D-Link DCS-2103. ip-camera: setting up video recording on Samba server

D-Link DCS-2103 Specifications

• 1/4 ″ progressive scan CMOS sensor.
• Minimum illumination 1.0 lux.
• 10x digital zoom.
• Built-in 3.45mm fixed focal length lens.
• Aperture F2.0.
• Viewing angle:

• Windows for configuring motion detection.
• 3 private masks.
• Adjusting image quality, size and bit rate.

• H.264 / MPEG4 / MJPEG.
• JPEG for still frames.

• 16: 9. 1280 x 800, 1280 x 720, 800 x 450, 640 x 360, 480 x 270, 320 x 176, 176 x 144 @ 30fps.
• 4: 3. 1024 x 768, 800 x 600, 640 x 480, 480 x 360, 320 x 240, 176 x 144 @ 30fps.

• Micro SD Card Slot.
• Built-in microphone.

• IPv4, TCP / IP, UDP, ICMP, DHCP Client, NTP Client (D-Link), DNS Client, DDNS Client (D-Link), SMTP Client, FTP Client, HTTP / HTTPS, Samba Client, PPPoE, UPnP Port Forwarding. RTP / RTSP / RTCP, IP filtering, 3GPP, IGMP, ONVIF.

• Protecting the Administrator Account and User Group.
• Password Authentication.

• Motion Detection.
• Event notification and download of snapshots / video clips via HTTP, SMPT or FTP.
• Supports multiple HTTP, SMPT and FTP servers.

Network storage

• Network storage location. the path to the network resource.
• Workgroup. the name of the workgroup.
• User name. login to access the network resource.
• Password. password for access.
• Primary WINS server. WINS server address (optional).

Click the Test button to check the server availability and the correctness of the entered data.

If we receive a Test OK message, then the settings are entered correctly and you can save them by clicking the Save Settings button.

Checking and saving the data of the created server

Please fill in the following fields:

Recording entry name. information field “Name” of the entry.

Enable this recording. enable / disable recording.

Priority. setting the priority for this event. The higher priority event will be executed first.

Source. stream source, you can set one of the video profiles configured in advance.

Recording schedule. schedule. Here we mark the days and time range when you need to record.

Destination is the destination. In the drop-down menu, select the SAMBA server (SAMBA), which we created earlier.

Total cycling recording size. the amount of space allocated for the saved video. With this parameter you set how much space the ip-camera can occupy in the recording directory. When the preset volume is reached, the camera will start erasing old files.

The camera overwrite algorithm works as follows: the camera is guided by the space of the hard disk that is occupied by the user.

Size of each file for recording. limiting the file size by the selected volume.

Time of each file for recording. limiting the duration of the created file for the selected time.

File Name Prefix. add a prefix at the beginning of the file name.

Next, click the Save settings button to save the current settings. If everything is configured correctly, then continuous video recording will be immediately carried out to the specified server.

Interface and indicators

Ethernet. connect to the network using an Ethernet cable.

Reset button. press and hold this button for 10 seconds to reset the settings to factory defaults.

Power connector. for connecting the supplied DC 5V power adapter.

I / O connector. for connecting external devices.

Locking ring. tighten or loosen the ring to adjust the position of the universal camera.

Holes in the stand. you can pass cables through the holes and secure the camcorder to a flat surface.

Lens. Captures video.

Status indicator. displays the current status.

Microphone. performs sound recording.

Audio port. for connecting external speakers.

MicroSD card slot. MicroSD card is used to store snapshots.

Posted by admin on August 24, 2019 August 24, 2019

The universal IP camera D-Link DCS-2103 is the optimal solution for home and small office. Unlike a standard web camera, the DCS-2103 is a turnkey solution with an embedded processor and web server that transmits high-quality video for security and surveillance.

Easy setup and intuitive web interface provide easy Ethernet integration. The camcorder also supports remote control and motion detection for a cost effective solution to keep your home and office safe.

