The AXIS Communications M3004-V 1 MP Fixed Mini Dome Network Camera (HDTV 720p) is designed for retail stores, hotels, schools, and offices. The camera is vandal and dust resistant, and can be mounted on walls or ceilings. It has a 3-axis camera angle adjustment for flexible installation. This camera also supports corridor format for vertically oriented video streams that maximize coverage of areas such as corridors, hallways, or aisles. It comes focused at delivery. It supports AXIS Camera Application Platform for intelligent video applications such as people counting.
The camera offers a convenient video management solution with its built-in microSDHC memory card slot for edge storage and support for software such as the complimentary AXIS Camera Companion. Simplifying installation, the camera comes with a 6.6’ (2 m) network cable and is powered using Power over Ethernet (IEEE 802.3af).
The AXIS M3004-V camera shares a discreet form factor and is designed for quick and easy installation. This model, with different viewing angles, resolution, frame rate, and intelligent video capacity, has been optimized to provide best-in-class performance for the different application needs of price-sensitive customers.
This camera provides the smallest form factor. It supports full frame rate 1 MP / HDTV 720p performance. The digital pan / tilt / zoom functionality in the camera can be seen as enabling it to have a “digital varifocal lens,” which allows the camera’s angle of view to be adjusted remotely after physical installation.
The camera has a 3-axis camera angle adjustment that enables users to mount the cameras on walls or ceilings; easily adjust the camera’s direction; easily level the image; and get vertically oriented video streams (AXIS’ Corridor Format). AXIS’ Corridor Format is achieved when the 3-axis camera angle adjustment is used together with the camera interface’s ability to rotate the image. The format optimizes the coverage of areas such as aisles, hallways, and corridors, maximizing image quality while eliminating bandwidth and storage waste.