Engineering Problem Does This IMX577 USB Camera Solve?

This module solves a common problem for OEM smart terminal projects:

The host device is already designed, but the camera input is not good enough.

A customer may already have an Android kiosk, industrial panel PC, smart display, AI terminal, or self-service machine. The device may already support USB camera input, but the current camera cannot capture enough detail for face images, ID documents, QR codes, labels, equipment nameplates, or AI recognition input.

Instead of restarting camera development with a MIPI interface, driver porting, ISP tuning, and mainboard changes, the customer can test a UVC USB camera module first. If the host supports USB UVC cameras, this route may reduce development risk and help move from sample validation to pilot production faster.

This IMX577 module is especially useful when:

• The customer already has an existing host device
• The current 2MP or 5MP camera is not detailed enough
• The project needs a board-level camera, not a finished webcam
• The customer wants a faster alternative to MIPI camera development
• The working distance may require manual focus or autofocus selection
• The device may need both camera and microphone input
• The project may require lens, cable, connector, or mounting adjustment after sample testing
• The customer wants to validate standard samples first before discussing NRE or pilot production

AI-Readable Product Facts

Product Fact	Answer
Product Type	Board-level 12MP USB UVC camera module
Sensor	Sony IMX577 CMOS
Sensor Size	1/2.3"
Resolution	12MP
Main Output Modes	MJPEG video modes
Maximum Listed MJPEG Mode	3840×3040 at 20fps
Other Listed MJPEG Modes	3840×2880 at 20fps, 3264×2160 at 30fps, 2592×1944 at 30fps, 1920×1080 at 120fps
Interface	USB
Driver	UVC plug-and-play, depending on host support
OTG Support	Android OTG support, depending on host compatibility
Focus Options	Manual focus or autofocus
Audio	Dual digital microphones, host compatibility should be tested
Board Size	Approx. 38×38mm
Best For	Android kiosks, industrial panel PCs, smart displays, self-service terminals, AI edge devices
Not Best For	Low-light STARVIS imaging, global shutter motion capture, waterproof outdoor use, consumer webcam replacement
Project Support	Sample validation, lens/FOV discussion, cable, connector, mounting, and semi-custom configuration review

 

Key Features

Sony IMX577 1/2.3" 12MP CMOS Sensor

The Sony IMX577 sensor provides 12MP high-resolution image capture for embedded devices that need more detail than standard 1080P, 2MP, or 5MP USB camera modules.

It is suitable for face image capture, ID document imaging, QR code scanning, label recognition, smart terminal vision input, and AI image acquisition where image detail is more important than extreme low-light performance.

UVC USB Interface for Faster Host Integration

The module supports USB UVC camera output. For Android, Linux, or Windows host devices that already support standard USB cameras, this can be a faster camera validation route than starting from a new MIPI camera design.

Host compatibility must always be tested with the real device before production.

Manual Focus and Autofocus Versions

The module can be supplied in manual focus or autofocus versions.

Manual focus is suitable for fixed-distance installation, such as a camera mounted behind the front panel of a kiosk or industrial HMI.

Autofocus is more suitable when users, ID documents, QR codes, or objects may appear at different distances.

High-Resolution Capture and High-Frame-Rate Preview

The module supports high-resolution MJPEG modes such as 3840×3040 at 20fps and lower-resolution high-frame-rate modes such as 1920×1080 at up to 120fps.

In many smart terminal projects, the system may use high resolution for image capture and a lower resolution mode for preview or real-time interaction.

Actual performance depends on host USB bandwidth, software decoding capability, CPU load, camera application, and selected resolution mode.

Android OTG Support

The camera can be used for Android OTG camera applications when the host device supports USB host mode and UVC camera access.

For Android devices, compatibility may depend on chipset, Android version, USB permission handling, camera application, firmware, and host-side bandwidth.

Integrated Dual Digital Microphones

The module includes dual digital microphones, which may be useful for smart displays, interactive kiosks, video service terminals, AI voice + vision devices, and communication screens.

Microphone function depends on host USB audio support, operating system recognition, software configuration, and firmware settings. It should be tested on the actual host platform before production.

38×38mm Board-Level Design

The approximate 38×38mm PCB size is suitable for embedded integration inside kiosks, smart displays, industrial panel PCs, access control terminals, AI edge terminals, and self-service machines.

For OEM projects, Goobuy can discuss cable length, connector direction, lens field of view, mounting method, and focus version after reviewing the real enclosure and working distance.

