AXIS P5415-E PTZ Dome Network Camera is the latest addition to a new line of outdoor-ready, wall-mounted pan/tilt/zoom cameras that are aesthetically designed to blend in with a building.

The second camera in the AXIS P54 Series compromises of PTZ cameras that mount directly on a wall without a mounting arm. Departing from the traditional wall mount, AXIS P5415-E’s design, which incorporates a wall bracket, allows the camera to be at one with the building. The built-in bracket also provides cost-savings by eliminating the need for a separate accessory, and makes installation easier and quicker. In addition, the camera can be easily repainted in the same color as the building for a more aesthetic and discreet installation.

AXIS P5415-E is a reliable, low-maintenance PTZ camera. Its pan/tilt system is durable and highly efficient since there are no mechanical parts such as belts or gears. The camera is directly attached to the drive shaft of two motors—one for panning and another for tilting the camera. AXIS P5414-E also has a very light-sensitive image sensor that enables it to deliver image quality in low-light conditions.

AXIS P5415-E—like the previously launched AXIS P5414-E with HDTV 720p—has an integrated sunshield that is designed for easy removal, allowing customers to repaint it to match the wall color. The sunshield’s sloping form also helps the camera resist attempts by vandals to pull it down. The camera has a hidden junction box that supports two-way audio, four configurable inputs/outputs to external devices, a memory card slot, and the option for customers to use either 24 V DC or Power over Ethernet Plus (IEEE 802.3at).

With the ability to pan 270°, AXIS P5415-E can also be mounted on the corner of a building with the use of a corner mount bracket, enabling wide area coverage and 18x optical zoom for detailed surveillance in HDTV 1080p resolution (1920 x 1080 pixels). The camera also supports Advanced Gatekeeper, which enables the camera to automatically pan, tilt and zoom in to a preset position when motion is detected in a predefined area.