Axis launches thermal network cameras
January 18, 2010 By Staff
“We see a great demand from customers in high-end professional applications to enhance their IP surveillance systems with thermal network cameras,” said Fredrik Nilsson, general manager of Axis Communications Inc. “Up until now, there have been no full-featured thermal network cameras available on the market, and analogue thermal cameras are expensive and have proven a challenge to integrate with modern video surveillance systems. The AXIS Q1910 and Q1910-E change this by being the industry’s first security and surveillance thermal cameras that mesh perfectly with any network video system, delivering all the benefits that customers have learned to expect from network cameras.”
Thermal cameras create images based on the heat that radiates from any object, vehicle or person. This gives thermal cameras the power to see through complete darkness and deliver images that allow operators to detect and act on suspicious activity. Thermal cameras can also allow operators to see in many difficult weather conditions – such as haze, dust and smoke – better than conventional cameras.
Both cameras offer competitive thermal imaging capabilities such as 160 x128 resolution, 8.33 fps and 17° angle of view. In addition, they are unique on the market in supporting key IP-surveillance features such as H.264 and Motion JPEG, audio, local storage and Power over Ethernet. Intelligent video is a key component of any thermal camera, and the AXIS Q1910 and Q1910-E provide tampering alarm, motion detection and support for AXIS Camera Application Platform. They also use the same API as other Axis network cameras.
AXIS Q1910 and Q1910-E Thermal Network Cameras are supported by the industry’s largest base of video management software through the AXIS Camera Station. They also support the ONVIF specification for interoperability of network video products.
The Q1910 and Q1910-E will be available now through Axis’ distribution channels for a suggested retail price of $2,999 and $3,499.
Print this page