Goobuy IMX462 USB camera module offering 0.001 Lux low-light imaging, strong 850/940 nm NIR response and UVC integration for AI vision, robotics and scientific imaging
Goobuy UC-462 IMX462 USB Camera Module is a 0.001 Lux extreme low-light and NIR-optimized camera module with a compact 38×38 mm form factor, UVC USB2.0/USB-C output and M12/CS lens options for machine vision, robotics, scientific imaging and energy infrastructure monitoring.
With its 0.001 Lux sensitivity, high NIR quantum efficiency and noise-optimized HCG readout, the Goobuy UC-462 IMX462 USB Camera Module delivers clear 1080p imaging where conventional sensors fail. The UVC USB2.0/USB-C interface works on Windows, Linux, Jetson and Raspberry Pi, making it suitable for low-light machine vision, robotics navigation, scientific NIR experiments and 24/7 energy facility surveillance.
Product Overview
The Goobuy UC-462 STARVIS USB Camera Module delivers reliable performance in extreme low-light (0.001 Lux) and provides outstanding near-infrared (NIR) sensitivity at 850 nm and 940 nm. With its compact 38×38 mm PCB, interchangeable M12/CS lens mount, and UVC-compliant USB2.0/USB-C interface, it integrates seamlessly into UAVs, AMRs, and industrial monitoring systems.
Built for night inspection, robotics navigation, and energy facility surveillance, this module offers both color imaging in near-darkness and high-quality monochrome imaging under IR illumination.
IMX462 USB Camera Module for Extreme Low-Light & NIR Imaging
See in the Dark: Unmatched Vision in Near-Infrared and Extreme Low-Light.
A UVC-compliant 1080p USB camera module, expertly engineered for machine vision, scientific analysis, and surveillance applications where light is a luxury, not a guarantee.
Why IMX462 Beats Standard Cameras in the Dark?
High NIR Sensitivity: The IMX462 has 2x the sensitivity at 850nm/940nm compared to IMX291. This means you can use fewer IR LEDs to achieve the same brightness, saving power for battery-operated robots.
Color in Starlight: Unlike sensors that switch to B&W immediately, the IMX462 maintains color imaging in ambient starlight (0.01 Lux), providing crucial color data for AI object classification.
The sensor is engineered for near-infrared visibility, offering strong response curves at 850 nm and 940 nm for:
scientific optical analysis
agricultural NIR imaging
biological experiments
energy infrastructure cabinets
controlled lab environments
Not Just Bright, But Scientifically Superior: The IMX462 Advantage
Standard cameras fail when light fades. The IMX462 excels. We have engineered this module to harness the full potential of Sony's STARVIS technology, delivering usable data from scenes where other sensors see only noise.
1. King-Class Near-Infrared (NIR) Performance
The IMX462’s core strength is its phenomenal sensitivity in the Near-Infrared spectrum. Its Quantum Efficiency (QE) in the 850nm to 940nm bands is more than double that of conventional CMOS sensors. This means it captures more data from ambient starlight, moonlight, and active IR illumination.
[Clear graph showing the Quantum Efficiency (QE) curve of the IMX462, with a pronounced peak in the NIR region, compared against a curve for a "Standard Sensor".]
Your Benefit: Achieve superior performance in nocturnal surveillance, high-contrast biometric recognition (iris), and industrial applications that rely on NIR illumination for analysis. See farther and clearer with less power consumption from your IR sources.
2. Clean Signal, Clear Vision with High Conversion Gain
Brightness without clarity is useless. The IMX462 integrates Super High Conversion Gain (HCG) technology, which amplifies the image signal at the pixel level before noise is introduced.
[Side-by-side still image comparison. Left image is labeled "Standard Sensor at High Gain" and shows significant digital noise/snow. Right image is labeled "IMX462 with HCG at High Gain" and shows a much cleaner, clearer image under the same lighting.]
Your Benefit: The result is a clean, stable image with fine details preserved, even in challenging low-light conditions. This is crucial for reliable object detection, tracking, and analysis in your application.
3. Seamless Integration with Plug-and-Play Simplicity
This module is fully UVC (USB Video Class) 1.1/1.5 compliant. There are no proprietary drivers to install and no complex software dependencies. It just works.
[A clean graphic showing logos of compatible operating systems and platforms: Windows, Linux, macOS, Android, NVIDIA Jetson, Raspberry Pi.]
Your Benefit: Save weeks of driver development time. Our module is instantly recognized by most operating systems, allowing your team to focus on your core application, not on camera debugging and integration headaches.
More Than a Module: An Engineering Partnership
Off-the-shelf hardware is a starting point. A true solution requires a partnership. We provide the engineering support and customization you need to achieve optimal performance.
Expert ISP Tuning
We don’t just ship modules with default Sony settings. Our in-house engineers work with you to custom-tune the Image Signal Processor (ISP). We optimize critical parameters—white balance, exposure algorithms, 2D/3D noise reduction, and color matrix—for your specific lighting conditions and application.
Flexible Customization Options
Your project has unique mechanical and optical requirements. We provide a full range of customization services to ensure a perfect fit:
Rock-Solid Technical Support
Your success is our success. We provide comprehensive support to accelerate your development cycle:
Technical Specifications & Resources
|
Category |
Specification |
|
Sensor |
Sony STARVIS IMX462 |
|
Resolution |
1920 (H) x 1080 (V), 2.13 MP |
|
Pixel Size |
2.9 µm x 2.9 µm |
|
Sensor Size |
Type 1/2.8" |
|
Frame Rate |
Up to 120fps @ 1080p |
|
Interface |
USB 2.0 / USB 3.0 (Selectable) |
|
Protocol |
UVC 1.1 / 1.5 Compliant |
|
Output Format |
YUV / MJPEG |
|
Shutter Type |
Rolling Shutter |
|
Lens Mount |
M12 (S-Mount) / CS-Mount (Optional) |
|
Dimensions |
38mm x 38mm (Standard, custom options available) |
|
Power |
5V, via USB Bus |
|
OS Support |
Windows, Linux, macOS, Android |
Sensor vs Module Output (Clarified)
Integration & Compatibility
This Goobuy UC-462 IMX462 USB Camera Module with metal case/housing
Provides stable imaging for automated inspection, machine guidance and industrial visibility in low-illuminance factories.