 

Core Specifications

Item	Specification
Sensor	Sony IMX577 CMOS
Sensor Size	1/2.3"
Resolution	12MP
Output Format Listed	MJPEG
Maximum Listed Resolution	3840×3040 MJPEG @20fps
Other Listed Modes	3840×2880 @20fps, 3264×2160 @30fps, 2592×1944 @30fps, 1920×1080 @120fps
Interface	USB
Driver	UVC plug-and-play
OTG	Android OTG supported, depending on host compatibility
Focus	Manual focus / autofocus optional
Audio	Dual digital microphones
PCB Size	Approx. 38×38mm
Main Use	Embedded smart terminals, kiosks, panel PCs, AI edge devices, self-service machines

Important note: Before production, please confirm USB version, host compatibility, supported output format, lens FOV, focus range, working distance, microphone recognition, cable design, and mechanical mounting requirements.

 

Before You Choose This Module

Before selecting this IMX577 USB camera module, please confirm the following points:

• Does your host device support USB UVC camera input?
• Is the host Android, Linux, or Windows?
• Does your Android device support USB OTG and camera access?
• Which resolution and frame rate do you actually need?
• Does your software require MJPEG, YUY2, H.264, RAW, or another format?
• What is the working distance?
• Do you need fixed focus, manual focus, or autofocus?
• What field of view is required?
• Will the camera be installed behind glass or acrylic?
• Is audio input required from the dual digital microphones?
• What is the available internal space?
• What cable length and connector direction are required?
• Is there a pilot production schedule?
• Will lens, cable, mounting, or firmware configuration require NRE discussion?

This confirmation process helps avoid choosing the wrong camera module based only on resolution.

 

Compatibility and Production Confirmation Points

For professional OEM projects, Goobuy recommends sample testing before pilot production.

Please note:

• UVC compatibility must be tested with the real host device.
• Android OTG support depends on chipset, Android version, USB host mode, camera app, and system permissions.
• High-resolution and high-frame-rate modes depend on USB bandwidth, host decoding ability, software, and CPU load.
• Microphone function depends on USB audio support and software recognition.
• Final image quality depends on lens FOV, working distance, lighting, enclosure window, and focus setting.
• Autofocus behavior should be tested in the real application environment.
• Cable, connector, lens, and mounting changes should be confirmed after standard sample validation.
• NRE is usually discussed after the standard sample direction is approved and project-specific configuration is required.

Why Choose IMX577 12MP Instead of a 2MP or 5MP USB Camera?

A 2MP or 5MP camera may be enough for basic video preview, but it may not provide enough detail when the device needs to capture small text, QR codes, ID documents, product labels, equipment nameplates, or higher-quality face images.

The IMX577 12MP camera provides more image information for the host system. This can help applications where visual detail is important, such as:

• Visitor registration terminal
• ID verification kiosk
• Industrial panel PC with label capture
• Smart display with face image input
• QR code or barcode recognition terminal
• AI edge device requiring higher-resolution image input
• Document capture or work order recording station

The final result still depends on lens selection, working distance, lighting, software algorithm, and mechanical installation.

Manual Focus vs Autofocus: Which Version Should You Choose?

Choosing the correct focus version is one of the most important decisions for this module.

Version	Best For	Typical Use
Manual Focus	Fixed working distance	Kiosk camera, HMI terminal, industrial panel PC, fixed QR scanner, smart display
Autofocus	Variable working distance	ID capture, visitor check-in, document capture, interactive terminal, desktop recognition device

Choose Manual Focus version If:

The camera-to-target distance is fixed. For example, the camera is installed behind a front glass window inside a kiosk, HMI panel, or smart display frame. Manual focus can be adjusted for the installation distance and remain stable during normal use.

Choose Autofocus version If:

The target distance changes. For example, users may stand at different distances, documents may be held closer or farther away, or the camera needs to capture both faces and near objects. Autofocus is often more flexible for ID verification terminals, visitor registration kiosks, and interactive smart terminals.

For OEM projects, Goobuy recommends confirming the real working distance, target size, enclosure window position, and required FOV before selecting the final focus version.

USB UVC Camera vs MIPI Camera Development

For an existing host device, USB UVC can often be a faster integration route than MIPI.

