Product code	CM0S-3L-01	CM0S-L-01	CM0S-V-01	CM0S-V-02	CM0S-V-N	CM0S-V-AI
Imaging mode	Low-light Imaging	Low-light Imaging	Video Imaging	Video Imaging	Low-light Imaging	Video Imaging
Sensor type	Three CM0S chips mechanically stitched	Single CM0S chip sensor	Single CM0S chip sensor	Single CM0S chip sensor	Single CM0S chip sensor	Single CM0S chip sensor
Pixel size	4.25μm	5.5μm	5.5μm	5.5μm	4.25μm	4.25μm7
Single chip sensor pixel scale	5056×2968	12000×5000	12000×5000	12000×5000	5056×2968	5056×2968
Spectral band	P/R/G/B/IR/ Red edge	20 Spectral bands	R/G/B	R/G/B	R/G/B	IR
Power consumption	≤22W	≤15W	<9W	≤8.3W	≤10.5W	≤25W
Weight	1.5 kg	1kg	≤1kg	0.7kg	0.5kg	0.8kg
Supply cycle	4 months	3 months	6 months	8 months	3 months	3 months

CMOS focal plane

Features

High Resolution:
- Capable of capturing fine details with high pixel density.
- Ideal for applications requiring detailed imagery and precise measurements.
High Sensitivity:
- Excellent performance in low-light conditions.
- Suitable for astronomy and other applications where light is scarce.
Fast Readout Speed:
- Rapid image acquisition with low latency.
- Critical for dynamic imaging applications such as video and real-time monitoring.

Low Power Consumption:
- Energy-efficient design reduces power requirements.
- Enhances battery life in portable and remote systems.
Integration and Flexibility:
- Easily integrates with various electronic systems and processing units.
- Supports a wide range of applications through customizable configurations.
Durability and Reliability:
- Built to withstand harsh environmental conditions.
- Ensures long-term operational stability and reliability.

Exceptional Resolution:
- High pixel density for capturing intricate details and producing high-resolution images.
- Ideal for applications requiring detailed imagery and precise measurements, such as Earth observation, detailed mapping, and scientific research.
Superior Sensitivity:
- Delivers excellent performance in low-light environments.
- Ideal for astronomy, remote sensing, and other low-light applications, enabling high-quality night-time and low-illumination imaging.
High-Speed Readout:
- Fast image acquisition with minimal latency.
- Essential for dynamic imaging needs such as video, real-time monitoring, and timely decision-making.
Energy Efficiency:
- Designed for low power consumption to optimize energy use.
- Enhances battery life and reduces power costs in portable and remote systems, prolonging satellite mission duration by conserving onboard power resources.
Radiation-Hardened Design:
- Built to endure the intense radiation and harsh conditions of space.
- Ensures consistent performance and long-term reliability in orbit.

Compact and Lightweight Construction:
- Optimized for weight and space efficiency, crucial for satellite payload considerations.
- Facilitates seamless integration into various satellite platforms.
Easy Integration and Customization:
- Compatible with a wide range of electronic systems and processing units.
- Customizable configurations to suit specific application and mission requirements.
Robust and Reliable Design:
- Built to endure challenging environmental conditions.
- Ensures consistent performance and long-term reliability.
Advanced Manufacturing and Quality Assurance:
- Produced using state-of-the-art manufacturing techniques.
- Rigorously tested to meet the highest standards of quality and performance, ensuring high performance and reliability in space environments.

We have extensive experience in the research and development of satellite integration and platform;
We have extensive experience in the research and development of remote sensing, communication, and navigation electronic equipment;
We have extensive experience in establishing research and production conditions;
We have extensive experience in the development of numerical control, testing, and data processing systems;
We have a large number of satellites to name;