This model supports the Plug-n-Play function, which allows Windows computers to automatically recognize the camcorder and add it to the network.

By subscribing to one of the free DDNS servers, you can assign a domain name. This will allow remote access without knowing her IP address.

D-ViewCam D-Link software allows you to view images from 32 cameras at once on the screen of one computer. You can set up automatic email notification to get instant information on abnormal events.

Below are the main specifications, LED descriptions and camera interface. Step-by-step guide to setting up recording on samba server.

At the end of the article, firmware and instructions in Russian are presented.

Default IP address: 192.168.0.20
Login: admin
Default password: no

Rtsp url: // IP address of the device / video1.sdp, where video1.sdp. 1 stream.

D-Link DCS-2103. setting up recording on a samba server

Preset the folder on the network device where the recording will be made. It can be a regular PC in the local network, but ping must pass from this device to our camera. Give access rights to the created folder. Create, if not already created, a workgroup, username and password for this particular ip-camera.

• Working group: Workgroup;
• Username: user;
• Password: 123456.

Let the path to our folder look like this: \\ 192.168.0.100 \ REC \ 2103. Where 192.168.0.100 is the IP address of the network device.

Open a Web browser (Internet Explorer) and enter the IP address of the D-Link camera in the address bar. Hit enter.

The username for the administrator account is “admin”. Enter the administrator password in the corresponding field (no password by default). Click OK.

IP Cameras: Configuring with a LAN Connection

The LAN is often the consumer’s home network. To connect to it, insert an Ethernet cable (Cat.c.a. Cat 5) into the corresponding socket on the network camera, then connect the other end to your router (a.k.a. gateway or access point). If your device does not have Wi-Fi, this may be the only step needed to configure the network.

Find the IP address of the network camera. There are several ways to do this.

Use the manufacturer’s utility to search. Make sure Dynamic Host Configuration Protocol (DHCP) is used to ensure that the network camera obtains the appropriate IP address from the router.

Program selection

If there is no dedicated application for your model, you may need a public utility, which depends on the type and model of your device. For example, for AXIS devices, you need AXIS IP Utility. The following programs for configuring the IP camera are also widely used:

• IPCSearch is a universal program.
• Onvifer. for use on Android devices.
• IP CENTCOM is a new utility designed for use on Windows 8.1 / 10.
• Another version of IP CENTCOM. designed for Windows Phone.

Use your router’s configuration page to find the assigned IP address of the camera. You can disconnect and then reconnect the Ethernet cable to see which device name appears in the list, to determine its IP address.

How to access cameras over a wide area network (WAN)?

If you are unfamiliar with the camera and its configuration, it is imperative to make sure it works on your local network. This is because WAN access will never work if no LAN connection is available. If the camera works on your local network, it will be very easy for you to diagnose any problems with access to the global.

Many applications have automated the process of setting up IP cameras to a great extent, and it usually takes less than 1 minute to start using video recording.

The first step is to select the type of device to configure. Almost all new modern network cameras are ONVIF compliant. Please note that most of these devices can also use a generic RTSP or MJPEG stream.

Once you have identified your device type, enter some of the required parameters (eg username, password). Setting up an IP camera (D-Link, for example), as a rule, will be completed in a matter of seconds.

Most users want to access their network cameras outside the local network (for example, at home). You can do this via cellular, Wi-Fi hotspot, workplace network, etc.

Configure Wi-Fi

Setting up an IP camera via a router is as follows. Use a browser to visit the device’s web interface with its IP address and port (for example, http://192.168.0.20:81). Please note that if the camera uses the default HTTP port 80, you do not need to include its number in the web address. Some devices use a different value for HTTP (for example, 81).

