The OG02B10 USB2.0 color global shutter camera is a 2MP UVC camera module platform for OEM devices that already have a host system and need fast camera adaptation. It is designed for motion-safe color image capture in edge AI boxes, barcode readers, smart kiosks, robotics docking systems, fiducial marker detection and industrial embedded vision. Goobuy supports practical micro-customization of lens FOV, focus distance, cable, connector, IR filter, mounting direction and UVC video profile, helping engineering teams evaluate a camera configuration without starting a long sensor-level development cycle

OG02B10 2MP USB2.0 Color Global Shutter Camera for Fast OEM Integration

A mature UVC camera module platform for AI boxes, barcode recognition, smart kiosks, robotics docking and embedded vision devices.

Already have a host? Need a 2MP USB2.0 color global shutter camera before your next prototype or pilot run?

Goobuy provides a mature OG02B10 USB2.0 UVC camera module platform that can be adapted through lens selection, FOV, focus distance, cable, connector, IR filter, mounting direction and UVC video profile settings.

This camera is designed for OEM teams that already have a Linux, Android, Windows, Jetson, RK platform, industrial PC or edge AI host, and now need a practical camera module for motion-safe recognition instead of another long sensor-level discussion.

Send us your host platform, application background, recognition distance, required FOV, target size, installation space, timeline and expected quantity. Our engineering team will check whether this OG02B10 platform can be adapted to your project, which sample configuration should be tested first, and what risks should be reviewed before validation.

Built for Teams That Already Have a Host, a Deadline and a Vision Problem

Many OEM teams do not need a camera project from zero. They already have an AI box, kiosk controller, Android board, Linux host, industrial PC or embedded system. What they need is a camera module that can be adapted quickly and reliably before the next prototype, pilot run or customer demo.

The OG02B10 platform is built for this situation. It provides a 2MP color global shutter USB2.0 UVC hardware base, while Goobuy supports practical micro-customization around the parts that usually delay camera integration:

• Lens angle and distortion control
• Focus distance and recognition distance
• Cable length and connector direction
• Mounting position and board orientation
• IR filter selection
• UVC video profile
• Host compatibility review
• Sample configuration selection

Instead of spending months discussing only sensor theory or BOM-level details, you can send us the real application background and project constraints. We will help you judge whether this camera platform is suitable, what should be customized, and what should be tested before moving forward.

Why Choose OG02B10 Instead of a Standard Rolling Shutter USB Camera?

A common rolling shutter USB camera may work for simple video preview, but it can become unstable when the target moves. Labels may bend, QR codes may distort, objects may appear skewed, and marker recognition may become unreliable.

The OG02B10 uses a color global shutter sensor, helping capture moving objects with less geometric distortion. This makes it useful for AI recognition tasks where stable frames matter more than webcam-style appearance.

The value of this camera is not only the sensor. The real value is the combination of:

• 2MP 1600×1200 color image detail
• Global shutter motion-safe capture
• USB2.0 UVC plug-and-play integration
• M12 lens flexibility
• Practical OEM micro-customization
• Fast engineering evaluation based on your real project

It is a practical middle option for teams that need more image detail than many 1MP global shutter cameras, but do not want to redesign their system around a USB3.0 RAW machine vision camera

When to Choose the OG02B10 USB2.0 Color Global Shutter Camera

Project Condition	Why OG02B10 Fits
You already have a Linux, Android, Windows, Jetson, RK platform or industrial PC host	USB2.0 UVC reduces driver and hardware redesign work
A 1MP global shutter camera is not detailed enough	1600×1200 provides more image detail for labels, QR codes, markers and object recognition
Rolling shutter cameras distort moving targets	Global shutter capture helps reduce geometric distortion
USB3.0 machine vision is too complex or unnecessary	USB2.0 MJPEG provides a simpler OEM integration route
Your device needs lens, focus, FOV, cable or connector adjustment	Goobuy supports practical micro-customization based on an existing platform
You have a prototype or pilot schedule	A mature camera base can reduce evaluation time and engineering uncertainty
You need motion-safe color image capture	OG02B10 preserves color information while reducing rolling shutter distortion

When This Camera Is Not the Best Fit

This OG02B10 USB2.0 camera is not the first choice if your project requires:

• USB3.0 RAW image output
• High-speed uncompressed 2MP capture
• External hardware trigger
• Strict multi-camera synchronization
• High-end industrial measurement accuracy
• Ultra-small 15×15mm mechanical size
• Outdoor IP camera replacement
• Long-distance surveillance
• Sensor-only sourcing or bare chip BOM discussion

For those requirements, Goobuy may recommend another platform such as AR0234, OV9782, OV9281, UC-501 or a trigger-supported camera module.

