Commonlands LLC Product
Member Since 2022
Commonlands offers high-performance cost-effective M12 lenses, C-Mount Lenses, and related accessories. ISO9001 Certified. Volume discounts. Worldwide shipping. Lenses used with Raspberry Pi HQ cameras.
Product filed under:
Optics / Lenses / Filters, USB Cameras, and USB3 Vision Optics / Lenses / Filters, USB Cameras, and USB3 Vision
4mm Low Distortion M12 Lens
Model: CIL038-F2.8-M12A650, CIL038-F2.8-M12ANIR
The CIL038 is a 3.8mm All Glass Low Distortion M12 lens for up to 1/2.3" 12MP sensors. The all-glass design makes this lens great for applications requiring thermal stability. The CIL038 is optimal for wide-angle Computer vision applications.
The CIL038 is a 3.8mm All Glass Low Distortion M12 lens for up to 1/2.3" 12MP sensors. The all-glass design makes this lens great for applications requiring thermal stability. The CIL038 is optimal for wide-angle Computer vision applications.
IR Corrected: <15um MBFL shift at from RGB to 850nm
No Distortion: <1% TV distortion for an outstanding normal image.
All-Spherical Glass: All-spherical glass design for good cost-performance over temperature
| Lens Parameter | Performance Detail |
|---|---|
| Part Number | CIL038 |
| Format Type | 1/2" |
| EFL | 3.85mm |
| F# | 3.0 |
| Resolution | 5MP(3um) |
| Field of View | 77° @ 6.2mm Calculate for your sensor using our M12 Lens Calculator |
| Image Circle | 7.8mm as designed, 8.2mm maximum image circle |
| Distortion | -1% |
| Weight | 9.4g |
| IR Cut-Off Filter | P/N With: CIL038-F2.8-M12A650 P/N Without: CIL038-F2.8-M12ANIR |
| Optical Construction | 8G |
Other Products from Commonlands LLC
6mm No Distortion M12 Lens
The CIL062 is a no distortion 6mm M12 Lens for up to 1/1.8" 6-8MP cameras. The hybrid glass/plastic design and small form factor make this a good high-quality option for budget-optimized projects.
1.1 inch 12MP 25mm C-Mount Lens
25mm High Resolution C-Mount Lens| For up to 20MP sensors with 2.74um pixels such as the GMAX0505, TRI204S and TRI245S. Adjustable F/1.8-F/8 aperture to optimized depth of field of your system.