Correct the IP address (i.e., make it static). Since it is assigned dynamic, it may change after a power cycle of the network camera or router. Many routers try to use the same IP address for the default device, but you shouldn’t rely on this. There are two ways to accomplish this:

• Configure the IP camera to switch the dynamically assigned IP address to the static one. To do this, you can use the utility from the ones listed above.
• Start using Wi-Fi. Disconnect the Ethernet cable, move the camera to the desired location. Find the new IP again. Some IP cameras are configured such that they receive new IP addresses for Wi-Fi that are different from those used for wired connections. You may need to find out the new IP for configuration.

Network configuration

Network cameras are different from web and analog CCTV cameras. “Webkis” are connected to computers using USB cables. Analog CCTV cameras are connected to servers using coaxial cables. IP cameras, in turn, are connected to the network to access them in the same way as computers are connected to networks.

Each such device is a computer with a processor and memory. They can be used to process images from CCD (Charge Coupled) or CMOS (Complementary Metal Oxide Semiconductor) sensors, send them to clients (e.g. applications) and post them to a web server.

IP cameras: configuration via a router, via the Internet. IP camera configuration software

Network or IP cameras are rapidly gaining popularity among consumers due to their ever-improving quality, performance and falling prices. Such an HD device, which cost over 200 in 2012, could be purchased for up to 60 in 2016. The traditional typical users of network cameras are businesses that have professionals to install and maintain them.

Many consumers, at the same time, choose independent settings for their devices. This article invites them to explore different ways to configure the IP camera.

There are literally thousands of models of network cameras in use. There is no way to find a set of instructions that match each one. Therefore, the example below uses a popular model (M1034-W) from the creator of these devices. Axis. For most other IP cameras, the settings are the same or very similar.

Setting up an IP camera over the Internet

The exact steps depend heavily on your camera and router. Each network camera has an IP address (for example 192.168.0.100) on the local network. Non-professional users can think of it as street name and house number, and local area network as city name.

Every computing device on your LAN can find a network camera by its IP address, just like every person in a city can find a house by its street name. An IP camera can use more than one port (default. HTTP 80), each offering a unique service. For example, one port works for the web interface, the other. for RTSP. Non-specialists can think of them as the doors of a house. You get different services by entering different doors.

Local access

Before you can configure your camera to work over the Internet, it is recommended that you enable all the necessary options for local access first. Review the technical documentation that came with your device for instructions on setting up the device for the first time. Once the camera is configured for local access, you are ready to start configuring to access it remotely over the Internet.

Smartphone as a capturing device

If you have an old, unused Android phone, you can turn it into a network security camera. After all, any such gadget has a camera, Wi-Fi, and built-in computer functions. all this should be filming, saving and recording video.

Network or IP cameras, in turn, are designed to work in a local area network (LAN) and over the Internet. On the LAN, they are managed within the computer network to which they are attached. With the additional configuration of this local network, you have the ability to allow cameras to monitor not only local, but also remote, as well as via the Internet. How to set up an IP camera on a LAN?

Where to begin?

If you are creating your own server, the IP camera software must be selected and you will need to install it yourself. You can connect multiple recording devices to get a more complete picture of what is happening in the monitored area.

Connection features

Some IP cameras require an additional recording device, while others can record their videos directly to a NAS (Network Attached Storage) or PC that is configured to function as a server. Some of them even have built-in Micro SD card slots, and can save content directly to this physical medium. They may even have built-in servers, so sometimes you can access the recording remotely. How to configure the IP camera correctly? How should synchronization with the Internet be performed?

Remote access

Before configuring the IP camera on the local network to allow remote shooting, it is recommended that you examine the properties of the network administrator to ensure that you have the appropriate permissions. Otherwise, you cannot remotely access the camera.

In order to configure the camera to work over the Internet, you will need to configure the Port Forwarding service. It allows you to access the camera from a remote location by forwarding the network ports used by the Internet. These ports are usually forwarded to your network router to forward the ports used by the camera.

Can alternative gadgets be used?