This honest selection approach helps your team avoid choosing the wrong camera before sample testing.

Mature OG02B10 Camera Platform for Practical Micro-Customization

Platform Item	Standard Configuration	Customization Direction
Sensor	OG02B10 color global shutter	Fixed as project base
Resolution	1600×1200	UVC profile adjustment can be discussed
Interface	USB2.0	Cable and connector customization
Protocol	UVC plug-and-play	Host compatibility evaluation
Output Format	MJPEG / YUY2	Firmware profile optimization
MJPEG Mode	Up to 1600×1200@60fps	Actual stability depends on host decoding and USB bandwidth
YUY2 Mode	Limited by USB2.0 bandwidth	Use case should be checked before selection
Lens Mount	M12	94°, 100°, 130° or project-specific lens options
Focus	Fixed focus	Focus distance can be adjusted
IR Filter	650±10nm standard	IR filter option can be discussed
Board Size	38×38mm	Mounting and cable direction support
Main Use	Motion-safe color recognition	AI box, kiosk, marker, barcode, industrial vision

 Core Technical Specifications

Item	Specification
Product Type	2MP USB2.0 Color Global Shutter Camera Module
Sensor	OG02B10
Sensor Type	Color global shutter CMOS
Optical Format	1/2.9"
Active Resolution	1600×1200
Pixel Size	3.0µm
Interface	USB2.0
USB Protocol	UVC
Output Format	MJPEG / YUY2
MJPEG Frame Rate	Up to 1600×1200@60fps
YUY2 Frame Rate	Limited by USB2.0 bandwidth; confirm actual mode before project use
Lens	M12 lens options
FOV Options	94°, 100°, 130° available depending on lens configuration
Focus	Fixed focus, adjustable for project distance
Standard IR Filter	650±10nm
Board Size	38×38mm
Application Direction	AI recognition, barcode, kiosk, robotics docking, marker detection, edge AI vision

Engineering note: Final frame rate, exposure behavior, latency and recognition performance depend on host platform, USB bandwidth, video format, lens, lighting, target speed and algorithm. Please share your real use case before sample selection.

USB2.0, MJPEG and YUY2: What Engineering Teams Should Know

The OG02B10 platform is designed as a USB2.0 UVC camera module, not a USB3.0 RAW machine vision camera.

Under USB2.0 bandwidth limits, MJPEG can support higher resolution and frame rate than uncompressed YUY2. This makes MJPEG useful for AI preview, recognition input, kiosk vision, barcode evaluation and embedded vision tasks where the host can decode compressed video.

However, MJPEG is compressed video. If your algorithm requires uncompressed RAW frames, strict image measurement, high-speed industrial inspection, hardware trigger or deterministic multi-camera synchronization, this OG02B10 USB2.0 platform may not be the right solution.

Before sample selection, please tell us:

• Required resolution and frame rate
• Whether MJPEG is acceptable
• Whether YUY2 is required
• Host platform and operating system
• Algorithm sensitivity to compression
• Latency requirement
• Lighting and target speed

This helps avoid testing a camera configuration that does not match your real engineering requirement.

Global Shutter Helps Reduce Distortion, But Lighting and Exposure Still Matter

Global shutter helps reduce geometric distortion caused by rolling shutter capture, especially when objects, labels, hands, markers or packages are moving.

However, global shutter does not automatically remove all motion blur. Motion blur still depends on exposure time, lighting intensity, lens aperture, target speed and image processing.

For moving barcode, QR code, package label, robot marker or kiosk object recognition, we recommend evaluating:

• Working distance
• Object speed
• Target size
• Lighting level
• Exposure time
• Lens FOV and distortion
• Required recognition accuracy
• Host processing capability

Goobuy can help review these factors before recommending a sample configuration.

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Recommended Sample Configuration Directions

Instead of sending a random standard sample, Goobuy recommends choosing the sample direction based on the real application.

