Eliminate nighttime motion blur and thermal throttling with this UVC drop-in replacement. It secures reliable 60FPS capture in total darkness for ATMs, kiosks, and LPR systems without custom SDKs
Goobuy IMX662 USB camera module UC-662 is an industrial-grade, 1080P 60FPS vision node featuring a Sony STARVIS 2 sensor and F1.0 starlight lens. Designed for embedded B2B systems, it delivers full-color night vision without IR LEDs, effectively solving glass reflection and thermal throttling in outdoor kiosks, ATMs, and inspection equipment via a standard 38x38mm UVC plug-and-play architecture.
The Ultimate Drop-In Replacement. Zero Motion Blur. True Color Night Vision Without IR LEDs.
Stop struggling with bulky IR illuminators, overheating enclosures, and nighttime motion blur. Powered by the advanced Sony STARVIS 2 IMX662 sensor and paired with a massive F1.0 black light lens, this industrial-grade UVC USB camera module is engineered to deliver pristine, high-speed 1080P 60FPS video in near-total darkness.
Manufactured by a trusted partner with 13 years of imaging hardware expertise, this module is built as a highly reliable, plug-and-play vision node for system integrators and mature OEMs—ready to be deployed in your exact mechanical footprint.
For hardware engineers and system integrators, evaluating a new vision node is about risk mitigation. Here is exactly how the IMX662 + F1.0 module eliminates common integration roadblocks:
The Engineering Headache: When placing a traditional camera behind the protective glass of a smart kiosk or ATM, using infrared (IR) LEDs causes severe light reflection. The IR bounces off the glass, blinding the sensor and rendering the nighttime footage completely washed out.
The Hardware Solution: By combining the IMX662 STARVIS 2 sensor with a massive F1.0 physical aperture, this module achieves full-color night vision passively. Zero emitted IR light means zero glass reflection. You get a crystal-clear view through thick protective screens, regardless of ambient lighting.
The Engineering Headache: High-performance imaging often generates excessive heat. In sealed, fanless environments (like embedded industrial boxes or outdoor lockers), adding high-power IR LED boards creates a thermal trap, leading to sensor noise, dropped frames, or hardware failure during summer months.
The Hardware Solution: This module operates at a highly efficient sub-650mW power draw. By eliminating the necessity for external IR illumination and heavy heat sinks, it strictly controls the thermal envelope. It guarantees stable 24/7 continuous operation without thermal throttling.
The Engineering Headache: Upgrading to a next-generation sensor usually means the physical board size changes, forcing the mechanical engineering (ME) team to redesign metal brackets, alter mold tooling, and delay the product launch.
The Hardware Solution: Strict adherence to the legacy 38x38mm (hole pitch 34x34mm) form factor. It serves as a true drop-in mechanical replacement for older generations of cameras. You can dramatically upgrade your system's nighttime vision performance without altering your existing chassis or mechanical drawings.
The Engineering Headache: New camera hardware often comes with buggy proprietary SDKs, requiring expensive software engineering hours to write custom drivers for Linux or Windows environments.
The Hardware Solution: A pure, no-nonsense UVC (USB Video Class) architecture. It is instantly recognized by V4L2 on Linux, DirectShow on Windows, and AVFoundation on macOS. It operates purely as a reliable "vision node," allowing your software team to pipe the video stream directly into OpenCV or your edge AI models on day one, with zero driver compilation required.
Designed strictly to the industry-standard 38x38mm form factor (customizable to 32x32mm). Seamlessly upgrade your legacy IMX291, IMX327, or IMX462 systems. Our engineers have optimized the PCB layout to ensure backward mechanical compatibility, saving your ME (Mechanical Engineering) team from costly housing redesigns.
The F1.0 ultra-large aperture captures 4x more light than standard F2.0 lenses. Combined with the STARVIS 2 BSI architecture, it delivers exceptional full-color images in starlight conditions. Dramatically reduce your BOM costs and assembly time by eliminating the need for external IR LED boards, IR-cut filters, and heavy heat sinks.
Traditional DOL-HDR struggles with fast-moving objects at night, leaving ghosting artifacts. Our IMX662 module utilizes Clear HDR technology at a fluid 60 frames per second, freezing motion instantly. It is the perfect hardware solution for capturing moving license plates (LPR) or high-speed conveyor belts without trailing blur.
Low Heat Dissipation: Consuming a maximum of only 650mW, it operates safely 24/7 in tightly sealed environments like ATMs without thermal throttling.
Vibration-Proof Focus: Unlike cheap webcams, our manual focus lenses are secured with industrial UV epoxy dispensing during factory calibration, ensuring the focal length never shifts during transit or mechanical vibration.
UVC Plug-and-Play: Standard USB 2.0 interface. No proprietary SDKs or custom firmware required for Windows, Mac, Linux, or Android.
Find your industry below to see how this USB camera module solves specific hardware integration challenges.
