Installation and connection of IP camera d link. Training video: Connecting an IP camera to a smartphone on Android or iOS

How to connect and configure an IP camera to view video through your phone. Using WPS for quick connection to WiFi camera. Programs for smartphones with which you can watch broadcasts and manage video surveillance.

Connecting the WiFi camera to the Internet

Before you can broadcast on your phone, you must connect the camera to a wireless network. The connection is made via the WiFi Protected Setup protocol or using manual entry data. Before establishing a WPS connection with an IP camera, make sure that the device you are using supports this technology.

Check availability WPS functions You can find it on the camera box, on the manufacturer’s official website, or in the instructions. WiFi Protected Setup is indicated by an icon that looks like two arrows, each pointing to the end of the other. The IP camera body can accommodate separate button For quick connection, marked with this icon.

Press the button and then activate WPS mode on the router. This is done by pressing the same button on the router (no later than 2 minutes) or through the web interface. You can also connect a video surveillance device by entering a PIN code in the control panel of the router. The code is located on the IP camera box, a separate insert, or among the data on a sticker at the bottom of the device.

UniFi Video app

This utility from Ubiquiti Networks is a professional tool for organizing video surveillance from your phone. Individual versions UniFi Video is designed for different operating systems, including mobile: iOS and Android. After the initial setup and adding the IP addresses of the cameras used, the utility provides the following options:

• Switching between different IP cameras;
• Display broadcast parameters;
• Setting up the picture;
• Changing the shooting mode;
• Rotation using PTZ technology (Pan-tilt-zoom);
• Sound control.

Uninterrupted operation and wide functionality are the main advantages of the application. Main disadvantage software Ubiquiti is the need to use a network video recorder (NVR). Therefore, this solution is more suitable for connecting video surveillance in big house or office.

You can connect up to 50 different IP cameras to your Ubiquiti NVR system. If you plan to work with 1-2 devices, it is advisable to use solutions without a network video recorder. If necessary, video can be recorded to an SD card or cloud storage. This will help reduce the cost of equipment and further maintenance of the surveillance infrastructure.

It is important to know! For correct operation UniFi Video NVR controller version must be at least 3.1.0.

TinyCam Monitor program

Using this application on your phone, you can view simultaneous broadcasts from several cameras. The total number of devices that can be connected for viewing in the TinyCam interface is 16. The program also has paid version— TinyCam Monitor Pro, which has a set of additional features:

• Bidirectional audio transmission without restrictions (if the equipment supports this function);
• Record video to an SD card, FTP server or cloud storage;
• Support for software and hardware motion sensors;
• Working on a protected SSL protocol(encryption of received and transmitted data);
• Transmit sound in the background;
• Free technical support from the developer;

MEyePro and MEyeProHD

These programs allow you to connect to WiFi cameras from your phone, save screenshots and video clips from broadcasts, and control several devices at once. For IP cameras with PTZ support, additional controls have been added to the interface. Using MEyePro you can also adjust picture and sound settings.

Important tip! To test the capabilities of the utility, use the WiFi test camera, access to which is provided by the developers. Connection information is provided on the program page on Google Play.

Training video: Connecting an IP camera to a smartphone on Android or iOS

Eye 4 application for monitoring Vstarcam cameras

The best option for viewing video from Vstarcam devices on your phone is the Eye 4 utility. It allows you to integrate IP cameras into the system " Smart House”, and not just access image and sound. Using built-in functions, you can control all parameters of video surveillance equipment.

Network or IP cameras are quickly gaining popularity among consumers due to their ever-improving quality, features and falling prices. Such an HD device, which cost more than $200 in 2012, could be purchased for up to $60 as early as 2016. Traditional typical users of network cameras are businesses that employ professionals to install and maintain them.

Many consumers, however, choose independent settings for your devices. In this article, it is suggested for them to study different ways IP camera settings.

There are literally thousands of models of network cameras in use. It is impossible to find a set of instructions suitable for each of them. Therefore, the example below uses popular model(M1034-W) from the creator of these devices - Axis. For most other IP cameras, the settings are identical or very similar.

Network configuration

Network cameras are different from web and video surveillance. “Webs” are connected to computers using USB cables. Analog connect to servers coaxial cables. IP cameras, in turn, are connected to the network for access in the same way as computers are connected to networks.

Each such device is a computer with a processor and memory. With their help, you can process images from CCD sensors (with charge coupled) or CMOS (complementary metal oxide semiconductors), send them to clients (such as applications) and host them on a web server.

IP cameras: setup with a local network connection

LAN is often home network consumer. To connect to it, insert an Ethernet cable (Cat.c.a. Cat 5) into the appropriate socket of the network camera, then connect the other end to the router (a.k.a. gateway or access point). If your device doesn't 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.

To search use utility program from the manufacturer. Make sure that the protocol is used to ensure that the network camera receives the appropriate IP address from the router.

