This 16mm 10MP Telephoto Lens is designed for Raspberry Pi High Quality Camera and Jetson Nano 12.3MP camera modules. Optimized for long-range imaging, it captures distant subjects with precision. The C-mount design allows easy screw-in installation, while included front/back covers protect the lens during storage. Ideal for industrial inspection, surveillance, and robotics applications requiring high zoom fidelity
Dimension
16mm 10MP Telephoto Lens with Jetson Nano
Key Features
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Narrow-Angle View: Targets distant subjects with minimal distortion
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Adjustable Aperture: Manual iris control from F1.4 to F16 for precise light management
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Robust Build: Aluminum housing with 9G structural resilience against vibrations/shocks
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Protective Accessories: Includes removable lens caps for dust/scratches prevention
Specifications
| Parameter | Value |
|---|---|
| Model | DFRobot FIT0828 (Industrial C-Mount)
|
| Resolution | 10 Megapixels |
| Focal Length | 16mm (0.63 inches) |
| Aperture Range | F1.4–F16 (manual adjustment) |
| Angle of View (H×V) | 1": 44.6°×33.6°
|
| Distortion | -0.7% (1"), -0.5% (1/2") |
| Min. Object Distance | 0.2m (MOD) |
| Back Focal Length | 17.53mm |
| Dimensions | Ø39×50mm |
| Optical Length | 69.53mm |
| Weight | 135.3g |
| Filter Thread | UV M37.0×0.75P |
| Operating Temp. | -20°C to 80°C
|
Operation & Compatibility
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Focus/Aperture Control: Fully manual (no motorized zoom)
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Mount Compatibility: Native C-mount (use C/CS adapter ring for CS-mount cameras)
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Supported Cameras:
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Raspberry Pi: High Quality Camera (IMX477 sensor)
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Jetson Nano: 12.3MP camera modules (e.g., Arducam IMX477)
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Shipping List
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16mm Telephoto Lens ×1
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C/CS Mount Adapter Ring ×1
Advantages
- Industrial Durability: Withstands -20°C to 80°C extremes for outdoor/automation use
- Optical Precision: <0.7% distortion ensures accurate object scaling in machine vision
- Versatile Zoom: 16mm focal length captures details beyond standard lenses (e.g., traffic monitoring, wildlife observation)
- Easy Integration: Screw-mount mechanism simplifies swaps between C/CS systems