Instead of using a classic IP camera, you can use a simple “WEB camera” and connect it via USB to a computer running the appropriate recording software. This device is usually cheaper than an IP camera (which is an order of magnitude higher), although it may lack some important features (such as the ability to use night vision to record what is happening in absolute darkness).

Another difference is that the “webcam” must be connected directly to the computer via USB, while the IP camera can be located in a completely different place and synchronized via Wi-Fi.

First of all, you need to choose some kind of webcam surveillance software. These applications are used to capture and record video that enters the lens. You should remember that the software for IP cameras (which can control regular “web” ones) may be paid, but you can still achieve some savings.

If you do this, you will need to keep your computer running 24/7, at least if you want to record the events of the whole day.

How to set up an IP camera: instructions, useful tips

IP camera. it is a digital video camera that can transmit data over Internet protocols on a network. This is a handy device, but in order to get full access to all of its options, you will need to make certain settings.

An IP camera (outdoor or indoor) can also be described as a camera and a computer combined in one unit. The main components of this device include a lens, an image sensor, one or more processors, and memory. Processors are used for image processing, video compression, and network function analysis. The memory is used for storing firmware (computer program) and for local video recording. Thus, it is not necessary to connect the IP camera to the computer in order to ensure its smooth operation.

Like a computer, a network camera has its own IP address, connects directly to the network, and can be placed wherever there is an available connection. The IP camera, which is slightly more expensive, independently provides the functions of a web server, FTP (File Transfer Protocol) and e-mail, and also includes many other network and other IP protocols. This is in contrast to a webcam, which can only work when it is connected to a personal computer (PC) via a USB or IEEE 1394 port. over, its software must be installed on a PC.

The modern wireless IP camera can be configured to transmit video over the network for live and / or recording, or continuously, by schedule, by event, or by authorized users request. Captured images can be transferred as Motion JPEG, MPEG-4 or H.264 video using various network protocols, or uploaded as separate JPEG images using FTP, email, or HTTP (Hypertext Transfer Protocol).

In addition to video recording, some brands’ network cameras provide event management and smart features such as video motion detection, sound detection, active tampering alert and auto-tracking. Most devices also include I / O ports that allow connection to external devices such as sensors and relays, and IP camera recordings can be broadcasted. Other features may include audio capabilities and built-in Power over Ethernet (PoE) support. Many gadgets also support advanced security and network management features. A modern outdoor IP camera allows you to shoot high-definition images even in poor visibility conditions.

Internet access

Now that you have configured port forwarding on your network router to allow the camera to access over the Internet, you can start configuring control access for it. It is recommended that you initially try to get it from a remote location and not on your local network. This is desirable to ensure that port forwarding is configured correctly.

DVR setup

Connect all plugs to the recorder in sequence. Then connect the IP cameras, external monitor and turn on the power supply. After that, you can proceed with further configuration. All your actions will be displayed on the monitor. For more comfortable navigation and interface control, connect a regular USB mouse from a computer to the DVR. Follow these steps in the web interface:

• If this is the first connection of the DVR, then change the menu language to Russian;
• Open the “Main Menu”, run the “System Settings” and go to the “Network” item;
• Check the network settings to match the IP addresses of the cameras. Please note that the IP subnet of the DVR must match the local subnet of the cameras (the first three values), otherwise it will simply not see them. The last digit should be different to avoid device conflict;
• All these values ​​should be written down somewhere on paper in order to then access the cameras via the Internet;
• Open the main menu and run “System settings”. “Channel management”. “Digital channels”;
• Select the first channel and activate it by ticking the “Add” item;
• Make sure that the parameter of the “Protocol” field is “All”;
• Click Search. After a few seconds, the registrar will find the network IP devices;
• Double click on the line of the found device and enter the password;
• After that, tick the “checkbox” of the newly added camera and click “Yes”.

Attention! Never connect multiple cameras to the same channel.

