Axis Communications P1427-LE White Balance, Wide Dynamic Range, Exposure Settings, Shutter & Gain

Models: P1427-LE

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AXIS P1427–LE Network Camera

Video

White Balance

White balance is used to make colors in the image appear the same regardless of the color temperature of the light source. The Axis product can be set to automatically identify the light source and compensate for its color. Alternatively, select the type of light

source from the drop-down list. For a description of each available setting, see the online help.

The white balance window is enabled for the Automatic and Automatic outdoor options that appear in the White balance drop-down list. Select one of the options from the drop-down list to set the white balance window properties. Select Automatic to use the default settings for the Automatic and Automatic outdoor options (in the White balance drop-down list). Select Custom to manually set a reference window for white balance in the view area.

Wide Dynamic Range

Wide dynamic range (Dynamic Contrast) can improve the exposure when there is a considerable contrast between light and dark areas in the image. Enable WDR in intense backlight conditions. Disable WDR in low light conditions for optimal exposure.

Note

This setting is only possible when using automatic exposure control.

Exposure Settings

Configure the exposure settings to suit the image quality requirements in relation to lighting, frame rate and bandwidth considerations.

Exposure value - Click in the bar to fine -tune the exposure.

Enable Backlight compensation - Enable this option if a bright spot of light, for example a light bulb, causes other areas in the image to appear too dark.

Exposure zones - This setting determines which part of the image is used to calculate the exposure. For most situations, the Auto setting can be used. For particular requirements, select a predefined area.

Shutter & Gain

The shutter and gain settings affect the amount of motion blur and noise in the image. To adapt to different lighting, available storage space and bandwidth, it is often necessary to prioritize either low motion blur or low noise. The Axis product allows using different prioritization in normal light and in low light.

Shutter speed is related to the amount of time the shutter is opened and is measured in seconds (s). A slow shutter speed allows more light to reach the sensor and can help produce a brighter image in low light situations. On the other hand, a slow shutter speed can cause moving objects to appear blurry.

Set Shutter to

Auto to set the shutter speed automatically. If required, use Max shutter to limit the shutter speed to prevent the frame rate from being reduced. For example, to get 30 fps, set Max shutter to 1/30.

Fixed to use a fixed shutter speed.

Gain, measured in decibel (dB), is the amount of amplification applied to the image. A high gain may provide a better image in low light situations but will increase the amount of image noise.

Set Gain to

Auto to set the gain automatically. If required, use Max gain to limit the applied gain.

Fixed to use a fixed gain.

When Shutter and Gain are both set to Auto, it is possible to set the Priority between low motion blur and low noise manually and to use a different Priority in Normal Light and in Low Light.

Example

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Axis Communications P1427-LE White Balance, Wide Dynamic Range, Exposure Settings, Shutter & Gain, Set Shutter to

P1427-LE specifications

The Axis Communications P1427-LE is a cutting-edge network camera designed for exceptional surveillance and monitoring in diverse environments. Renowned for its robust build quality and advanced technological features, the P1427-LE is a crucial asset for security professionals and organizations seeking high-performance video surveillance solutions.

One of the standout features of the P1427-LE is its exceptional image quality. The camera utilizes a 4 MP sensor, which delivers crisp and clear video footage, ensuring that even the finest details are captured accurately. With a wide dynamic range (WDR) capability, the camera can effectively handle challenging lighting conditions, rendering clear images in both bright and dark areas simultaneously. This adaptability makes it an ideal choice for environments with varying light conditions, such as entrances and exits.

The P1427-LE is also equipped with sophisticated low-light performance capabilities, allowing for enhanced visibility in dimly lit locations. Thanks to its Lightfinder technology, the camera can deliver color images in near-total darkness, ensuring around-the-clock surveillance reliability.

Durability is another key aspect of the P1427-LE. Designed to withstand harsh weather conditions, the camera complies with IP66 and NEMA 4X standards, making it suitable for both indoor and outdoor use, including extreme environments. Its rugged construction and IK10 rating for impact resistance provide additional peace of mind regarding physical security.

The camera features advanced analytics capabilities, including motion detection and event-triggered recording, allowing users to efficiently monitor areas of interest. Additionally, its built-in AXIS Object Analytics and AXIS Perimeter Defender applications facilitate smarter video surveillance by reducing false alarms and enhancing situational awareness.

Connectivity is also a major highlight of the P1427-LE. With Power over Ethernet (PoE), the installation process is simplified, as both power and data can be transmitted through a single cable. This feature not only reduces installation costs but also enhances flexibility in positioning the camera.

In conclusion, the Axis Communications P1427-LE is a versatile and high-performance network camera that excels in various applications. Its combination of superior image quality, robust durability, advanced analytics, and user-friendly installation makes it an invaluable tool for enhancing security and ensuring reliable surveillance in any setting. Whether used for commercial, industrial, or public safety applications, the P1427-LE stands out as a leader in modern surveillance technology.