Sample Direction	Recommended For	Lens Direction	What to Check First
OG02B10-A	Barcode, QR code, label recognition	94° low-distortion lens	Working distance, label size, lighting, MJPEG acceptance
OG02B10-B	Robotics docking, AprilTag, ArUco, fiducial marker detection	94° or 100° low-distortion lens	Marker size, distance, calibration, exposure control
OG02B10-C	Smart kiosk, vending, access terminal, retail object recognition	100° or 130° wide FOV lens	Installation height, hand/object area, distortion tolerance
OG02B10-D	Edge AI box, industrial AI device, general embedded vision	Based on project FOV	Host compatibility, video profile, cable routing
OG02B10-E	Custom OEM evaluation	Project-specific lens and cable	Focus distance, connector, mounting and sample timeline

 Please send your recognition distance, target size, FOV, host platform and deadline before requesting a sample. We will help you choose a more useful configuration for the first test.

Micro-Customization Matrix

This OG02B10 camera is not promoted as a sensor-only product. It is a ready-to-integrate camera module platform for OEM engineering teams.

Customization Area	What Can Be Adjusted	Why It Matters
Lens FOV	94°, 100°, 130° or other M12 lens options	Matches target size, distance and installation space
Lens Distortion	Low-distortion lens selection	Important for barcode, QR code, marker and measurement-like recognition
Focus Distance	Fixed-focus adjustment	Improves sharpness at the real working distance
Cable Length	Short or extended cable options	Fits internal device layout
Connector	USB connector or custom connector direction	Reduces assembly and routing problems
IR Filter	Standard 650±10nm or discussed alternatives	Matches visible-light or special lighting requirements
Mounting Direction	Board orientation and cable exit direction	Helps mechanical integration
UVC Profile	Resolution, frame rate, MJPEG/YUY2 profile discussion	Improves host compatibility
Sample Configuration	Lens + focus + cable + firmware combination	Avoids testing a sample that does not match the project

Application Fit

1. Edge AI Box Vision Input

For industrial AI boxes and embedded Linux systems that need a plug-and-play USB2.0 color global shutter camera for recognition tasks.

Many edge AI box projects already have the processor, enclosure and software pipeline. The missing part is often a camera module that can capture stable 2MP color frames without requiring a USB3.0 redesign.

Typical search and AI query phrases this camera is designed to answer:

• USB2.0 global shutter camera for AI box
• 2MP UVC global shutter camera for embedded vision
• Color global shutter USB camera for edge AI recognition
• Embedded Linux USB camera module with lens customization
• USB camera module for industrial AI device

2. Barcode, QR Code and Label Recognition

For barcode readers, parcel recognition devices, warehouse terminals and conveyor-side recognition systems where moving labels require less image distortion than rolling shutter cameras.

The 1600×1200 resolution provides more detail than many 1MP global shutter cameras, while global shutter capture helps reduce geometric distortion when the target is moving.

Typical use cases include:

• Moving package label recognition
• QR code detection
• Barcode recognition on moving objects
• Smart locker vision
• Warehouse AI recognition terminal
• Industrial label verification

For high-speed conveyor systems, please send object speed, working distance, label size, lighting condition and required recognition rate before sample selection.

 

The OG02B10 platform is suitable for engineering teams that already have a host device and need practical camera adaptation for barcode recognition, kiosk vision, robotics docking, AI box integration and embedded vision projects

Application scenarios of the OG02B10 2MP USB2.0 color global shutter camera, including edge AI box vision, barcode and QR recognition, AprilTag and ArUco detection, smart kiosk vision, robotics docking, smart vending vision and OEM embedded vision.

This application overview shows how the OG02B10 USB2.0 color global shutter camera can be used in practical OEM projects. Typical use cases include edge AI box vision, barcode and QR code recognition, AprilTag and ArUco marker detection, smart kiosk vision, robotics docking, smart vending systems and OEM embedded vision integration.

 

3. Robotics Docking and Fiducial Marker Detection

For AMR docking, AprilTag, ArUco, fiducial marker recognition, visual alignment and indoor positioning support.

OG02B10 can be used as an auxiliary recognition camera where 2MP image detail helps capture marker edges, ID patterns and alignment targets more clearly than many 1MP cameras.