How to change IP

By default, the penultimate digit of the IP address is one. It is necessary to change this value to “0” for all cameras. And also change the penultimate digit in the GateWay address to “0”. If the program does not have a line where it can be changed, then change only the IP.

The last digits of the IP address must be different. Otherwise, the equipment will conflict and it will not be possible to access them. Leave the first two values ​​the same.

You can change the IP not only with the help of special software, but also through the web interface. In this case, each will have to be configured separately. To get into it and change the camera address, you must:

• Connect the camera;
• Enter the IP address of the camera into the address bar of the browser;
• Go to the device web interface;
• Enter authentication data (default login and password) to gain access to configurations;
• Find the “Settings” or “Settings” menu on the page;
• Change IP Cameras.

All data for entering the web interface (login, password, IP) can be found in the device manual (supplied in the kit, an additional copy of the documentation can be found on the official website of the manufacturer in the corresponding section).

Connecting the camera to a router

To access the camera via the Internet or a home router, you need to determine the type of your IP address, and then start the web server. Connecting to your camera via the Internet will only be possible if you have a static or dynamic external and not a local IP address. To do this, you can use special online services for checking IP.

Thus, your IP should not be in the following ranges:

Let’s look at the example of the TP-LINK program. First, you need to go to the parameters of the IP-camera through the web interface and go to the menu “SETTING”. “BASIC”. “Network”. “Information”. Here change the value of the HTTP port number to any other than the value 80.

Now connect to the router via the web interface (instructions on how to do this can be found on the Internet) and go to the “Forwarding”. “Virtual Servers” menu. In the address bar, enter xx.xx.xx.xxx:20000, where xx.xx.xx.xxx is your IP address, and: 2000 is the port value that you specified (HTTP ports, service port) for the camera and entered in the menu “Virtual servers” for connecting to a router.

As soon as you change the parameter values, you can use the special IP Surveillance program to view and record images from a computer via a router. With its help you can get round-the-clock access to the camera.

In order to configure the utility, you must:

• Go to the main menu of the program “Main console”. “Config”;
• Go to the “IP-camera and video server parameters” tab;
• Fill in the fields in accordance with the data used above to connect to the router.

Connecting to a DVR

The next step in preparing the IP camera is setting up and connecting to a network video recorder or NVR (Network Video Recorder). The first thing to do is to install a hard disk in the video server for IP cameras, if there is no built-in.

For this, ordinary SATA is suitable, which is connected to a laptop or computer (for more detailed compatibility parameters, check the instructions). The procedure will be as follows:

• Remove the back cover of the DVR;
• Find connectors for hard drive, power, and others;
• Connect all the necessary wires, bolt the HDD to the bottom of the DVR;
• Replace the cover.

After installing the hard disk, you can start connecting the IP cameras to the DVR. Depending on its features, the number and types of connectors available will vary. Usually this:

• Several video inputs (VIDEO IN) and one video output (VIDEO OUT);
• One audio input / output (AUDIO IN \ OUT);
• Multiple USB ports;
• Connector for connecting an Internet cable;
• VGA port;
• Power cord.

If you plan to record not only the image, but also the sound, make sure that there is a built-in microphone or a connector for its connection on the camera, the corresponding port on the DVR.

Automatic connection

The IP address is configured in the following sequence:

• Run the program and select the Tool-Device Management menu item;
• Select the “Server” tab;
• Click on the menu item “Encoding Device”;
• In the “Online Device” section, a list of equipment connected to the network will appear, from which you can select equipment to work with using the “Add to Client” button;
• If you know the IP of the device, you can add the device manually by clicking “Add Device”.

Manual connection

• If you know the IP of the device, you can add the device manually by clicking “Add Device”.
• Select the “IP / Domain” mode;
• Fill in the “Nickname” field: enter the name of the device;
• “Address”: enter the IP address or domain name;
• Port: Enter the port number of the device. The default is 8000;
• User Name: fill in the username. The default is admin;
• Password: Enter the password. The default is 12345;
• If you check the “Export to Group” checkbox, a group with the name of the device will be created and all channels of the device will be imported into this group.

