Sony IMX335 5MP USB 3.0 Camera Module (STARVIS & HDR)

Edge AI Vision & Camera Modules

Sony STARVIS IMX335 USB3.0 Camera Module low light 0.01Lux

The Goobuy UCM-IMX335 STARVIS USB camera delivers 5MP 2K imaging with WDR and low-light sensitivity for industrial monitoring and kiosks. M12 optics, UVC interface and OEM options simplify embedded integration

Details

Product Overview

The Goobuy IMX335 STARVIS USB3.0 Camera Module UCM-IMX335 delivers 5MP starlight imaging performance in a compact design. Featuring the Sony STARVIS 1/2.8" CMOS sensor and USB3.0 high-speed output, it supports 2592×1944 @30 fps (MJPEG) with lower-resolution high-fps modes for real-time tasks.

With its 0.01 Lux low-light sensitivity, UVC plug-and-play functionality, and interchangeable M12 lens mount, the IMX335 module is widely adopted in UAV inspection, AMR/AGV navigation, and industrial/energy monitoring systems. Optional metal housing and multiple PCB form factors (38×38 / 32×32 / 28×28 mm) make integration flexible and reliable.

IMX335 vs. Alternatives:

| IMX307 | 2MP (1080p) | USB 2.0 | Basic Night Vision |

| Goobuy IMX335 | 5MP (2K) | USB 3.0 | High-Res Inspection & OCR |

| IMX415 | 8MP (4K) | USB 3.0 | Precision Microscopy |

Why Choose IMX335 USB3 Night Vision Camera Module?

Feature Highlights:

✅ Sony IMX335 1/2.8”CMOS sensor with STARVIS night vision
✅ 2592×1944 resolution @ 30fps via USB3.0
✅ Ultra-low-light imaging & WDR
✅ UVC-compliant, plug & play USB2.0/USB-C(type-C)
✅ Custom lens options, housing, and board sizes available

Technical Specifications

Sensor vs Module Output (Clarified)

Sensor capability (MIPI): 5MP at high frame rates (up to 60 fps).
USB3.0 module output:
- 2592×1944 (5MP) @30 fps (MJPEG)
- 2560×1440 / 1920×1080 @60 fps (MJPEG, host-dependent)
- YUY2 frame rates vary by resolution and host bandwidth
USB2.0 fallback: 5MP up to 10–15 fps (MJPEG), 1080p@30 fps typical

Measured on Windows/Linux hosts; actual performance depends on bandwidth, cable length, and system resources.

Integration & Compatibility

UVC-compliant: works with Windows / Linux / macOS / Android
Compatible with NVIDIA Jetson Orin/Xavier, Raspberry Pi 5/4, x86 IPCs
Supported by OpenCV, GStreamer, V4L2 pipelines

Customization Options

We support OEM/ODM customization:

Board shape (32×32mm, 38×38mm, 28×28mm, etc.)
Fixed-focus or Auto-focus options
Lens field-of-view (FOV) customization (10-230 degree)
Add personalized exterior housing(plastic or metal)

What Our Clients Say

“The IMX335 USB3 camera module gave us excellent performance in low-light environments. It works great with Jetson Nano for our robotics project.”
— CTO, Robotics Startup (Germany)

“Very responsive supplier, provided fast samples and technical support. The camera’s quality was impressive.”
— Product Manager, Industrial Vision Company (USA)

Product Applications

Industry	Application	Role of the IMX335 USB3.0 Camera
Industrial Automation	Visual inspection, defect detection	High-res imaging with low latency
Robotics	Object recognition & navigation	Compact, plug-and-play sensor
Medical Devices	Imaging inside diagnostic tools	Crisp 5MP capture with HDR
Smart Cities	Traffic camera systems	License plate and night-time clarity
Retail Analytics	Footfall analysis, heat maps	Low-light capable HD video feed
AI Development	Training datasets, prototyping	High-resolution sensor data input
Security & Surveillance	Day/night monitoring, wide area coverage	STARVIS-enhanced night performance

Problems it can settle / Special Demands it can meet:

I. Industrial Applications:

Inspection & Quality Control in Challenging Lighting:
- Problem: Inspecting products or machinery in environments with inconsistent, low, or absent lighting (e.g., night shifts, closed compartments, underground facilities) while requiring high detail and accuracy over a wide area.
- Solution: The STARVIS sensor ensures clear, noise-free 5MP images even in very low light. The 100-degree no-distortion lens provides a wide, geometrically accurate view of the inspection area, crucial for precise defect detection, component verification, and robotic guidance where straight lines and accurate measurements are paramount.
Machine Vision for Large Areas with High Accuracy:
- Problem: Monitoring large conveyor belts, entire work cells, or complex assemblies where wide coverage is needed, but distortion from a fisheye lens would compromise measurement accuracy or object recognition.
- Solution: The wide, undistorted FoV allows a single camera to cover a significant area with high clarity, ensuring that objects at the edges of the frame are still accurately represented and measured. USB 3.0 ensures high-speed data flow for real-time processing.
Automated Guided Vehicles (AGVs) & Robotics Navigation:
- Problem: AGVs, forklifts, or robots operating in warehouses or factories need robust vision for navigation, obstacle avoidance, and path planning, often in varying light and with the need for accurate spatial perception.
- Solution: The low-light capability ensures reliable operation in dimly lit aisles or at night. The 100-degree no-distortion lens provides a wide, accurate map of the environment, improving SLAM (Simultaneous Localization and Mapping) algorithms and obstacle detection by eliminating image warping, leading to safer and more efficient navigation.
Logistics & Warehouse Automation (Scanning & Monitoring):
- Problem: Reading barcodes, QR codes, or identifying packages in large storage areas, often with limited and variable lighting, and needing to capture a wide array of items simultaneously.
- Solution: The STARVIS sensor handles low light for 24/7 operation. The wide, undistorted lens captures many items at once for efficient scanning, while 5MP resolution ensures readability of various code sizes. USB 3.0 provides the speed for continuous scanning.
Perimeter Security & Area Monitoring (Industrial Facilities):
- Problem: Securing large industrial sites, construction zones, or critical infrastructure where comprehensive coverage is needed, often with limited ambient light and the requirement to identify intruders or events clearly across the entire field of view.
- Solution: Low-light performance provides excellent nighttime surveillance without heavy illumination. The 100-degree no-distortion lens covers a wide area accurately, preventing "blind spots" and ensuring that objects at the edges of the frame are not missed or distorted, facilitating precise tracking and forensic analysis.
Remote Monitoring & Process Control:
- Problem: Monitoring critical industrial processes, environmental conditions, or remote machinery in challenging or hazardous environments where consistent, high-quality visual feedback is essential, regardless of lighting.
- Solution: Offers reliable visual data in diverse conditions, enabling operators to remotely assess situations accurately, identify anomalies, and perform diagnostics without needing to be on-site or provide additional lighting.

Python

# Example: 5MP Capture with OpenCV on USB 3.0
import cv2

# Ensure you are plugged into a USB 3.0 port (Blue)
cap = cv2.VideoCapture(0)
# Force 5MP Resolution
cap.set(cv2.CAP_PROP_FRAME_WIDTH, 2592)
cap.set(cv2.CAP_PROP_FRAME_HEIGHT, 1944)
# Set FPS (Bandwidth dependent)
cap.set(cv2.CAP_PROP_FPS, 30)

ret, frame = cap.read()
if ret:
    print(f"Captured Frame: {frame.shape}")

FAQ Section

Q1: Why does this module require USB 3.0?

To stream 5MP (2592×1944) video at 30fps without severe compression artifacts, the bandwidth of USB 2.0 (480Mbps) is insufficient. USB 3.0 (5Gbps) allows for high-quality MJPEG or uncompressed YUY2 transmission, critical for AI analysis.

Q2: Does the IMX335 support Hardware HDR?

Yes. The IMX335 sensor features DOL-HDR (Digital Overlap HDR) technology. This allows the camera to capture clear details in both bright windows and dark corners simultaneously, making it ideal for ATM or entrance surveillance.

Q3: What is the rolling shutter effect on this sensor?

Like most STARVIS sensors, the IMX335 uses a Rolling Shutter. For fast-moving conveyor belts (>2m/s), you might see some distortion. For static or slow-moving robotics, the image quality is excellent and superior to global shutter sensors in low light.