Typical use cases include:

• Robotics docking camera
• AprilTag camera for robot alignment
• ArUco marker detection camera
• Fiducial marker recognition
• Robot charging station alignment
• Indoor visual positioning support

If your project requires hardware sync, external trigger, stereo calibration or ultra-low latency robotics vision, please tell us before choosing this platform.

4. Smart Kiosk, Vending and Access Terminal Vision

For self-service kiosks, vending machines, access devices, payment terminals and retail AI systems that need motion-safe color image capture.

In these devices, ordinary USB cameras may suffer from distortion when capturing hands, cards, QR codes, products or labels in motion. OG02B10 provides a color global shutter alternative for teams that need more stable frames while still keeping USB2.0 UVC integration.

Typical use cases include:

• Smart vending camera
• Self-service kiosk camera
• Access terminal camera
• Retail object recognition
• Product label capture
• QR code and card capture
• Hand-object interaction image input

5. OEM Prototype and Small-Batch Embedded Vision

For OEM teams that need a fast sample, practical lens matching and small-batch production support before moving to a larger volume project.

OG02B10 is suitable when your team already has:

• A host device
• A defined recognition task
• A mechanical structure
• A prototype deadline
• A need for lens, focus, cable or connector adjustment
• A plan for pilot production or small-batch OEM validation

This platform helps reduce camera integration uncertainty without restarting the project from sensor selection.

Camera Platform Selection Guide

Customer Requirement	Recommended Goobuy Platform
2MP color global shutter, USB2.0 UVC, easy integration	OG02B10
2.3MP high-performance global shutter, higher frame rate, demanding machine vision	AR0234
1MP color global shutter, higher frame rate, low-latency dynamic capture	OV9782
1MP mono global shutter for SLAM, NIR, stereo or tracking	OV9281 / OV9781 direction
Ultra-compact 15×15mm USB camera for tight spaces	UC-501
Multi-camera synchronization or external trigger requirement	Trigger-supported platform, not standard OG02B10 USB2.0

 This comparison helps engineering teams choose the right camera platform before wasting time on unsuitable samples

Engineering Risks to Check Before Sample Selection

Professional buyers usually do not fail because they chose a bad sensor. They fail because the camera configuration does not match the host, lens, lighting, structure or timeline.

Please check these points before choosing OG02B10:

1. USB2.0 bandwidth has limits.
   MJPEG can support higher frame rates than uncompressed YUY2 under USB2.0, but MJPEG is compressed video.
2. Global shutter reduces distortion, but does not solve every blur problem.
   If exposure time is too long or lighting is weak, motion blur may still occur.
3. Lens and focus are critical.
   A wrong lens or focus distance can make a good sensor perform poorly in recognition tasks.
4. Host compatibility should be checked early.
   Linux, Android, Windows, Jetson, RK platforms and industrial PCs may handle UVC profiles differently.
5. This is not a USB3.0 RAW machine vision camera.
   If your application requires RAW, hardware trigger, strict synchronization or high-speed uncompressed capture, another platform may be better.
6. The standard module uses a 650±10nm IR filter.
   It should be treated mainly as a visible-light color recognition camera unless another filter configuration is discussed.
7. Project background matters more than a generic price request.
   Recognition distance, target size, FOV, lighting, speed and timeline directly affect sample selection.

Goobuy Engineering Experience

Based on Goobuy’s USB camera module integration experience, most delays in OEM camera projects are not caused by the sensor itself. They usually come from lens mismatch, focus distance errors, USB video profile conflicts, cable routing, connector direction, IR filter selection, mechanical space limits or unclear sample configuration.

The OG02B10 platform is designed to reduce these practical integration risks through fast micro-customization instead of restarting a sensor-level development cycle.

If your team already has a host device, a defined application and a delivery schedule, Goobuy can help you evaluate whether this mature camera module platform can fit your project before sample testing.

Not a Sensor-Only Discussion — A Camera Module Platform for OEM Integration

This page is not intended for sensor-only sourcing or long BOM-level comparison.

Goobuy supplies a ready-to-integrate USB2.0 UVC camera module platform based on OG02B10. The value is in fast camera adaptation for real OEM systems:

• Matching the lens to the recognition distance
• Adjusting focus for the target area
• Selecting the right FOV
• Checking host compatibility
• Confirming cable and connector requirements
• Reviewing mechanical constraints
• Preparing a useful sample configuration for validation

If your team already has a host device, a defined application and a project schedule, this platform may help reduce integration time and engineering uncertainty.