How to set up and connect an IP camera

In order to properly connect an IP camera, you must have basic knowledge of local area networks (LANs). One of the main criteria for a LAN is a protocol for transmitting video signals. Different protocols are used for each network equipment (from different companies) and software. Therefore, they may not match. Before buying or connecting the system, make sure they are compatible (whether the camera is suitable for a DVR, router).

The most important part of setting up an IP video surveillance system is the address. Configuring it incorrectly can complicate access to the system.

Kerui Camera Setup (Best camera setup video on YouTube)

Remote connection via HiDDNS

It is often necessary to connect an IP camera remotely, that is, via the Internet. In this case, the IP address of the camera will constantly change, unless you specifically order a static IP address from the provider, for which an additional fee is always charged.

If you do not want to incur additional costs, you can use the free HiDDNS service.

• Register on the service www.hiddns.com
• Log in to your account and to the “Device Management” section;
• Click “Add”, then add a device specifying its name, number and port: if such a name already exists, the service will inform you about it and ask you to come up with another;
• In the iVMS-4200 program, click “Add Device”;
• Select the HiDDNS item;
• Fill in the “Nickname” field: enter the name of the device you want;
• In the “Server Address” field, enter www.hik-online.com
• In the “Device Domain Name” field: enter the device name specified on the www.hiddns.com service;
• User Name: fill in the username. The default is admin;
• Password: Enter the password. The default is 12345;
• If you check the “Export to Group” checkbox, the program will create a group with the name of the device and all channels of the device will be imported into this group.

Here you can also configure the microphone settings if you plan to record audio. This completes the configuration of the IP camera. If you use cameras from the same manufacturer, then their addresses will be the same.

In order for the cameras to work correctly at the same time, each device must be assigned its own address.

Setting up the IP camera Falcon Eye FE-MTR1300

iOS (full article)
1.Connection
1.1 Screw the antenna to the back of the device.
1.2 Set it upright.
1.3 Connect the power cable and wait for the camera to turn on. Connect the camera to a router using a network cable.
2.Setup
2.1 Download P2PCam264 App from App Store
2.2 Click on the “Add camera” icon.
3.3 Select the camera found on the local area network (LAN) or click on the “QR code” button to scan the QR code located on the camera.
By doing this, you will get a User ID (UID).
3.4 Enter the camera name and password. Default password. “Admin” (without quotes).
3.5 Select the camera you just added to start watching live video.
3.6 To start configuring your camera for wireless network operations, click on after “Advanced settings”.
3.7 The camera will start searching for Wi-Fi connections. Select Wi-Fi connection or network identifier (SSID). Enter the password for your Wi-Fi connection.
3.8 Once the Wi-Fi settings are successfully completed, you can disconnect the network cable from the camera and start using the camera wirelessly.
Attention
For security purposes, please change the default password of your IP camera so that your security and privacy are not compromised. You can change your camera password in the “Advanced Settings” menu.

Android (full article)
1. Connection
1.1 Screw the antenna to the back of the device.
1.2 Set it upright.
1.3 Connect the power cable and wait for the camera to turn on. Connect the camera to a router using a network cable.
2. Setting
2.1 Download P2PCam264 app from Google’s Play Store.
2.2 Run P2PCam264 application and click on “Click here to add camera”.
2.3 Click the “Search” button to find the camera on the local area network (LAN).
2.4 If the search does not return any results, click on the “scan” button to start scanning the QR code located at the bottom of the camera.
2.5 This will give you the UID. If none of the suggested options helps, enter it manually.
2.6 Enter the default camera password in the Security Code field and add the camera name. Default password. “Admin” (without quotes).
2.7 Select the camera you just added to start watching live video.
2.8 Click on. click on “Edit Camera”.
2.9 Then go to “Advanced setting”
2.10 Click on “Manage Wi-Fi Networks”.
2.11 Select your Wi-Fi connection or Network ID and then enter the password.
2.12 Once the Wi-Fi settings are successfully completed, you can disconnect the network cable from the camera and start using the camera wirelessly.
Attention
For security purposes, change the password for your IP camera by returning to the Advanced Settings menu and selecting Modify Security Code.

