Cookies managing

Cookie Settings

Cookies necessary for the correct operation of the site are always enabled.
Other cookies are configurable.

Essential cookies

Always On. These cookies are essential so that you can use the website and use its functions. They cannot be turned off. They're set in response to requests made by you, such as setting your privacy preferences, logging in or filling in forms.

Analytics cookies

Disabled

These cookies collect information to help us understand how our Websites are being used or how effective our marketing campaigns are, or to help us customise our Websites for you. See a list of the analytics cookies we use here.

Advertising cookies

Disabled

These cookies provide advertising companies with information about your online activity to help them deliver more relevant online advertising to you or to limit how many times you see an ad. This information may be shared with other advertising companies. See a list of the advertising cookies we use here.

Error get alias

High Performance, Uncooled, Longwave Infrared
(LWIR) OEM Thermal Camera Module

Contact sales

Key specifications

Shutter-less automatic self-calibration

Eltevis Cougar is a product line of uncooled thermal imaging OEM modules designed and manufactured in accordance with the current global trends in the field of thermal vision systems.

Uncooled VOx detector

25 / 30 / 50 Hz

640×480 — 1280×1024

NETD < 50—
55 mK

PAL, MIPI CSI–2, LVDS, LAN

9 — 200
mm

Self-calibration

Thermal imaging detector

Video output interfaces

Frame rate

Focal lengths of lens options

Thermal sensitivity

Resolution options

Download All Specs

built–in image enhancement units

Auto Contrast and Brightness (AGC)

Various markers over the thermal video data

ELTEVIS Cougar modules with MIPI CSI–2 and LAN (Ethernet) video interfaces also allow you to retrieve a raw temperature map (unprocessed thermal image), which allows such modules to be used in thermometry purposes.

Configuration of the operating modes of ELTEVIS Cougar can be made via the command interface, depending on the model — UART, RS–232 or I2C. A number of models support adjustment by means of GPIO signals that allow you to implement push–button control of operating modes.

Highlighting object contours for operator