ANVE Exam Dumps - Axis Communications Certifications Questions and Answers

To ensure the AXIS P3347 always delivers the full frame rate of 30 fps even in darker conditions, setting the priority to frame rate is the correct option. This setting ensures that the camera maintains a constant frame rate by adjusting other parameters like exposure time and gain accordingly. This is essential in maintaining video smoothness and capturing real-time motion without dropping frames.

To ensure that 20 cameras show the same synchronized date and time in Live View, the best method is to synchronize the date and time with a remote NTP (Network Time Protocol) server. NTP servers are designed to synchronize clocks of network devices, ensuring accurate and consistent timekeeping across all connected devices. This method is reliable and commonly used in networked environments to maintain time synchronization across multiple devices.

References: Axis Communications Network Video Product Manual - Time and Date Settings.

IEEE 802.1X is a network access control protocol that provides an authentication mechanism for devices wishing to connect to a LAN or WLAN. It ensures that only approved devices are granted access to the network, thereby preventing unauthorized devices from connecting. This makes it impossible for someone to disconnect a camera and connect another device to eavesdrop on the network. Therefore, the correct answer is B. For more detailed information, refer to Axis Communications' documentation on network security features and IEEE 802.1X.

When initiating a surveillance project, the first and most critical step is to understand the customer's goals and requirements. This involves gathering detailed information about what the customer aims to achieve with the surveillance system, the specific areas they need to monitor, and any unique challenges or constraints they might have. This understanding helps in designing a tailored solution that meets the customer's expectations and operational needs. [Reference: Axis Communications - Surveillance Installation and Configuration Guide]

12 V and 24 V DC power sources are becoming increasingly popular compared to 24 V AC because it is easier to back-up DC with batteries. DC power systems can be directly connected to battery backup systems without the need for conversion, making the implementation simpler and more reliable during power outages. This efficiency in backup capability is one of the primary reasons for the shift from AC to DC in many applications, including surveillance systems. [Reference: Axis Communications - Power over Ethernet for Network Cameras]

Changing the capture mode on an AXIS P1346 from 2048x1536 (3 MP) to 1920x1080 (HDTV) affects both the minimum illumination and maximum frame rate. When switching to a lower resolution (HDTV), the camera's sensitivity to light improves, resulting in a decrease in the minimum illumination required to produce a clear image. Additionally, the maximum frame rate increases as the camera processes fewer pixels, allowing it to capture and transmit frames at a higher rate. Axis Network Video documentation provides detailed information on how different capture modes impact camera performance, including light sensitivity and frame rates.

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When using the AXIS Design Tool, it is crucial to convey to the end user that the calculations provided are only estimates and not final numbers. The tool is designed to offer a rough estimate of network bandwidth and storage needs based on various factors such as camera resolution, frame rate, and compression. However, real-world conditions and specific system configurations can affect these calculations, so they should be treated as approximations rather than exact figures.

IP subnets and VLANs are commonly used network features to prevent unauthorized access to the surveillance network. By segmenting the network using IP subnets, different portions of the network can be isolated, reducing the risk of cross-network attacks. VLANs (Virtual Local Area Networks) further enhance security by creating separate broadcast domains within the same physical network, thereby isolating surveillance devices from other network traffic and improving overall network security and performance.

The AXIS Camera Application Platform (ACAP) is a powerful tool that allows users to install and run third-party applications directly on Axis cameras. This capability transforms the cameras into intelligent devices that can perform a variety of tasks, such as video analytics, object recognition, and event detection, without the need for additional hardware. By running applications directly on the camera, ACAP enhances the flexibility and functionality of surveillance systems. Axis Network Video documentation explains how ACAP leverages the processing power of the cameras to deliver advanced features and capabilities.