Setting up on a PC (full version of the article)
1. Connection
1.1 Screw the antenna to the back of the device.
1.2 Set it upright.
1.3 Connect the power cable and wait for the camera to turn on. Connect the camera to a router using a network cable.
2. Setting
2.1 Insert CD. EasyView Installer will start automatically.
2.2 Run the IPCAM Setup Wizard by clicking on the icon on the desktop.
2.3 Click on “Search for Cameras”. Select your camera. Click on “Setup Wizard”.
2.4 A screen will appear allowing you to configure the IP address of the camera. If in doubt about the correct way to do this, select “Automatically configure IP for me”. Please note that you need to enable DHCP on the gateway. Press “Next.
2.5 Enter the camera password. Default password. “Admin” without quotes.
2.6 For security reasons, it is recommended that you change the default password for your IP camera so that your security and privacy are not compromised.
2.7 Select your “Time Zone” and activate “Synchronize” with your network clock. Alternatively, you can synchronize the time with your computer by selecting “Same with this computer” (as on this computer).
2.8 Select your Wi-Fi connection and enter the Wi-Fi password after the message. If you do not want to activate Wi-Fi, click on “Next”.
2.9 Once the camera is successfully configured, click on “Access This Camera” to start viewing live video using EasyView software.
2.10 You can also add a camera manually from EasyView. Enter the serial number or UID, username and password of your camera. All listed information is indicated on the bottom of the camera.

Setting up the Ubiquiti Aircam IP camera

The new all-weather IP camera AirCam of the American company Ubiquiti Networks made a splash in the IP video surveillance market. Outdoor digital CCTV cameras have never been as cheap as this one. Despite the low cost, the camera is of a very high quality and produces a decent picture. In any case, a megapixel IP camera with a resolution of 1280×720 pixels will perform better than any analog camera whose limiting resolution is limited by the PAL standard. 720×576.

Another feature of the Air IP camera itself is the presence in the set of free software AirVision, which, in addition to the basic functions, has rich analytical properties.

How To Change Camera Admin Password

However, to understand the English-language interface of this software product, especially for beginners who are not familiar with the AirOS operating system installed in other technological solutions of Ubiquiti Networks, it will not be so easy at first, so we decided to publish on our website step-by-step instructions for setting up an IP camera AirCam.

Before starting the configuration, it is advisable to update the AirCam with the latest AirCam firmware.v1.1.3

Then, to enter the AirCam web interface, you need to find out its IP address. On the camera box, the default IP is 192.168.1.20, but if the address was assigned to the camera by the DHCP server, it will of course be different. Therefore, in order not to puzzle over the IP address, it is better to download the special utility UBNT Discovery v2.3. which will identify the device by MAC address and give its IP.

After we find out the IP-address of the camera, we type it in the address bar of the browser. The entire AirVision program works and is configurable from a browser. In the authorization window that appears, enter the default login and password: ubnt (login), ubnt (password). After successful input, we get to the first Main tab, where we find out general information about AirCam (MAC address, device name, firmware version, connection time, network parameters), below there are several subsections of additional information. Here we can also view the image from the camera.

Next, go to the Video tab.

Here we make the necessary settings:

• Bit Rate, Kbit / s. this value is responsible for the stream output by the camera, the higher, the better the video quality, but the greater the network load. With a wireless connection, for example, using outdoor Nanostation access points), brakes are possible at high bitrates.
• Frame Rate, fps. the value of frames per second, using this parameter you can also reduce the network load
• Refresh Frequency, Hz. picture refresh rate (in Russia you need to set 50).
• Enable RTSP Authentication. the ability to provide the client with access to remotely control the video data stream from the camera.

