Need help?Do you have a question about the Axis M30 Series and is the answer not in the manual?
General| Day/Night functionality | Yes |
|---|---|
| Ingress Protection | IP42, IP66, IP67 Depending on the specific model |
| Lens | Fixed lens |
| Wide Dynamic Range | Yes |
| Power over Ethernet | Yes |
| Indoor/Outdoor | Indoor |
| Video Compression | H.264, H.265, MJPEG |
| Impact Protection | IK10 |
| Sensor Type | CMOS |
| Day/Night | Automatically removable infrared-cut filter |
| Ethernet | 10/100 Mbps |
| Power over Ethernet (PoE) | IEEE 802.3af |
| Power Supply | Power over Ethernet (PoE) |
| Vandal Resistance | IK10 |
| Dimensions | Varies depending on the specific model |
| Weight | Varies depending on the specific model |
Instructions to locate Axis devices on a network and assign IP addresses.
Lists supported browsers for accessing the device's web interface.
Steps to access the device's web interface by entering its IP address or hostname.
Procedure for setting the initial root password for device access.
Recommendations for creating and managing secure passwords for device protection.
An overview of the device's web interface, explaining its layout and features.
Instructions for configuring various image settings for optimal viewing.
Options for controlling aperture, shutter speed, and gain to improve image quality.
How to enable night mode for improved performance in low-light environments.
Settings to minimize noise in images captured under low-light conditions.
Tips and settings to reduce motion blur in low-light environments.
Steps to improve image detail and resolution, potentially increasing bitrate.
How to manage and improve image quality in scenes with significant light differences.
How to enable and adjust WDR for better visibility in both bright and dark areas.
Using corridor format for optimized viewing in specific long and narrow areas.
Using the pixel counter tool to check image detail for specific areas.
Creating privacy masks to obscure specific parts of the video stream.
Adding text overlays to the video stream based on detected events.
Optimizing stream settings for reduced bandwidth consumption and storage.
Configuring network storage shares for saving video recordings.
Instructions on how to record and playback video from the camera.
Creating rules to trigger actions based on specific events detected by the device.
Steps to define rules that specify actions the device should perform.
Setting up recording to start before and stop after an object detection event.
Configuring email alerts for camera tampering detection.
Features for adding audio to recordings and enhancing device audio capabilities.
Steps to include audio input in video recordings and stream profiles.
Using external interfaces like AXIS T61 for adding audio functionality.
Information on NTP synchronization and device details like firmware version.
Controls for playing, freezing, and taking snapshots of the live video stream.
Controlling I/O ports, IR illumination, and on-screen controls.
Turning the device's heater on or off for a selected period.
Starting and stopping continuous video recording directly from the camera.
Accessing and configuring the device's storage options.
Accessing advanced settings for video streams and client information.
Using the level grid for checking image alignment.
Using the pixel counter to check image detail in a selected area.
Refreshing the still image in the live view.
Viewing the live video stream at its full resolution.
Viewing the live video stream in full-screen mode.
Capture modes, mounting position, and power line frequency settings.
Adjusting saturation, contrast, brightness, and sharpness for image quality.
Adjusting WDR and local contrast for improved visibility in varied lighting.
Settings for automatic and manual white balance adjustments.
Selecting appropriate white balance settings for different light environments.
Managing the IR-cut filter for automatic switching between day and night modes.
Controlling IR illumination and synchronizing it with ambient light.
Selecting various exposure modes for optimal image capture under different conditions.
Defining specific areas for automatic exposure calculation.
Setting the maximum shutter speed to control exposure.
Adjusting the maximum gain to improve detail in dark images.
Selecting and uploading P-Iris lens information for the camera.
Balancing motion blur reduction against image noise.
Settings for resolution, frame rate, and compression for video streams.
Utilizing Zipstream technology and selecting H.26x bitrate reduction levels.
Choosing appropriate H.264 profiles for video compression.
Managing bandwidth consumption using Average, Maximum, or Variable bitrate.
Rotating and mirroring the image for desired viewing.
Including audio in video streams and selecting audio sources.
Adding text or image overlays to video streams for information.
Creating and configuring view areas for optimized streaming and bandwidth usage.
Creating and managing privacy masks to obscure parts of the image.
Configuring audio input types, power, and gain settings.
Managing and playing audio clips on the device.
