描述
IMX327LQR CMOS Image Sensor
Ultimate STARVIS Ultra-Low Light Sensitivity meets High-Speed Performance – The Professional 2.13MP Back-Illuminated High-Gain CMOS Choice for Top-Tier Night Vision Surveillance and Intelligent Traffic Systems.
// Ultra-Low Light STARVIS Architecture 10-Bit/12-Bit RAW Data Stream 60fps Portfolio
The Absolute Ultra-Low Light Starlight Imaging Advantage
The IMX327LQR represents a premier professional 1/2.8-inch 2.13 Megapixel CMOS active pixel type digital image sensor solution engineered for space-constrained, high-throughput hardware architectures demanding absolute optical signal processing efficiency and industry-leading low-light performance. Built on Sony’s legendary STARVIS back-illuminated pixel technology framework, this specific module yields significantly higher sensitivity and signal-to-noise ratios under near-infrared or extreme darkness compared to legacy sensors, tracking clear visual streams flawlessly without thermal pixel noise hazards or clock transmission barriers. Operating through high-speed MIPI CSI-2 serial data lanes, it secures pure, deterministic digital image routing loops and completely cuts off hardware synchronization delays.
- Full HD 1080p active matrix grid (2.13MP effective pixel count nodes for superior starlight clarity)
- Advanced MIPI CSI-2 interface output delivering raw 10-bit/12-bit data streams safely
- Superb signal amplification capability maintaining fluid frame rates up to 60 frames per second cleanly
Key Performance Advantages
60fps Real-Time Capture
Captures full-resolution Full HD images at 60fps, delivering crisp fast-moving object tracking streams smoothly without motion blur or latency bottlenecks.
Elite Ultra-STARVIS Sensitivity
Features an upgraded back-illuminated matrix that maximizes light sensitivity, allowing full-color video streaming in near-total darkness safely.
True 12-Bit RAW Performance
Outputs rich digital tonal dynamic ranges through high-precision 12-bit analog-to-digital converter blocks, maximizing post-processing fidelity smoothly.
Technical Specifications
| Parameter Node | Detailed Engineering Specification |
|---|---|
| Manufacturer | Sony Semiconductor Solutions Corporation (Premium Sealed Allocation) |
| Part Number (MPN) | IMX327LQR (STARVIS High-Gain Night-Vision Series) |
| Optical Format Size | 1/2.8-inch (Type 1/2.8, Approx. 6.46mm Diagonal) Active Layout |
| Resolution Density | 2.13 Megapixels (1945 x 1097 Effective Pixel Matrix Grid) |
| Pixel Size Dimensions | 2.9 µm × 2.9 µm Large Square Pixel Technology for Extreme SNR Boost |
| Data Interface Bus | MIPI CSI-2 Serial Link Interface (Configurable 2-Lane / 4-Lane Modes) |
| Output Format Modes | 12-bit / 10-bit Digital RAW Data Output Stream |
| Control Interface | I2C Standard 2-Wire Serial Communication Bus Link |
| Supply Voltages Nominal | Analog: 2.9V / Digital Core: 1.2V / Interface I/O: 1.8V Tri-Rail Layout |
| Component Package | Bare Silicon Die package (with Micro-Lens and Color Filter Arrays Integrated) |
Versatile Starlight Vision Applications
- Starlight Security IP Cameras: Premium sensor choice for premium low-light night-vision dome and bullet network cameras safely.
- Automotive Dashcams & ADAS: Delivers deterministic license plate recognition, tracking objects clearly under challenging dark environments smoothly.
- Machine Vision Edge Hubs: Handles demanding robotic navigation, factory automated sorting, and multi-camera inspection loops cleanly.
- Intelligent Traffic Systems (ITS): Optimizes computational vehicle classification parameters inside high-speed road surveillance gates.
Industrial Quality Protections
100% Original Sourcing: Procured securely through fully audited tier-1 franchise lines, completely ensuring anti-counterfeit protection.
Anti-Static Handling: Stored and picked in full alignment with international ANSI/ESD cleanroom facility benchmarks.
Full Batch Traceability: Verified via intensive certificate analysis and rigorous documentation tracking prior to export dispatch.
HIGH-PERFORMANCE CMOS IMAGING SOLUTIONS // DIRECT SOURCE ARCHITECTURE