Go to the Network tab, which contains the network settings.

Here you can switch the static IP address to automatically distributed via DHCP and set the standard network settings of the AirCam IP camera.

On the last two tabs, the parameters are the same as in the interface of a regular Ubiquiti NanoStation M2 access point.

Next, let’s take a look at the software from Ubiquiti AirVision. Briefly about its capabilities.

The main thing that many are interested in is the ability to record using a motion detector, AirVision allows you to implement it using the NVR program, which performs the functions of a video recorder. It has the ability to select a zone in the image and bind various recording functions to it (for example, recording by motion), displaying the load on the processor. We used AirVision software version 1.0.2. although the latest available version is already AirVision 1.0.4

Also, in order to record video from the camera, you need to install the AirVision-NVR program. Which can be downloaded from the official site. After successfully installing the software, we get to the AirVision 1.0.2 menu, where we place the cameras on the map we loaded. Also, when the NVR software is running, the server is displayed, where all recording will be made. There can be several such servers and one IP camera can be recorded on several computers at once.

Next, we configure each AirCam IP camera. To do this, we will click on any camera and select the tool icon. If you need to organize a recording, you will need a video recorder. then in the NVR Assignment field, select the IP of the computer on which the NVR software is installed. In the Record Mode field, select Motion record.

The Connection tab gives us a menu of network settings.

We register the necessary ports or leave the default ones. And also set a new username and password for the IP camera.

In the Source menu, you can select the resolution, as well as rotate the picture.

In Image Settings. adjust the brightness, contrast, color and other parameters of the video image.

Performance allows you to set frame values ​​that affect performance.

Analysis Recording tab allows customization of analytics and recording parameters.

In the Timestamp section, you can specify the format and coordinates of placing the time and date stamp on the AirCam image.

In the Scheduling section, you can set scheduling of event recording by days of the week and specify the duration of the recording itself.

In the Live View menu, you can see the picture from each camera. You can also create a group of AirCam cameras that will display video on a multiscreen.

The Devices tab displays information about connected devices, the time of their connection, the stream from each camera, and also indicates the processor load. The average flow rate from each camera was 256 Kb / s. Typical CPU utilization when 4 IP cameras are connected is approximately 60-70%, this value was obtained from AirVision. We used the following computer as a server: 3.1 GHz Core i3 processor, 3 GB RAM, Windows XP Professional SP3.

In the Statistics menu, you can view the entire network load and activity of each zone. Statistics are shown with a resolution of 1280×720, motion recording was set on each camera. Bit Rate, Kbit / s in the software differs significantly from the traffic directly on the web-interface of the camera, which is a small misunderstanding due to certain circumstances. Also here you can see the frequency of the detector’s response to a certain zone.

On the Recordings tab, you can view recorded events from any camera and selected zone.

Analytics tab allows you to create multiple zones for motion detection on each camera.

Over time, you get used to the AirVision interface and AirCam setup becomes clear and simple. Thus, we can confidently expect that the AirCam IP camera will only gain its popularity, and the advanced software and its constant support and updating by the manufacturer will only contribute to this.

In addition to the native software, the Aircam IP camera is supported by the Russian cloud service IVIDEON. Now the service is available for free to any user. If you have one server and no more than 2 IP cameras are connected to it, you can use the cloud service completely freely, without any monthly fee.

You just need to register on the IVIDEON service, download the server software from the site, install it on your computer and add your IP cameras there. In this case, you will be able to view both the online broadcast from the camera and the archive recorded on your computer. For an additional fee, you can record a backup archive via the Internet on the servers of the INVIDEON service. At the same time, if your computer fails or is kidnapped by intruders, then there will be a backup record that can be viewed via the Internet.