ELP USB Fisheye Camera 180 Degree 1080P Wide Angle Webcam - High Speed

In this review the ELP USB Fisheye Camera is presented as a niche, utility-focused webcam for projects that need a very wide field of view and high frame rates. The single biggest reason to consider it is the combination of a true fisheye 180 degree lens and a Full HD 2MP sensor, which together deliver a broad, usable view and sufficient resolution for machine vision, eye tracking, or hobbyist video capture. It is not a consumer video chat camera; rather it excels where wide angle capture and high frame-rate MJPEG streams matter.

Key Features

• Full HD 2MP sensor: The OV2710 1/2.7 color CMOS produces sharp 1920x1080 images with accurate color for clear captures.
• 180 degree fisheye lens: The assembled fisheye provides an extremely wide scene coverage useful for eye tracking and observation tasks.
• High frame rates: The camera supports MJPEG up to 100fps at 640x480 and 30fps at 1080p which helps with high-speed recording and motion analysis.
• Plug and play UVC: UVC compliance means it connects to Windows, Linux, Mac, Android, or Raspberry Pi without extra drivers for quick setup.
• IR filter and wide VFOV: The lens includes an IR filter and a vertical field of view around 120 degrees for consistent daylight imaging.
• Machine vision ready: Its characteristics make it suitable for kiosks, ATMs, robots, and other embedded imaging applications.

Who It's For

The ELP USB Fisheye Camera is best for developers, makers, and system integrators who need a compact USB camera with a true 180 degree fisheye view and decent Full HD resolution. It is especially useful for eye tracking research, robotics, golf or sports observation, and custom high-speed capture setups where MJPEG streams at higher frame rates are beneficial.

It is less suitable for users who prioritize natural portrait videoconferencing or low-light performance; the extreme wide-angle optics introduce distortion by design, and some buyers described mixed image quality depending on expectations and use case.

Pros & Cons

Pros

• Very wide 180 degree fisheye field of view that covers large scenes without panning.
• Full HD 1920x1080 resolution from a 2MP OV2710 sensor gives clear stills and video at standard frame rates.
• High frame-rate MJPEG support (100fps at 640x480) enables smoother motion capture for analysis tasks.
• UVC plug-and-play compatibility makes integration with Linux, Windows, Mac, Android, and Raspberry Pi straightforward.

Cons

• The fisheye distortion and image character will not satisfy those who want natural-looking portrait video.
• Some customers reported mixed impressions of image quality; expectations should be aligned to machine vision and wide-angle use rather than premium consumer webcams.

Specifications

Sensor	2MP 1/2.7 OV2710 color CMOS
Maximum resolution	1920 x 1080 (Full HD)
Lens	180 degree fisheye with IR filter
Field of view	VFOV/DHOV ~120 degree (fisheye 180 degree)
Frame rates (MJPEG)	100fps @ 640x480, 60fps @ 1280x720, 30fps @ 1920x1080
Interface	USB, UVC compliant (plug and play)

Our Verdict

The ELP USB Fisheye Camera is a practical choice for projects that demand a true 180 degree view and reliable Full HD capture at usable frame rates. It offers good value for developers and integrators who need a plug-and-play USB solution for eye tracking, robotics, kiosks, and high-speed observation. Buyers seeking natural portrait video should look elsewhere, but for machine vision and wide-angle capture this camera performs well and integrates easily.

Frequently Asked Questions

Will this camera work with Raspberry Pi?
Yes, it is UVC compliant and should work with Raspberry Pi running a compatible Linux distribution without additional drivers.

Can it record high frame rates at 1080p?
It supports 30fps at 1920x1080; higher frame rates such as 100fps are available at lower resolutions like 640x480 using MJPEG.

Is it suitable for video calls and streaming?
It can be used for calls, but the fisheye distortion and image character are tailored more toward machine vision and wide-area observation than natural portrait streaming.