What to Prepare Before Asking for a Sample

To avoid wasting time with a sample that does not match your project, please prepare these details:

Information Needed	Why It Matters
Host platform	Determines USB2.0 UVC compatibility and video profile selection
Operating system	Linux, Android, Windows, Jetson and RK platforms may behave differently
Application scenario	Barcode, kiosk, AI box and robotics docking need different lens directions
Recognition distance	Determines focus adjustment and lens selection
Object or label size	Determines required pixel detail and FOV
Required FOV	Prevents choosing a lens that is too narrow or too distorted
Lighting condition	Affects exposure time and motion blur
Video format	MJPEG and YUY2 behave differently under USB2.0
Mechanical space	Determines board, cable and connector direction
Prototype deadline	Helps confirm sample feasibility and lead time
Expected quantity	Helps evaluate OEM customization direction and quotation

 

Send Us the Camera Problem You Need to Solve

You do not need to prepare a perfect specification before contacting us. If your team is under schedule pressure, send us the real project background first.

To help us evaluate quickly, please include:

1. Your host platform: Linux, Android, Windows, Jetson, RK platform, industrial PC or other system
2. Application scenario: barcode, label, kiosk, AI box, robotics docking, marker detection or other use
3. Required recognition distance and object size
4. Preferred FOV or installation space
5. Lighting condition and whether IR filter changes are needed
6. Required video format, frame rate and resolution
7. Cable length, connector and mounting constraints
8. Prototype schedule and expected production quantity
9. Main problem with your current camera: rolling shutter distortion, not enough detail, USB3.0 too complex, lens mismatch, delivery risk or other issue

Our team will review whether the OG02B10 USB2.0 color global shutter platform can be adapted to your project, what should be customized, and what sample configuration should be tested first.

 

 

RFQ Project Background Template

Please copy and complete the following project background when contacting Goobuy:

Project / Device:
Host Platform: Linux / Android / Windows / Jetson / RK platform / industrial PC / other
Application: barcode / label / kiosk / AI box / robotics docking / marker detection / other
Recognition Distance:
Object Size or Label Size:
Required FOV:
Lighting Condition: indoor / low light / LED / IR / mixed lighting
Video Requirement: resolution, frame rate, MJPEG or YUY2
Cable / Connector Requirement:
Mechanical Space:
Prototype Deadline:
Expected Quantity:
Main Problem with Current Camera: rolling shutter distortion / not enough detail / USB3.0 too complex / lens mismatch / delivery risk / other

Goobuy will review whether the OG02B10 USB2.0 color global shutter platform can be adapted, what should be customized, and which sample configuration should be tested first.

Professional FAQ

FAQ 1 We already have a Linux, Android, Jetson or RK host. Can this OG02B10 USB2.0 global shutter camera be adapted quickly without starting a full camera development project?

Yes. This OG02B10 camera is positioned as a 2MP USB2.0 color global shutter UVC camera module platform for OEM teams that already have a host system. If your device already uses Linux, Android, Windows, Jetson, RK platform, an industrial PC or an edge AI box, the main work is usually not sensor selection from zero. The real engineering work is matching the lens, focus distance, FOV, cable, connector, mounting direction and UVC video profile to your device.  Goobuy can help evaluate whether the existing OG02B10 platform can be adapted for your project before sample selection, so your team can avoid a long sensor-level discussion and move faster toward prototype validation

FAQ 2 Our current rolling shutter USB camera distorts moving labels, QR codes or objects. Will a color global shutter camera improve recognition stability?

It can help when image distortion is caused by rolling shutter capture. The OG02B10 uses a color global shutter sensor, which exposes the frame more consistently when capturing moving labels, QR codes, packages, hands, markers or objects. This makes it useful for barcode recognition, moving label recognition, kiosk vision, smart vending, robotics docking and industrial edge AI recognition.

However, final recognition performance still depends on object speed, lighting, exposure time, lens angle, focus distance and your algorithm. If your problem is motion distortion, the OG02B10 platform is worth testing. If your problem is only blur caused by weak lighting or long exposure, lens and lighting changes may also be required.

FAQ 3  We need more detail than a 1MP global shutter camera, but USB3.0 machine vision is too complex. Is OG02B10 the right middle option?