Filtering and managing recorded video based on various criteria.
Installing and managing applications on the device.
Configuring date, time, and synchronization settings.
Configuring IPv4 and IPv6 network settings, including IP addresses.
Enabling and configuring HTTP and HTTPS protocols for device access.
Configuring Bonjour and UPnP for automatic network device discovery.
Setting up one-click cloud connectivity for remote access.
Configuring proxy server settings for network access.
Selecting authentication methods for secure device access.
Configuring Simple Network Management Protocol (SNMP) settings.
Viewing a list of clients currently connected to the device.
Managing device certificates for authentication and secure communication.
Configuring network access control using IEEE 802.1x protocol.
Enabling blocking mechanisms to prevent brute-force login attempts.
Filtering device access based on allowed or denied IP addresses.
Installing custom-signed firmware certificates for test or specific firmware.
Adding, updating, and deleting user accounts with different roles.
Configuring anonymous viewer and PTZ operator access.
Creating and managing rules that trigger actions based on events.
Setting up recipients for event notifications and file transfers.
Configuring SFTP settings for secure file transfers.
Configuring email settings for notifications and server details.
Configuring TCP settings for network communication.
Creating schedules and pulses to be used as conditions in rules.
Using manual triggers to activate rules for testing or specific operations.
Setting up and configuring the MQTT client for IoT communication.
Configuring MQTT message publishing parameters and conditions.
Configuring MQTT message subscriptions to receive data.
Configuring SIP settings for audio and video calls.
Settings for managing SIP call durations and timeouts.
Network port configurations for SIP signaling and media.
Enabling NAT traversal protocols for external network access.
Configuring audio and video codec priorities for SIP calls.
Managing SIP accounts, their statuses, and making them default.
Adding and configuring network storage shares for recordings.
Tools for testing network storage connections and formatting shares.
Managing the SD card for onboard storage, including formatting and protection.
Tools for checking, repairing, and formatting the SD card.
Creating and saving groups of video stream settings for different situations.
Adding and managing ONVIF users for device communication.
Configuring ONVIF media stream settings.
Configuring the camera tampering detector to trigger alarms on scene changes.
Adjusting sound level and using it as a condition for events.
Connecting an external monitor via HDMI for live video display.
Displaying a single camera stream on the external monitor.
Viewing up to four camera streams simultaneously on the external monitor.
Alternating multiple camera streams on the external monitor.
Displaying two video streams simultaneously, one as a smaller picture.
Accessing device reports, system logs, and access logs.
Recording network activity for troubleshooting purposes.
Configuring Syslog for remote message logging and analysis.
Accessing advanced device configuration parameters.
Restarting, restoring factory defaults, and upgrading device firmware.
Creating and using view areas to minimize bandwidth and storage needs.
Understanding how capture modes affect image quality, field of view, and sensitivity.
Defining areas in the video stream to hide for privacy.
Adding text or image overlays to video streams for extra information.
Choosing video compression methods like Motion JPEG, H.264, and H.265.
Managing bandwidth consumption using Variable Bitrate (VBR) and Maximum Bitrate (MBR).
Adjusting bitrate over time to meet storage and quality targets.
Overview of the AXIS Camera Application Platform (ACAP) for third-party apps.
Information about the AXIS People Counter application for analytics.
Explanation of how the occupancy estimation feature works.
Procedure to reset the device to its original factory default settings.
Understanding firmware tracks and recommendations for updates.
Steps to verify the installed firmware version on the device.
Instructions for downloading and upgrading the device firmware.
Common issues and solutions related to firmware upgrade failures.
Troubleshooting problems related to setting and accessing the device's IP address.
Solutions for issues preventing access to the device via a web browser.
How to locate the device on the network if its IP address has changed via DHCP.
Troubleshooting certificate errors when using IEEE 802.1X for authentication.
Solutions for issues where the device is accessible locally but not externally.
Troubleshooting common issues related to video streaming.
Resolving errors when retrieving multiple video streams from the camera.
Factors affecting device performance, frame rate, and bandwidth usage.
Information on how to get technical assistance from Axis support.
Diagram and identification of the product's main components and parts.
Explanation of the status LED indicator lights and their meanings.
Details and important notices regarding the SD card slot.
Description of the functions and uses of the control button.
Details about the HDMI and Network connectors on the device.
To Next Page
