Vivotek IP7154 Day/night Progressive Scan Wireless Network Camera

Vivotek IP7154 Features

• Transmits Two Separate Video Streams
• Uses MPEG-4 and MJPEG Compression in Real Time
• 3GPP Mobile Surveillance Ready
• SIP Protocol for Two-Way Audio
• Digital I/O for External Devices
• Removable IR-Cut Filter Means Day or Night Image Capture
• Vari-focal lens with 2.9-8.2 mm Flexibility
• Auto-Iris Included in Lens
• Wireless Ready with 802.11b/g Hardware Built-in
• VGA Resolution Image Capture with Progressive Scan Technology

Vivotek IP7154 Overview

The IP7154 fixed network camera offers excellent performance in challenging conditions. Equipped with a removable IR-cut filter, the camera can be adapted to produce crystal clear images day or night. The camera is also equipped with progressive scan technology. This creates a very sharp image, even when the subjects in the frame are moving. This makes the camera ideal for monitoring locations such as parking garages and lots. It is also suitable for applications such as traffic control and for high security areas, such as banks.

The IP7154 fixed network camera is able to create clear images because progressive scan technology renders the odd and even lines of the frame simultaneously. This prevents the characteristic blurring of moving objects seen with interlaced image capture. These images can be compressed with the MPEG-4 or MJPEG codecs, allowing high-quality video to be streamed without taking up large amounts of network bandwidth. The IP7154 fixed network camera can broadcast two separate streams at the same time.

The IP7154 fixed network camera can be connected to external alarms via digital I/O, which also accepts external sensors. The camera is provided with a CS mounted lens with vari-focal capabilities. The IP7154 fixed network camera is also ready for wireless. The camera comes standard with an integrated 802.11b/g WLAN connection. The IP7154 fixed network camera is a perfect choice for very challenging light conditions and environments where motion is a concern for image capture.