AXIS 216MFD Network Camera Firmware 4.47 Download

Posted at November 21, 2024 by PCI-DB Team

AXIS 216MFD Network Camera Firmware 4.47 Description

New features:

- Added Access Logging. This log gathers information on accesses to the product and can be listed anytime from the log pages.
- Added Connection list. It gives an overview of the connections made to the product specifying which IP is connected, the user and protocol used.
- Added support for Camera Tampering detection. The video stream is analyzed constantly to detect if the image changes significantly. This can detect if the lens is hooded, painted, severly defocused or redirected. The tampering detection is available in the event framework so an alarm can be sent. This functionality has to be configured to be enabled.
- Added HTTP Digest Authentication.
- Added Secure Initial Configuration. This makes it possible to enable HTTPS the first time the user accesses the product, i.e. on the same page where the root password is defined.
- Added mirroring, i.e. possibility to mirror the video stream. It can be configured using VAPIX as well as through the GUI.
- Added a Event monitor function to VAPIX. By using this interface, an application can get information about all trigger information available in the product.
- Added Advanced MJPEG settings (Video&Image -> Advanced). Using these settings, you can easily control the frame size of the JPEG images. The compression level is then adjusted automatically if the images for some reason become too large (e.g. sensor noise at night, complex motive).
- Added the setting for a time interval (or delay) between triggered events. This is the minimum time period that the event type must wait after a trigger before it will be possible to trigger it again. The interval starts as soon as the first trigger occurs (see online help for more information).
- Added the setting for a minimum trigger interval before the event is started. This can be used to trigger event after a trigger has been set active for a given amount of time.
- It is now possible to create a separate folder for each event when uploading images via FTP. The folder name can include modifiers commonly used in file names (see the online help for more information).
- Possibility to display dynamic user text in image text overlay is added. Please use the online help file on the camera for more information.
- The possibility to fine-tune low light behaviour has been added.
- Added functionality to maintain color image even in low light conditions.

Modifications:

- The motion detection algorithm has been improved to work better under low light conditions and to be less sensitive for exposure changes. The number of false triggers should be lower with this improvement. Motion detection settings might need to be modified after firmware upgrade to assure the desired function.
- The Server Report has been reformatted, in order to let the most important information come first. In order to avoid incomplete reports, the report is not displayed before its generating is finished.
- New timezone for Venezuela has been added.
- The AXIS Media Control installation will now work on Windows Vista.
- Improved event handling with regards to stability.
- A new audio parameter, Audio.ReceiverTimeout, has been added. When receiving audio data from a client, the session is terminated if no data is received in this time span.
- The format of the MaxGain and MaxExposureTime parameters has been changed in accordance with the VAPIX specification.

Corrections:

- When creating a self signed certificate, if the validity time entered is more than the maximal validity (defined on the web page), then set it to the maximum, and not to 30.
- Corrected an issue in the Web server so that it now handles manually created certificate files where LF at the end of the file may be missing.
- In MPEG-4, audio and video syncronization has been improved.
- Corrected an issue regarding time limits for camera connections. The connection closed at the right time, but then it immediately reconnected.
- The restart_stream.cgi now work as expected, i.e. a new I-frame is sent immediately.
- A change has been done that removes duplicate HTTP header from response to call to /axis-cgi/view/imagesize.cgi.

UPGRADE INSTRUCTIONS

The firmware can be upgraded using AXIS Camera Management, HTTP or FTP.

AXIS Camera Management:

1. Download and install AXIS Camera Management on your computer.
2. Download the upgrade file to a directory that is accessible from your local computer if the upgrade file is not to be downloaded via Internet connection from the Axis Support pages.
3. Run AXIS Camera Management. All the Axis devices found on the local subnet (or on subnets with routers that support multicasting) are shown
in the list.
4. Select the devices that you want to upgrade with new firmware (you can
even select different models) and click the Upgrade icon.
Note: A dialog will open if some of the devices can not be configured, e.g. if the devices are not accessible.
5. The Upgrade Firmware dialog shows a list of camera models.
6. Click to locate the new firmware versions stored on your hard drive, select among already downloaded files or select to download official firmware file from Axis Support Pages (marked with Download). This needs to be done for each Axis network camera or video encoder model.
7. Click OK to start upgrading the devices.