That is the strongest use case for this camera. Many OEM projects do not need a high-cost USB3.0 RAW machine vision camera, but a 1MP global shutter camera may not provide enough pixel detail for labels, markers, object edges or QR codes. The OG02B10 provides 1600×1200 2MP color global shutter image capture over USB2.0 UVC, making it a practical middle option.

It is especially suitable for teams searching for a 2MP UVC global shutter camera, USB2.0 global shutter camera for AI box, or color global shutter USB camera for embedded vision where the goal is reliable recognition and fast integration, not high-end laboratory machine vision.

FAQ 4 Is this camera suitable for an edge AI box or industrial AI device that only needs USB2.0 UVC video input?

Yes, if your host can accept USB2.0 UVC video and your application does not require USB3.0 RAW capture or strict hardware triggering. The OG02B10 platform is designed for edge AI box vision input, embedded Linux camera integration, Android USB camera devices, and industrial AI systems that need motion-safe 2MP color frames.

For AI recognition projects, many integration delays come from practical details: the wrong lens, wrong focus distance, incompatible video profile, bad cable direction or unclear mechanical space. Goobuy’s value is not only supplying the camera module, but helping your team select a sample configuration closer to the real application.

FAQ 5 Can OG02B10 be used for barcode reading, QR code detection or package label recognition on moving objects?

Yes, it can be evaluated for barcode recognition on moving packages, QR code detection, warehouse label recognition, and conveyor-side vision tasks where rolling shutter distortion is a problem. Its 2MP resolution gives more detail than many 1MP global shutter cameras, while global shutter capture helps reduce geometric distortion on moving targets.

Before choosing a sample, please send your working distance, label size, object speed, lighting condition, required FOV and expected frame rate. For slow to medium-speed OEM recognition systems, OG02B10 may be a practical USB2.0 UVC solution. For high-speed industrial lines, strict trigger timing or uncompressed image capture may require another camera platform.

FAQ 6 Can this camera support robotics docking, AprilTag, ArUco marker detection or fiducial marker recognition?

Yes, the OG02B10 platform can be tested for robotics docking camera, AprilTag camera, ArUco marker detection, fiducial marker recognition, and indoor visual alignment tasks. Compared with many 1MP cameras, 1600×1200 resolution provides more pixel detail for marker edges and ID patterns, which may improve recognition reliability at certain distances.

This camera is best positioned as an auxiliary recognition or docking camera for robots and embedded devices, not as a high-end synchronized stereo vision or SLAM camera. If your project requires hardware sync, external trigger, ultra-low latency or multi-camera calibration, please tell us clearly before sample selection.

FAQ 7 How do we choose between 94°, 100° and 130° lens options for this OG02B10 camera module?

Lens choice should be based on your recognition distance, target size, installation height and available mechanical space. A 94° low-distortion lens is usually better when image geometry and recognition detail matter. A 100° wide FOV lens can be useful for general embedded AI vision and robotics marker detection. A 130° wide-angle lens is suitable when the camera must cover a larger scene, such as kiosk vision, smart vending, access terminals or wider device monitoring.

Please do not choose a lens only by the angle number. Send us your target size, distance, FOV requirement and mounting position. We can help recommend a practical lens and focus direction for testing.

FAQ 8 Can Goobuy customize the lens, focus, cable, connector, IR filter or UVC profile without redesigning the whole camera?

Yes. This is the main value of the OG02B10 platform. It is not promoted as a sensor-only BOM discussion. It is a mature USB2.0 UVC camera module platform that supports practical micro-customization for OEM projects. Typical customization directions include M12 lens selection, FOV adjustment, fixed-focus distance, cable length, connector type, cable exit direction, mounting requirements, IR filter discussion and UVC video profile configuration.

This approach is suitable for teams that already have a host device and need fast adaptation before prototype testing or pilot production. It helps reduce engineering uncertainty without restarting a full camera development cycle.

FAQ 9 Should we choose OG02B10, AR0234, OV9782 or OV9281 for our project?

Choose OG02B10 when you need a 2MP color global shutter USB2.0 camera module with easy UVC integration, practical cost control and more image detail than 1MP cameras. Choose AR0234 when your project needs higher-performance 2.3MP global shutter imaging, higher frame rate, USB3.0 or more demanding machine vision. Choose OV9782 when you need 1MP color global shutter with higher frame rate and lower latency. Choose OV9281 or similar mono global shutter cameras for NIR, stereo, SLAM or tracking tasks where color is not required.