Supports reliable grayscale and NIR-assisted perception for robots operating in dark warehouses, tunnels or outdoor environments.
Ideal for fluorescence, absorption, optical alignment, IR-driven experiments and wavelength-specific testing.
Compact design and UVC output make it easy to integrate with Jetson, Raspberry Pi, edge AI boxes and embedded industrial PCs.
Used by energy companies to monitor cabinets, breaker rooms and substations, especially under 940 nm illumination.
Strong 850/940 nm response enhances eye safety and recognition accuracy.
Goobuy provides engineering-level customization for OEM customers:
PCB shape adjustments
USB-C / USB2.0 connectors
custom cable length
M12 / CS lens selections
IR filter / no-IR versions
NIR-optimized ISP profiles
mechanical housing options
Customer story/ case study
A European energy provider deployed the IMX462 module inside substation cabinets. Using 940 nm IR illumination, they achieved non-intrusive night monitoring while reducing false alarms by 35% compared to conventional cameras.
The IMX462 uses a back-illuminated STARVIS architecture with extremely high NIR sensitivity and high conversion gain. This combination keeps noise low, maintains signal clarity, and captures usable 1080p images in lighting conditions where most CMOS sensors collapse into noise.
In extremely dark settings (0.001 Lux), the IMX462 can still produce visible monochrome imagery thanks to its NIR-optimized sensitivity. However, for complete darkness (0 Lux), even IMX462 benefits from 850 nm or 940 nm IR illumination for stable detail capture.
Over USB2.0 UVC, typical validated performance is 1080p @ 30 fps using MJPG. Over USB3.0 versions of IMX462 modules, you can reach 1080p @ 60–120 fps, depending on encoding and host bandwidth. USB2.0 performance is limited by interface throughput.
IMX307 performs well in dim light, but IMX462 is engineered for extreme low-light and NIR imaging. IMX462 offers superior quantum efficiency in 850/940 nm wavelengths and cleaner signal in near-dark scenes, making it preferable for robotics, surveillance and scientific NIR use.
read this articles here now IMX462 vs IMX307: Low-Light Starvis Sensor Comparison
Yes. The Goobuy UC-462 IMX462 USB Camera Module has high NIR quantum efficiency and clean HCG output, which makes it suitable for research tasks such as fluorescence imaging, IR absorption studies, optical experiments and controlled lab environments requiring 850/940 nm sensitivity.
Most IMX462 USB modules are validated on Windows (UVC), Linux (V4L2), Ubuntu, NVIDIA Jetson Nano/Xavier, Raspberry Pi 4/5, ARM IPCs and standard x86 PCs. These platforms support stable streaming through MJPG, YUY2 or H.264 pipelines.
IMX462 benefits from low-F-number lenses (F1.4–F1.8) and NIR-corrected or broadband lenses designed for 850–940 nm. M12 or CS-mount lenses with good NIR transmission can dramatically improve clarity in low-light scenes.
For general use, the default ISP pipeline works well. For specialized tasks such as night-time robotics, scientific NIR work or energy infrastructure monitoring, customized exposure curves, gamma settings and IR-specific tuning produce significantly better results.
Yes. PCB shape, cable length, connector type, lens mount, IR filter configuration and mechanical dimensions can all be customized for OEM integration into embedded systems, instruments, kiosks, robots or industrial monitoring equipment.
Developer Bait
Python
# Example: Max Sensitivity Settings for IMX462
import cv2
cap = cv2.VideoCapture(0)
# Disable Auto Exposure to manually boost ISO
cap.set(cv2.CAP_PROP_AUTO_EXPOSURE, 0.25) # Manual Mode
cap.set(cv2.CAP_PROP_EXPOSURE, -3) # Longer exposure time
cap.set(cv2.CAP_PROP_GAIN, 100) # Max Analog Gain
while True:
ret, frame = cap.read()
# Optional: Apply Gamma Correction for dark areas
# frame = adjust_gamma(frame, gamma=1.5)
cv2.imshow('Ultra Low Light Stream', frame)
if cv2.waitKey(1) == 27: break
Ready to Solve Your Toughest Low-Light Challenge?
Our standard IMX462 module is ready for immediate evaluation, and our engineering team is on standby to discuss your custom requirements. Tell us about your project, and let's build the perfect vision solution together.
For OEM customization, engineering evaluation boards or project inquiries:
office@okgoobuy.com office phone +86 755 29775656 whatsapp me +86 13510914939
Global shipment & integration support
Relative technical articles and product applications links
1, IMX462 STARVIS: Low-Light Sensor for Industrial Vision
2, A Deep Dive: Sony IMX462 Starvis for Low Light Vision
3, STARVIS IMX415 vs IMX462 how to choose for your projects
4, Sony STARVIS 2 IMX678 4K USB Camera Module for Edge AI vision (starvis2 imx678 products)
5, STARVIS IMX307 vs IMX385 vs IMX585 vs IMX678 vs GC2053 Night Vision Performance compare
6, Goobuy — Professional Micro USB Camera for AI Edge Vision
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