HTTP:

1. Download the upgrade file to a directory that is accessible from your
local computer.
2. Go to the product's start page (e.g. http://192.168.0.90).
3. Click the Setup link and log in as "root" (or any other user with Administrator privileges). You must be logged in as an Administrator to
upgrade the unit.
4. Click System Options in the menu to the left.
5. Click Maintenance.
6. Click the Browse button in the Upgrade Server section.
7. Select the upgrade file you downloaded (and maybe decompressed) from our site. This file is typically named after the product and Firmware version.
8. Click the Open button.
9. Click the Upgrade button in the Upgrade Server section.
10. Wait for the flash load to complete, which may take 1-10 minutes. The upgrade procedure is in four steps:
- Step 1, Shut down: Running applications are shut down and active connections are terminated.
- Step 2, Uploading firmware: The old firmware will be erased and the new firmware will be saved. During this step, the Power LED will blink green/amber. After a while the progress of the upgrade will be displayed in the Web browser.
- Step 3, Reboot: The system restarts automatically.
- Step 4, Reconfiguration:The new firmware settings are configured to match the previous settings.The Status LED will be amber during this step.
11. After the upgrade has completed, the unit will automatically initiate the
system, during which the Status LED blinks amber. When initiation is complete and the system is ready for use, the Status LED will be green.

FTP:

1. You must be at the command prompt and in the directory that contains the upgrade file. Example: C:\Axis\Product\Firmware
2. From the command prompt, open an FTP connection to the unit you wish to upgrade. (Do not use a Windows based FTP-program to do this, use only
command line FTP programs!)
3. Log in as root. You must be logged in as the root user to upgrade the unit.
4. Change to binary transfer mode by typing bin and press enter.
5. Type hash and press enter. (This will allow you to see how the upgrade
progresses)
6. Type the command put XXX.bin flash where XXX.bin is the name of the upgrade file you downloaded (and maybe decompressed) from our site. This file is typically named after the product and Firmware version.
7. Wait for the flash load to complete, which may take 1-10 minutes. The
upgrade procedure is in four steps:
- Step 1, Shut down: Running applications are shut down and active connections are terminated.
- Step 2, Uploading firmware: The old firmware will be erased and the new firmware will be saved. During this step, the Power LED will blink green/amber. After a while the progress of the upgrade will be displayed in the command prompt.
- Step 3, Reboot: The FTP session terminates and the system restarts automatically.
- Step 4, Reconfiguration: The new firmware settings are configured to match the previous settings. The Status LED will be amber during this step.
8. After the upgrade has completed, the unit will automatically initiate the system, during which the Status LED blinks amber. When initiation is complete and the system is ready for use, the Status LED will be green.

Manual Installation with ARP/Ping

The device can alternatively be installed using the ARP and Ping commands.
1. Acquire an unused IP address for the camera. This IP address must be on the same subnet as your computer.
2. Locate the serial number (S/N) on the camera’s rear label.
3. From a computer on your network, open a Command Prompt (in Windows: from the Start menu, select Run... and type cmd in the field. Click OK).
4. As appropriate for your operating system, enter the following commands:
Windows syntax: Windows example:
arp -s <IP Address> <Serial Number>
ping -l 408 -t <IP Address>

UNIX/Linux/Mac syntax: UNIX/Linux/Mac example:
arp -s <IP Address> <Serial Number> temp
ping -s 408 <IP Address>
5. Check that the network cable is connected. Start/restart the camera by disconnecting and reconnecting the power cable.
6. Close the Command prompt when you see ‘Reply from 192.168.0.125: ...’
7. The IP address has been set when the Power indicator is permanently lit and the Network indicator flashes intermittently.
8. Start your browser, enter the IP address of the camera in the Location/Address field and press Enter on your keyboard.

About Network Camera Firmware:

Updating to a newer firmware version than the one already installed on your network camera can improve the device’s overall performance and stability, resolve various issues, and add support for newly developed features or enhance existing ones.

On the other hand, downgrading the camera’s firmware can recover its functionality in the unlikely event the currently installed version is faulty, or the device’s performance dropped after an upgrade. However, bear in mind that applying an earlier build might not always be possible.

Changing the camera’s firmware must be performed when the new release resolves an issue that your device has encountered or adds a new feature (or enhances an existing one) that could prove useful to you.

As for the installation method, the steps vary depending on the model you own, but basically, you must connect your camera via an Ethernet cable (username and password required), and use the downloadable file in the Firmware Update section to upgrade your device. Make sure you do not interrupt the installation process.

However, make sure you carefully read and understand the installation steps so that you don’t end up with a broken device. This process isn’t intended to be destructive, but still, it’s best to save all configurations before applying a different firmware.

That being said, if you consider that this firmware improves your device in any way, then hit the download button and get the desired version; if not, check our website as often as possible so that you don’t miss the update that will boost your camera’s performance.

  It is highly recommended to always use the most recent driver version available.

Try to set a system restore point before installing a device driver. This will help if you installed an incorrect or mismatched driver. Problems can arise when your hardware device is too old or not supported any longer.

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