Axis Communications Q1932E user manual Stream Profiles, 264

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AXIS Q1932–E PT Mount Thermal Network Camera

Video

•Overlay settings. See Overlay on page 17. Click Save to apply the new settings.

H.264

H.264, also known as MPEG-4 Part 10/AVC, is a video compression standard that provides high quality video streams at low bit rates. An H.264 video stream consists of different types of frames such as I-frames and P-frames. An I-frame is a complete image whereas P-frames only contain the differences from previous frames.

The H.264 stream settings can be configured from the Video > Video Stream page. Select the H.264 tab. The settings defined in this page will apply to all H.264 streams that do not use a stream profile.

The GOV length is the number of frames between two consecutive I-frames. Increasing the GOV length may save considerably on bandwidth requirements in some cases, but may also have an adverse affect on image quality.

The Axis product supports the following H.264 profiles:

•Baseline. The Baseline profile is recommended for clients that don’t support CABAC entropy coding.

The bit rate can be set as Variable bit rate (VBR) or Constant bit rate (CBR). VBR adjusts the bit rate according to the image complexity, using up more bandwidth for increased activity in the image, and less for lower image activity. When the activity in the scene increases, the bit rate would usually increase as well. If there is a surplus in bandwidth, this may not be an issue and selecting Variable bit rate (VBR) will be sufficient. But if bandwidth is limited, it is recommended to control the bit rate by selecting Constant bit rate (CBR). When the activity in the scene increases, VBR adjusts the bit rate according to the complexity, using up more bandwidth for increased activity in the scene, and less for lower scene activity. CBR allows you to set a target bit rate that limits the bandwidth consumption.

The CBR target bit rate works like the ceiling of a tent. It limits the bit rate, while maintaining some flexibility . The bit rate may bounce up and down within the set target but when it nears the set target value, the limitation kicks in. However, because CBR will always prioritize a continuous video stream, it allows temporary overshoots from the target bit rate. Because setting a target value prevents the bit rate from increasing, frame rate and image quality are affected negatively. To partly compensate for this, select which variable shall be prioritized, frame rate or image quality. Not setting a priority means that frame rate and image quality are equally affected.

The current bit rate can be set to appear as text overlay. Under Overlay Settings, select Include text and enter the modifier #b in the field.

To apply the settings, click Save.

MJPEG

Sometimes the image size is large due to low dynamic or complex scenery. Adjusting the maximum frame size helps to control the bandwidth and storage used by the Motion JPEG video stream in these situations. Setting the frame size to the Default setting provides consistently good image quality at the expense of increased bandwidth and storage usage in low dynamic. Limiting the frame size optimizes bandwidth and storage usage, but may give poor image quality. To prevent increased bandwidth and storage usage, the maximum frame size should be set to an optimal value.

Stream Profiles

A stream profile is a set of predefined stream settings including resolution, compression, frame rate and overlay settings. Stream profiles can be used:

•When setting up recording using action rules. See Events on page 31.

•When setting up continuous recording. See Continuous Recording on page 34.

•In the Live View page – select the stream profile from the Stream profile drop-down list.

For quick setup, use one of the predefined stream profiles. Each predefined profile has a descriptive name, indicating its purpose. If required, the predefined stream profiles can be modified and new customized stream profiles can be created.

To create a new profile or modify an existing profile, go to Setup > Video > Stream Profiles.