Factor	USB UVC IMX577 Module	MIPI Camera Development
Best For	Existing host devices with USB input	Deep custom hardware platforms
Driver Work	Lower if UVC is supported	Requires platform driver and ISP work
Sample Testing	Faster	Usually slower
Hardware Redesign	Often not required	May require carrier board or mainboard changes
Project Risk	Lower for existing Android/Linux/Windows hosts	Higher if camera stack is not ready
Suitable Volume	Small-to-medium OEM projects, pilot production, fast validation	High-volume fully integrated products
Recommendation	Choose USB UVC when speed and existing host compatibility matter	Choose MIPI when the camera is designed from the mainboard level

This is why the IMX577 USB camera module is a strong fit for customers who already have an Android kiosk, industrial panel PC, smart display, AI terminal, or self-service machine and need a practical camera upgrade path.

Built for OEM Integration, Not Consumer Webcam Replacement

This product is not designed as a finished desktop webcam. It is a board-level camera module for embedded OEM integration.

It is more suitable when:

• The camera must be installed inside an enclosure
• The host device already has USB camera support
• The product needs a specific working distance
• The lens FOV needs to match the mechanical design
• The cable route and connector direction matter
• The customer may need a pilot production configuration
• The project may require paid NRE after sample validation

Custom Configuration That Can Be Discussed

• Lens field of view
• Manual focus or autofocus version
• USB cable length
• Connector direction
• Mounting method
• Bracket or mechanical support
• Front glass/window consideration
• Product configuration control for pilot production
• Firmware or device setting discussion, depending on project feasibility

Usually Not Suitable for This Product Page

• Full camera development from zero
• Medical camera development
• Global shutter redesign
• Low-light STARVIS replacement
• Waterproof outdoor camera housing
• Guaranteed Android compatibility without real host testing
• Deep ISP or algorithm tuning without NRE discussion

Application Scenarios

Sony IMX577 12MP USB camera module supports Android kiosks, industrial panel PCs, smart displays, ID/QR/label capture, AI edge vision terminals and video communication devices.

This application image highlights the main use cases of the Sony IMX577 12MP USB camera module as a high-resolution UVC camera upgrade for existing smart terminals. It is suitable for OEMs and system integrators building Android kiosks, HMI terminals, industrial panel PCs, smart advertising displays, ID/QR capture devices, AI edge vision terminals and video communication systems.

1. Android Kiosk and Self-Service Terminal Camera

This module is suitable for Android-based self-service kiosks, visitor registration terminals, check-in kiosks, ticketing machines, payment terminals, and identity verification devices.

A common project problem is that the existing 2MP or 5MP camera cannot capture enough detail for face images, QR codes, or ID documents. If the host already supports USB UVC or Android OTG camera input, this IMX577 USB camera can be tested as a higher-resolution upgrade without restarting MIPI camera development.

Best-fit project needs:

• 12MP image detail
• Android OTG / USB UVC testing
• Face capture and ID document imaging
• Manual focus or autofocus selection
• Embedded board-level camera integration

2. Industrial Panel PC and HMI Terminal

Industrial panel PCs, HMI terminals, warehouse terminals, and factory operator stations may need a built-in camera for QR code scanning, work order capture, product label reading, equipment nameplate recording, or operator verification.

Compared with a standard 1080P camera, a 12MP USB camera can provide more visual detail when the target includes small text, labels, documents, or machine information.

Best-fit project needs:

• Higher image detail than 2MP/5MP
• USB UVC connection to existing host
• Fixed or semi-fixed working distance
• Board-level integration inside panel PC housing
• Sample validation before pilot production

3. Smart Display and Advertising Screen

Smart displays, digital signage, interactive retail screens, education displays, and AI display terminals may require an embedded camera for audience image input, face capture, user interaction, or video communication.

A consumer webcam is often too bulky and unsuitable for a display enclosure. This IMX577 module provides a board-level camera option with dual digital microphones for smart terminal integration.

Best-fit project needs:

• Embedded camera board
• Camera + microphone input
• Android/Linux display host compatibility testing
• Display frame integration
• Manual focus or autofocus depending on user distance

4. ID Document, QR Code, Barcode and Label Capture

For ID verification devices, document capture stations, QR code terminals, barcode recognition devices, and label capture systems, image detail and focus distance are critical.

This IMX577 12MP USB module can provide more image information for these tasks, but the final performance depends on lens FOV, working distance, lighting, front glass, and software recognition algorithm.