Outdoor Smart Kiosks & Parcel Lockers: * The Fix: Solves the "anti-reflection glass" problem. By relying on F1.0 starlight capabilities instead of IR LEDs, it captures clear, full-color faces without any glaring reflection off the kiosk glass.
LPR / ANPR for Parking & Tolls: * The Fix: A dedicated 60FPS low light traffic camera module. Clear HDR suppresses headlight glare and captures sharp license plates on moving vehicles at night without ghosting.
Patient & ICU Monitoring: * The Fix: A discreet non-IR night vision medical camera. Delivers clear observation footage in ultra-low-light hospital wards without using red-glowing IR LEDs that disturb patient rest.
High-Security Terminals: * The Fix: A highly stable, low heat night vision module. Operating at under 650mW, it prevents overheating in the extremely confined, unventilated spaces of ATMs while capturing crisp facial details.
Fixed Enclosure & Conveyor Inspection: * The Fix: A cost-effective high speed UVC camera module for dark machinery internals. Replaces expensive GigE setups for standard 1080p defect detection on fast-moving production lines.
Interactive Digital Signage: * The Fix: An all-in-one low light interactive billboard camera featuring built-in dual digital microphones. Captures audience demographics in the dark and voice commands on noisy streets via a single USB cable.
(Note: This module is heavily optimized for fixed embedded systems and commercial applications. For outdoor waterproof surveillance or long-distance network transmission, IP cameras or AHD cameras may be more suitable.)
Technical Specifications
| Feature | Specification |
| Sensor | Sony IMX662 (1/2.8") STARVIS 2 CMOS |
| Max Resolution & Frame Rate | 1920x1080 @ 60FPS (MJPG) / 1280x720 @ 10FPS (YUY2) |
| Lens Aperture | F1.0 Ultra-Large Aperture (Black Light Lens) |
| Field of View (FOV) | D=100° |
| TV Distortion | -10.4% |
| Focal Length (EFL) | 3.9mm (1G+6P Lens Construction) |
| Focus Type | Fixed (Factory pre-focused 30CM to infinity, secured with UV glue) |
| Audio | Built-in Dual Digital Microphones |
| Interface | USB 2.0 (Standard UVC Protocol) |
| Max Power Consumption | 650mW (DC 5V ± 5%) |
| Module Size | 38mm x 38mm x 24.3mm ± 0.5mm |
| Operating Temperature | -20°C to 70°C (Stable Image: 0°C to 50°C) |
| Supported OS | Win XP/7/8/10/11, Mac OSX, Linux, Android (with UVC) |
Q1: Our mechanical engineers need to verify the lens extrusion height. Do you provide 3D CAD files? A: Absolutely. We understand that exact tolerances are critical for embedded integrations. We provide detailed 2D dimensional drawings and fully accurate .STEP 3D models upon request so your ME team can simulate the assembly before ordering.
Q2: Will this module overheat if embedded in a sealed, fanless outdoor kiosk during summer? A: No. One of the biggest advantages of the IMX662 sensor paired with our PCB design is its exceptional thermal efficiency. The maximum power consumption is strictly capped at 650mW. Without the need to power a separate IR LED board, the module generates minimal heat, ensuring stable 24/7 operation even in fanless enclosures.
Q3: We install these in heavy machinery. How do you prevent the manual lens from losing focus due to vibration? A: For B2B batch orders, "manual focus" is only used during our factory calibration. Once the optimal focal point is set for your specific object distance (e.g., 50cm for an ATM, or infinity for outdoor), our technicians apply industrial-grade UV epoxy dispensing (点胶) to permanently lock the lens threads. It will withstand severe transit bumps and long-term machine vibration.
Q4: Your standard USB cable is 50cm. Can we order a 2-meter or 3-meter cable, and will there be signal loss or EMI issues? A: We fully support customized cable lengths (1m, 2m, 3m). To prevent the signal attenuation typical of standard USB 2.0 over long distances, our extended cables use premium AWG wiring with robust aluminum foil shielding and a braided ground layer. This guarantees a stable 60FPS video stream and passes standard EMI/EMC compliance tests for commercial equipment.
Q5: Do we need to sign an NDA to get your SDK for Linux integration? A: No SDK is required. We strictly adhere to the standard USB Video Class (UVC) protocol. The camera is natively recognized by V4L2 on Linux, DirectShow on Windows, and AVFoundation on Mac. You can pipe the video stream directly into OpenCV or your custom AI algorithms within minutes of plugging it in.
Q6: What is the lead time for evaluation samples and mass production? A: We keep a healthy inventory of standard IMX662 PCBA and F1.0 lenses. Evaluation samples (1-5 units) typically ship within 3-5 business days. For mass production (1,000+ units), standard lead time is 3-4 weeks.
Stop wasting time on driver issues and poor nighttime imaging. Test the hardware that mature OEMs rely on.
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