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Contents Axis Q1932-E PT Mount Thermal Network Camera About this document Legal ConsiderationsLiability Intellectual Property RightsSupport Learn MoreTable of Contents Axis Q1932-E PT Mount Thermal Network CameraConnectors Performance Considerations Network Connector Connectors and ButtonsHardware Overview LED Indicators Power ConnectorRS485/RS422 Connector SD Card SlotAccess the Product Access from a BrowserAccess from the Internet Set the Root PasswordGo to Setup Events Live ViewControls on the Live View Click Use HttpsAxis Media Control viewer toolbar PTZ ControlsMedia Streams How to Stream H.264Axis Media Control AMC Alternative Methods of Accessing the Video Stream Axis Q1932-E PT Mount Thermal Network Camera Set Up the Product Basic SetupVideo Video StreamPixel Counter ImageStream Profiles 264Camera Settings Exposure SettingsOverlay Image AppearanceUse Overlay Text in an Action Rule Overlay ImageGo to Video Overlay Image Privacy Mask Under Overlay Settings, select Include textGo to Events Action Rules Configure the Live View Default Viewer for BrowsersViewer Settings Browser Viewer DescriptionUser Defined Links PTZ Pan Tilt Zoom Preset PositionsGuard Tour Install PTZ Driver Device SettingsAdvanced Control QueueAxis Q1932-E PT Mount Thermal Network Camera Set Up Motion Detection Windows DetectorsShock Detection Motion DetectionParameter Object Size History Sensitivity High level 100% Default valuesLow level 0% Install Application Go to Setup ApplicationsApplications Application LicensesConfigure Axis Cross Line Detection Install Axis ApplicationAxis Cross Line Detection Configure Axis Video Motion Detection Axis Video Motion DetectionAxis Q1932-E PT Mount Thermal Network Camera Setting Up an Action Rule EventsAdd Recipients Go to Events Action Rules and click AddSet Up Recurrences Set Up Email RecipientsCreate Schedules Go to Events Schedules and click AddAxis Q1932-E PT Mount Thermal Network Camera Recordings Recording ListContinuous Recording Go to Recordings ListLanguages System Options SecurityUsers IP Address FilterCertificates IeeeGo to System Options Security Ieee Basic TCP/IP Settings Go to Setup System Options Security CertificatesDate & Time NetworkIPv4 Address Configuration IPv6 Address ConfigurationAssign IP Address Using ARP/Ping ARP/PingAdvanced TCP/IP Settings Axis Internet Dynamic DNS ServiceDNS Configuration Axis Video Hosting System AvhsNTP Configuration Host Name ConfigurationLink-Local IPv4 Address NAT traversal port mapping for IPv4QoS Quality of Service Smtp emailUPnPTM can be disabled under System Options Network UPnPTM UPnPTMRTP/H.264 BonjourStorage SD CardMount and Unmount SD Card Format SD CardMaintenance Ports & DevicesNetwork Share COM PortSupport Support OverviewSystem Overview Logs & ReportsReset to Factory Default Settings Plain ConfigScripting File UploadAxis Q1932-E PT Mount Thermal Network Camera Troubleshooting Upgrade the FirmwareEmergency Recovery Procedure Check the FirmwareSymptoms, Possible Causes and Remedial Actions Problems setting the IP addressProduct cannot be accessed from a browser Product is accessible locally but not externallyProblems with streaming H.264 Video and image problems, generalVideo Camera Settings Storage and disk management problemsVideo cannot be recorded Technical Specifications Function/group Specifications Network Security InstallationMaintenance General Casing PowerConnectors Performance Considerations RS485/422 ConnectorFunction Pin M3.3

Q1932E specifications

Axis Communications, a leading provider of network video solutions, offers a range of advanced surveillance cameras designed to meet the needs of various security applications. Among their innovative products is the Axis Q1932E, a robust thermal network camera that excels in challenging environments where visibility is compromised.

The Q1932E is particularly valued for its ability to detect and monitor objects and people in complete darkness, smoke, fog, or adverse weather conditions. This capability stems from its thermal imaging technology, which detects heat emitted by objects rather than relying on visible light. As a result, users can achieve reliable surveillance across different lighting conditions, making it ideal for critical applications like perimeter security, transportation, and infrastructure monitoring.

One of the main features of the Axis Q1932E is its resolution. The camera offers a thermal resolution of 384x288 pixels, allowing for detailed thermal imaging. This resolution is crucial for identifying potential threats even from a distance. The built-in digital Pan-Tilt-Zoom (dPTZ) capability allows users to zoom in on specific areas of interest, enhancing monitoring efficiency without losing sight of the broader scene.

Durability is another key characteristic of the Q1932E. It is designed with a weatherproof casing, complying with the IP66 standard, ensuring it can withstand harsh weather conditions such as rain, wind, and fluctuating temperatures. This rugged design makes it suitable for outdoor installations in various environments.

The camera also features Axis' advanced video analytics capabilities, enabling motion detection and edge analytics. These functionalities allow users to receive real-time alerts and notifications when unusual activity is detected, enhancing response times to potential security threats. The integration of Axis’ Zipstream technology further optimizes bandwidth and storage usage, reducing costs while maintaining high-quality video streams.

Installation is made convenient with Power over Ethernet (PoE) support, which allows both data and power to be delivered through a single cable, simplifying the setup process. Additionally, the camera supports various mounting options, providing flexibility to adapt to different surveillance needs.

In summary, the Axis Q1932E thermal network camera is a powerful tool for security professionals seeking to enhance their surveillance capabilities. With its superior thermal imaging, durability, advanced analytics, and ease of installation, it is an excellent choice for ensuring safety and security in any environment, regardless of the lighting conditions.
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