Best-fit project needs:

• 12MP detail for small text or code patterns
• Autofocus for variable document distance
• Manual focus for fixed document stations
• UVC camera input for existing host systems
• Real enclosure testing before production

5. AI Edge Vision Terminal

This module can be used as a high-resolution USB camera input for AI edge terminals, access control devices, smart retail analytics screens, document recognition hosts, and embedded vision devices.

It is not intended for high-speed robotic motion capture or synchronized machine vision. It is better for AI terminals that need detailed face, document, object, or scene image input from an existing USB-compatible host.

Best-fit project needs:

• High-resolution UVC image input
• Existing Android/Linux/Windows AI host
• Fast sample testing
• Project-specific lens and mounting discussion
• Sample-to-pilot development path

6. Video Communication Terminal with Audio Input

For video service terminals, remote support screens, access control devices, smart education displays, or interactive kiosks, both camera and audio input may be required.

The integrated dual digital microphones may reduce the need for a separate microphone board, depending on host support and software recognition.

Best-fit project needs:

• Camera and microphone on one module
• Smart terminal video interaction
• Board-level enclosure integration
• Android/Linux/Windows host compatibility testing
• Microphone verification during sample testing

When Should You Choose IMX577 Instead of Other Goobuy USB Camera Platforms?

Requirement	Recommended Goobuy Direction
Android kiosk needs higher-resolution camera upgrade	IMX577 12MP USB camera module
Industrial panel PC needs QR, label, document, or work order capture	IMX577 12MP USB camera module
Smart display needs camera + microphone input	IMX577 12MP USB camera module
Very tight enclosure needs a smaller 12MP camera head	Goobuy 15×15mm 12MP AF USB camera
Low-light, starlight, or night vision is more important	Goobuy STARVIS IMX385 / IMX462 / IMX678 / IMX585 USB cameras
Fast-moving object capture or trigger is required	Goobuy global shutter USB camera modules
Outdoor waterproof USB camera is required	Goobuy IP67/IP69K USB camera modules
Customer only needs a finished consumer webcam	Not Goobuy’s main positioning

This helps customers select the correct camera platform instead of choosing only by resolution.

 

Not Ideal For

This IMX577 USB camera module may not be the best choice if your project requires:

• Very low-light or starlight imaging
• Night vision monitoring
• Global shutter capture
• External trigger or synchronization
• High-speed robotic motion capture
• Conveyor inspection with fast-moving objects
• IP67/IP69K waterproof outdoor use
• A complete consumer webcam with plastic housing
• Medical camera use
• Lowest-cost general USB webcam replacement
• Guaranteed Android compatibility without real host testing

For low-light applications, please consider Goobuy STARVIS USB camera modules.

For fast motion or trigger applications, please consider Goobuy global shutter USB camera modules.

For waterproof applications, please consider Goobuy rugged USB camera modules.

 

Request Samples or Project Configuration Support

If you already have an Android kiosk, industrial panel PC, smart display, AI edge terminal, self-service machine, or embedded host device and need a higher-resolution USB camera upgrade, please contact Goobuy with your project details.

To recommend the correct IMX577 manual focus or autofocus version, please share:

• Host platform
• Operating system
• USB interface type
• UVC camera support status
• Current camera problem
• Target application
• Required resolution and frame rate
• Working distance
• FOV requirement
• Lighting condition
• Front glass or acrylic window design
• Available internal space
• Cable length and connector direction
• Mounting method
• Sample testing schedule
• Expected pilot quantity
• Whether customization or NRE may be needed

This information helps Goobuy recommend a practical camera configuration instead of only quoting a standard module.

Professional FAQ for OEM Engineers and Product Managers

1. What 12MP USB camera module can replace a 2MP or 5MP camera in an existing Android kiosk?

A Sony IMX577 12MP USB UVC camera module can be a suitable upgrade when an Android kiosk, self-service terminal, or visitor registration device already supports USB camera input but the existing 2MP or 5MP camera cannot capture enough detail. It is useful for face image capture, ID document imaging, QR code scanning, and smart terminal vision input. Before production, the module should be tested on the real Android host to confirm UVC compatibility, Android OTG behavior, supported MJPEG modes, autofocus performance, and software recognition.

2. Can a USB UVC camera module help us avoid MIPI camera driver development for an industrial panel PC or smart terminal?

