Discover top wide-angle camera modules designed for PCs, Raspberry Pi, and embedded projects. This guide highlights five reliable options with broad fields of view, low distortion, and strong image quality across lighting conditions. Each entry includes key features to help you compare capabilities for video conferencing, surveillance, machine vision, or creative projects.
Product Summary
| Product | Brand | Key Feature | Amazon Page |
|---|---|---|---|
| Keenso USB Camera Module | Keenso | 2MP, 120° wide-angle, autofocus | View |
| Arducam Camera Module 3 Wide | Arducam | 120° FOV, IMX708, compatible with Raspberry Pi | View |
| Arducam 1080P Low Light WDR | Arducam | 160° FOV, HDR, low light | View |
| DORHEA Raspberry Pi Zero Camera | DORHEA | 160° FOV, 5MP OV5647 | View |
| JESSINIE OV2640 Camera Module | JESSINIE | 140° wide, 2MP, JPEG/YUV outputs | View |
Keenso USB Camera Module — 2MP, 120° Wide
The Keenso USB Camera Module offers a high-resolution 2MP sensor with a 120-degree wide-angle lens to capture expansive scenes. It uses a photosensitive chip to maintain image clarity in varying lighting and supports straightforward USB connection for quick setup on computers, laptops, or compatible single-board computers. Autofocus helps keep subjects sharp across a range of distances, making it suitable for video calls, streaming, and basic surveillance tasks.
Arducam Camera Module 3 Wide — 120° FOV
Arducam’s Raspberry Pi Camera Module 3 Wide provides a 120-degree field of view with a high-resolution IMX708 sensor and HDR capabilities. It is designed for broad compatibility with Raspberry Pi boards, including the newest models, and features a compact M12 lens. The 15cm 15-22 pin FFC cable supports flexible installation, while HDR output helps maintain detail in bright and dark regions of a scene.
Arducam 1080P Low Light WDR Ultra Wide
This Arducam module emphasizes low-light performance with a 2MP IMX291 sensor and 160-degree ultra-wide M12 lens. It supports high frame rates and audio capture, delivering a UVC-compatible webcam solution for Windows, Linux, and Mac OS. The wide angle is suitable for space-limited rooms or expansive surveillance layouts, though users should expect more pronounced distortion toward the edges due to the fisheye-like field of view.
DORHEA Raspberry Pi Zero Camera — 160°
The DORHEA Pi Zero camera module features a 160-degree wide-angle field of view and a 5MP OV5647 sensor, delivering broad perspective images for compact Raspberry Pi projects. It supports HD video up to 1080p and provides a solid option for space-constrained builds, DIY surveillance, and angle-critical monitoring where a wide footprint is essential.
JESSINIE OV2640 140° Wide
The JESSINIE OV2640 camera module uses a 200W-pixel sensor with a 140-degree wide angle. It supports JPEG, RAW, YUV, and various color formats, making it versatile for embedded applications and hobbyist machines. Its compact size and low power usage suit small form-factor projects, while the wide field of view helps cover more scene area in surveillance or monitoring tasks.
Buying Guide — Wide Angle Camera Modules
When selecting a wide-angle camera module, consider several key factors to balance image quality, compatibility, and project constraints.
- Field of view: A wider FOV captures more of the scene but can introduce edge distortion. Decide between 120°–160° for general use and 140°–160° for tight spaces or surveillance.
- Sensor and resolution: Higher resolution (2MP or more) improves detail, but may increase bandwidth and processing requirements. HDR support helps in high-contrast scenes.
- Interface and compatibility: USB or CSI/FFC (for Raspberry Pi) links affect ease of integration. Check compatibility with your board (Raspberry Pi models, Windows/Linux/macOS).
- Low-light performance: Look for sensors with good dynamic range or dedicated low-light modes if shooting in dim environments.
- Lens type and distortion: M12 lenses are common for wide angles but can introduce noticeable distortion at the edges. Some modules include distortion correction or post-processing options.
- Physical size and mounting: Consider board dimensions, cable length, and mounting options for the project’s form factor.
- Audio and additional features: Microphones or HDR/wide dynamic range can be important for conferencing or security applications.
- Power and software support: Ensure driver availability and sample code for your platform to reduce setup time.
In summary, the five modules highlighted here provide a range of FOVs and sensor capabilities suitable for PCs and Raspberry Pi projects. Use the buying guide to weigh the trade-offs between image quality, field of view, and integration complexity to pick the best fit for your application.