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IMX415 Camera Module 8MP MIPI
Подробная информация о продукте:
| Место происхождения: | Шэньчжэнь, Китай |
| Фирменное наименование: | Sinoseen |
| Сертификация: | RoHS |
| Номер модели: | SNS81826-V1.0 |
Оплата и доставка Условия:
| Количество мин заказа: | 3 |
|---|---|
| Цена: | 10-100/negotiable |
| Упаковывая детали: | Лоток+Антистатический пакет в картонной коробке. |
| Время доставки: | 2-3 недели |
| Условия оплаты: | Т/Т |
| Поставка способности: | 500000 штук/месяц |
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Подробная информация |
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| Тип: | Модуль камеры 8MP | Датчик: | 1/2.8" SONY IMX415 CMOS |
|---|---|---|---|
| Разрешение: | 8MP 3864 (h) x 2192 (v) | Размеры: | (настраиваемый) |
| Размер пикселя: | 1.45µm x 1.45µm | Тип фокуса: | Фф |
| Интерфейс: | Мипи | Особенность: | 4K |
| Выделить: | IMX415 8MP camera module,MIPI camera module 8MP,8MP IMX415 sensor module |
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Характер продукции
IMX415 Camera Module 8MP MIPI
High-Performance 8MP Imaging for Industrial B2B Applications
The IMX415 Camera Module from Sinoseen integrates Sony's IMX415 STARVIS CMOS sensor, offering 8MP (3840x2160) resolution at up to 90fps for 4K video, with exceptional low-light sensitivity suitable for demanding environments. This module supports MIPI CSI-2 interface for efficient data transfer and includes HDR capabilities with a dynamic range exceeding 70 dB, ensuring balanced exposure in high-contrast scenes.
Key Advantages
- Superior Low-Light Performance: STARVIS technology achieves high sensitivity with minimal noise, outperforming standard sensors by 25% in 0.1 lux conditions.
- Ultra-High Frame Rates: 90fps at 4K enables smooth motion capture for real-time industrial inspection.
- Compact and Versatile Design: At 38x38mm, it fits constrained spaces with M12 lens options for embedded systems.
- Advanced HDR Processing: Over 70 dB dynamic range mitigates blooming in varied lighting conditions.
- Seamless Interface Compatibility: MIPI CSI-2 ensures low-latency integration for B2B scalability.
Technical Specifications
| Parameter | Specification |
|---|---|
| Sensor | Sony IMX415 STARVIS CMOS (1/2.8" format) |
| Resolution | 8MP (3840x2160) |
| Frame Rate | 4K@90fps (10-bit); 1080p@120fps |
| Pixel Size | 1.45 µm x 1.45 µm |
| Dynamic Range | >70 dB (HDR) |
| Interface | MIPI CSI-2 |
| Lens Mount | M12 (FOV 70°-120° optional) |
| Dimensions | 38x38x15mm |
| Power Consumption | <1.8W (typical) |
| Operating Temperature | -30°C to 70°C |
Application Fields
- Machine Vision Systems: High-speed defect detection on production lines.
- Security Surveillance: Clear footage in dimly lit areas.
- Embedded Industrial Devices: Automated quality control in robotics.
- Medical Endoscopy: Precise internal imaging.
- Autonomous Navigation: Low-light pathfinding for vehicle ADAS.
Customization Process
- Specification Consultation: Define needs for module variants.
- Prototype Development: Fabricate samples in 3-5 weeks.
- Testing and Optimization: Validate under real-world conditions.
- Production Scaling: Ramp up for wholesale orders with quality assurance.
- Delivery and Integration: Provide SDKs and support for seamless deployment.
Frequently Asked Questions
What low-light advantages does an 8MP IMX415 camera module offer?
STARVIS back-illumination provides superior sensitivity, capturing clear 4K images at 0.1 lux without IR dependency.
How does an IMX415 MIPI camera module integrate with embedded systems?
MIPI CSI-2 enables direct connection with low latency, compatible with platforms like Raspberry Pi for B2B prototyping.
Can a low light IMX415 camera module be customized for specific FOV?
Yes, our OEM/ODM services adjust lenses from 70°-120°—inquire for a customized prototype.
References:
1. STARVIS: Sony's back-illuminated CMOS sensor technology that enhances near-infrared sensitivity and overall low-light performance.
2. Low-light metrics from IMX415 evaluations, showing 25% noise reduction in sub-0.1 lux conditions.
3. TCO derived from industrial case studies, accounting for reduced power and maintenance in machine vision deployments.
1. STARVIS: Sony's back-illuminated CMOS sensor technology that enhances near-infrared sensitivity and overall low-light performance.
2. Low-light metrics from IMX415 evaluations, showing 25% noise reduction in sub-0.1 lux conditions.
3. TCO derived from industrial case studies, accounting for reduced power and maintenance in machine vision deployments.
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