If your project is not clear yet, send your application background, host platform, speed, distance and deadline. We will help you avoid choosing the wrong camera platform.

FAQ 10 What are the engineering risks we should check before using a USB2.0 OG02B10 camera in our product?

The main risks are not only sensor-related. You should check USB bandwidth, MJPEG/YUY2 format requirements, host UVC compatibility, exposure time, lighting, lens distortion, focus distance, cable routing, connector direction and mechanical space. Under USB2.0, MJPEG can support higher frame rates than uncompressed YUY2, but MJPEG is compressed video and may not suit every machine vision algorithm.

If your application requires USB3.0 RAW output, high-speed uncompressed capture, strict hardware trigger, multi-camera synchronization or industrial measurement accuracy, OG02B10 may not be the best platform. Sharing your real constraints early helps us recommend the right sample or an alternative camera.

FAQ 11 Does global shutter remove motion blur completely?

No. Global shutter mainly helps reduce geometric distortion caused by rolling shutter capture. It does not automatically remove blur caused by long exposure time, weak lighting or very fast motion.

For moving barcode, package label, robot marker or kiosk object recognition, lighting and exposure control should be evaluated together with the camera. Please send your target speed, working distance and lighting condition so we can judge whether OG02B10 is suitable or whether a different camera or lighting setup should be considered.

FAQ 12 Can exposure, gain or white balance be controlled for recognition tasks?

For many recognition applications, stable exposure, gain and white balance behavior are important. Available control options depend on the camera firmware, UVC profile and host software. If your algorithm requires locked exposure, locked gain, fixed white balance or repeatable image output, please tell us before sample selection.

Goobuy can review whether the required control behavior is practical on this OG02B10 USB2.0 UVC platform or whether another camera platform is more suitable.

FAQ 13 Is the standard 650±10nm IR filter suitable for infrared or NIR applications?

The standard configuration should be treated mainly as a visible-light color recognition camera. The 650±10nm filter configuration is not the same as a dedicated 850nm or 940nm NIR camera solution.

If your project uses IR LED, near-infrared illumination, low-light detection or active IR markers, please describe the wavelength, lighting setup and recognition target. We can discuss whether the IR filter should be changed or whether a mono global shutter camera would be more suitable.

FAQ 14 What should we send if we are under prototype deadline pressure and need a useful engineering reply?

Please send the real project background, not only “price for OG02B10 camera.” A useful RFQ should include your host platform, operating system, application scenario, recognition distance, target size, required FOV, lighting condition, frame rate, video format, cable length, connector, mounting space, prototype deadline and expected quantity.

For example: “We need a USB2.0 global shutter camera for an Android kiosk to capture QR codes and product labels at 30–60cm. USB3.0 is not available. Prototype deadline is six weeks.” With this type of information, Goobuy can quickly judge whether the OG02B10 platform is suitable and what sample configuration should be tested first.

FAQ 15 Is this camera for companies that want to enter the camera BOM, or for OEM teams that already have a host and need a practical camera module?

This OG02B10 page is mainly for OEM teams that already have a host device, a defined application and a delivery schedule. It is not intended for long monthly discussions about sensor BOM without a real integration plan. The camera is offered as a ready-to-integrate 2MP USB2.0 color global shutter camera module platform with fast micro-customization support.

If your team has a device structure, recognition target, host platform and timeline, we can help evaluate feasibility quickly. If you only need bare sensor sourcing or a chip-level comparison, this may not be the right page.

Final CTA

Tell Us Your Host, Target, Distance, FOV and Deadline

The OG02B10 platform is useful when your team already has a real device, a real recognition problem and a real project schedule.

Send us your host platform, application background, target size, recognition distance, required FOV, lighting condition, mechanical space, cable requirement, prototype deadline and expected quantity.

Goobuy will help you check:

• Whether OG02B10 is the right platform
• Which lens and focus direction should be tested
• Whether USB2.0 UVC is suitable for your host
• Whether MJPEG or YUY2 fits your video pipeline
• What engineering risks should be reviewed before sample selection
• Whether another camera platform would be better for your project

You bring the project background. We bring the camera module platform, engineering experience and fast micro-customization support.