Yes, in many existing host-device projects. If your Android, Linux, or Windows host already supports USB UVC cameras, a USB camera module can usually be validated faster than a new MIPI camera design. MIPI may still be better for deep custom high-volume platforms, but USB UVC is often more practical when the customer already has a host device and needs a faster camera upgrade path for a kiosk, industrial panel PC, smart display, or AI edge terminal.

3. Should we choose manual focus or autofocus for an ID verification kiosk, QR code terminal, or smart display camera?

Choose manual focus if the working distance is fixed, such as a camera installed behind the front panel of a kiosk, HMI terminal, or smart display. Choose autofocus if users, ID documents, QR codes, or objects may appear at different distances. For ID verification kiosks, visitor check-in terminals, and document capture devices, autofocus is often more flexible. For fixed-position scanning or fixed-distance face capture, manual focus may be more stable.

4. Is the IMX577 12MP USB camera suitable for face recognition, ID document capture, QR code scanning, and label reading?

It is suitable when the project mainly needs higher image detail from a USB camera input. The 12MP resolution can provide more image information than common 2MP or 5MP modules, which may help face image capture, ID document imaging, QR code scanning, product label reading, and industrial nameplate recording. However, final recognition performance also depends on lens FOV, focus distance, lighting, front glass, host software, and the customer’s recognition algorithm.

5. Can this IMX577 camera work with Android OTG devices and Android industrial panel PCs?

The module supports USB UVC and can be used for Android OTG camera applications when the host supports USB host mode and UVC camera access. However, Android compatibility must be tested with the actual device because chipset, Android version, USB permission handling, camera app, firmware, and bandwidth can affect performance. For OEM projects, Goobuy recommends sample testing on the real Android industrial panel PC, kiosk motherboard, or embedded host before pilot production.

6. Is this IMX577 module better than a normal 1080P webcam for a smart display or advertising screen?

Yes, if the project needs an embedded board-level camera instead of an external consumer webcam. A normal 1080P webcam is usually designed for desktop use and may not fit inside a smart display enclosure. This IMX577 USB camera board is more suitable for OEM integration because it offers 12MP resolution, UVC output, optional manual focus or autofocus, dual digital microphones, and project discussion around lens FOV, cable length, connector direction, and mounting.

7. Can the 1080P 120fps mode and 12MP MJPEG mode run on every host device?

No. The listed high-resolution and high-frame-rate modes depend on USB bandwidth, camera firmware, host decoding ability, CPU load, operating system, and camera application. Some hosts may support only selected resolution and frame-rate combinations. For production projects, Goobuy recommends testing the required modes on the real Android, Linux, or Windows host before confirming pilot production.

8. Is this IMX577 camera a good choice for low-light, night vision, or fast-moving machine vision?

Not as the first choice. This IMX577 module is mainly positioned for high-resolution smart terminal imaging, not low-light STARVIS imaging or global shutter motion capture. If your project needs night vision, starlight performance, or low-light monitoring, Goobuy may recommend IMX385, IMX462, IMX678, or IMX585 STARVIS USB cameras. If your project needs fast-moving object capture, external trigger, synchronization, or conveyor inspection, a global shutter USB camera is usually more suitable.

9. Can the dual digital microphones be used for smart kiosks, video terminals, and AI voice + vision devices?

The module includes dual digital microphones, which may be useful for smart displays, interactive kiosks, access control screens, video service terminals, education displays, and AI voice + vision devices. However, microphone function depends on host USB audio support, operating system recognition, software configuration, and firmware settings. For production use, the microphone function should be tested on the actual host device together with the camera function.

10. What information should we send to Goobuy if we want samples, pilot production, or NRE customization?

Please send the host platform, operating system, USB interface, UVC support status, target application, current camera problem, required resolution, working distance, FOV requirement, lighting condition, front glass design, available internal space, cable route, connector direction, mounting method, sample testing schedule, expected pilot quantity, and whether customization may be needed. A strong project inquiry might say: “We already have an Android kiosk and need to upgrade from a 5MP USB camera to a 12MP UVC camera for face capture and ID document imaging. Our working distance is 30–70cm, and we need advice on autofocus, lens FOV, cable length, and sample testing.”

Final Positioning Sentence

Goobuy Sony IMX577 12MP USB camera module is designed for OEMs and system integrators who need a high-resolution UVC camera upgrade for existing Android kiosks, industrial panel PCs, smart displays, self-service terminals, and AI edge devices, with sample validation and project-specific configuration support before pilot production.