SNQ-3578C Camera Module
Model: SNQ-3578C | Sensor: Sony IMX385 (1/1.8") | Form Factor: Stacked Dual Ø 30mm Circular Boards | Version: V1.0
An advanced camera module featuring a stacked dual-layer design of 30mm circular boards and a large 1/1.8-inch sensor. Delivers 1080p video at 60fps for the most demanding professional and scientific applications.
1.0 Key Features at a Glance
| Section |
Key Attributes |
| Physical Design |
- Innovative Stacked Design: 2x Ø 30mm Circular Boards |
| Imaging |
- 1/1.8" Sony IMX385 Sensor
- 2.13MP, 1080p60 Resolution
- Exceptional Low Light Sensitivity |
| Performance |
- Wide Dynamic Range (WDR)
- Electronic DEFOG Function
- 3D Digital Noise Reduction |
| Application |
- Scientific, R&D, Advanced Machine Vision
- Requires Custom Housing |
2.0 Detailed Product Information
2.1 Description
The SNQ-3578C is a high-performance camera module defined by its unique stacked architecture, utilizing two 30mm diameter circular printed circuit boards. This design maximizes component density and optimizes electrical performance within a compact cylindrical volume. It is built around the Sony IMX385 sensor, which features a large 1/1.8-inch optical format for superior light capture, image quality, and dynamic range. It outputs high-resolution 1080p video at 60 frames per second, making it suitable for the most demanding high-speed and high-fidelity imaging applications. This module is intended for OEMs and integrators in advanced fields who require top-tier performance and can design custom enclosures for this specific mechanical format.
2.2 Stacked Circular Board Form Factor
This module uses a three-dimensional design approach:
- Architecture: Two separate 30mm circular boards stacked vertically and connected via a high-density board-to-board connector.
- Integration Note: This advanced form factor requires a custom-designed housing that accommodates its specific dimensions and stacking height.
2.3 Large 1/1.8-inch Sensor Advantage
The 1/1.8-inch Sony IMX385 sensor is a key performance differentiator. This larger size provides significant advantages:
- Superior Low-Light Performance: The larger pixels (3.75µm) capture significantly more light, enabling performance in extremely dark conditions.
- Enhanced Image Quality: Delivers better color accuracy, dynamic range, and overall image clarity compared to smaller sensors.
2.4 High Frame Rate Performance
The module captures and outputs video at 60 frames per second (fps). This high temporal resolution is essential for applications requiring detailed analysis of fast-moving subjects, such as in scientific research or high-speed industrial inspection.
2.5 Physical Installation & Control
- Dimensions: Stacked dual-layer structure based on Ø 30mm circular boards.
- Mounting: Requires a completely custom housing designed specifically for this stacked circular form factor.
- Lens Compatibility: Requires lenses specified to cover the 1/1.8-inch sensor format. A matching lens holder for the 30mm front board is needed.
- Configuration: Settings are managed through an On-Screen Display (OSD) menu, typically accessible via coaxial cable.
3.0 Comprehensive Specification Table
| Group |
Parameter |
Specification |
| General |
Model Code |
SNQ-3578C |
| |
PCB Architecture & Size |
Stacked Dual-Layer, 2x Boards, each Ø 30mm |
| |
|
|
| Sensor |
Type |
1/1.8" Sony IMX385 CMOS |
| |
Effective Pixels |
2.13 Megapixel (1845H x 1097V) |
| |
|
|
| Video |
Max Resolution |
1920 x 1080 (1080P) |
| |
Frame Rate |
60fps |
| |
|
|
| Low Light |
Min. Illumination |
~0.0001x Lux (Color, DSS ON, typical) |
| |
Day/Night |
Auto ICR / Color / B/W / Ext. |
| |
|
|
| Image |
WDR |
Yes (Off/L/M/H) |
| |
DEFOG |
Yes (Off / On) |
| |
DNR |
3D-DNR (Off/L/M/H) |
| |
|
|
| Interface |
Control |
Coaxial OSD |
| |
Power Supply |
DC 12V (±10%) |
| |
|
|
4.0 Resources
- Download Datasheet (PDF)
- Download Wiring Guide (PDF)
- Download Mechanical Drawing & Stacking Specification (DXF/PDF) <-[ESSENTIAL]
Critical: This advanced stacked module requires a custom housing. Contact our technical support team for comprehensive mechanical integration files and consultation.