Program selection

If special application For your model no, you may need a publicly available utility, the choice of which depends on the type and model of your device. For example, for AXIS devices you need AXIS IP Utility. The following programs for setting up an IP camera are also widely used:

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

Use your router's configuration page to find the camera's assigned IP address. You can disconnect and then connect the Ethernet cable to see what device name appears in the list to determine its IP address.

Set up 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 this 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 dynamically, it may change after the network camera or router's power cycle. Many routers try to use the same IP address for the device by default, but you shouldn't rely on this. There are two ways to achieve this:

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

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

If you are not familiar with the camera and its configuration, it is extremely important to ensure that it works in your local network. This is because WAN access will never work if there is no LAN connection. If the camera works on your local network, it will be very easy for you to diagnose any problems with access to the global one.

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

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

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

Most users want to access their network cameras outside of their local network (such as their home network). You can do this through cellular communication, point Wi-Fi access, workplace network, etc.

Setting up an IP camera via the Internet

The specific steps will largely depend 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 a street name and house number, and a local network as the name of a city.

Every computing device on your LAN can find a network camera by its IP address, just as every person in a city can find a house by its street name. An IP camera can use more than one port (default is HTTP 80), each of which offers a unique service. For example, one port works for the web interface, the second for RTSP. Non-experts might think of them as the doors of a house. You receive different services when you enter different doors.

Addresses and ports

The IP address of the network camera is a private address. The most common range is 192.168.0.0-192.168.255.255, followed by 10.0.0.0-10.255.255.255. Private IP addresses are good for a local network. Each LAN may contain a device with a similar IP.

Once you understand this, you can understand how to access the IP camera outside the local network. Each LAN is behind a router (or gateway) that has its own IP address. This IP is public, not private (unlike a network camera), although it has the same format. Thanks to this characteristic, the router can be accessed on the Internet anywhere in the world. How can you tell him that you want to connect to a specific network camera located on the local network?

What should be done?

The solution to this issue is The only way gain access to a computing device on the network - through its IP address and ports. If there is only one network camera on your local network, you can configure the router to send data to it. As a result, the device will operate exactly the same as on the LAN, except using a public IP address.

But this will not work when simultaneous connection several network cameras. To configure more than one device, you need to allocate different ports for different devices. In other words, you will access each network camera with exactly the same IP address - the router's public IP, but with different ports. Using the city analogy, you will send/request packets to different houses using different doors.

Most cameras allow you to change which is usually used for HTTP and ONVIF, and for RTSP 554 is used. Although in theory this is not necessary, it is best to change these values ​​to match external ports forwarding. For example, if 8080 is sent to the camera's HTTP port, it would be better to change this camera value to 8080.

Different people come to the issue of organizing a video surveillance system for different reasons. Some see the need to create corporate system which will use great amount IP cameras and powerful video servers. For some, it is enough to install a couple of devices for household or personal purposes. But in any situation, regardless of the purpose of the system, the owner needs to properly organize the setup process.

First of all, you need to start setting up the entire tracking system from the video camera, because this device is its main component. Cameras manufactured under the D-Link brand have the function of automatically assigning an IP address. The DHCP protocol is used for this purpose. In the case where such a protocol is not available on the local network, the device receives permanent IP address. By default it is 192.168.0.20.

Connecting a D-Link IP camera

The initial connection of a D-Link video camera is carried out in several stages, but first you will need to prepare all the system components. To do this, you will need to connect the IP camera to a laptop or PC using an Ethernet cable. In all D-Link cameras this cable is included in the kit.

The computer has the following requirements:

• RAM: at least 128 megabytes;
• frequency central processor: from 1.3 gigahertz;
• FE: 10/100;
• internet browser: from Internet Explorer 6;
• operating system: Microsoft Windows XP.

In the case when many devices are connected to the system, the minimum random access memory it will take four times as much specified value, and it is better to choose a processor from 2.4 gigahertz. Wi-Fi enabled devices will need wireless network in the form of a router that supports the 802.11g protocol.

The connection is made in several stages:

• screwing in the antenna;
• tripod assembly;
• installing a video camera on a tripod;
• connecting to a network cable on one side of the computer or wireless router, and on the other hand - video cameras;
• connecting the IP camera to electricity using the power supply included in the kit.

If all steps are completed correctly, the red LED on the front of the antenna will light up. This means that the device is working successfully and you can begin further configuration.

Setting up D-Link

The process of setting up a D-Link brand camera is carried out through a computer that is connected to the video surveillance system, including the router. The IP video camera will be able to function correctly in a situation where the latest Java version. If this is not true, you will need to install and configure Java before you begin.

In addition, the camcorder firmware must also have latest version, which you will need to download to your work PC.

To configure the device, you need to follow these steps sequentially:

• subnet mask address: 255.255.255.0
• IP address: 192.168.1.21

• DNS 1: 213.184.225.37
• GateWay (router address): 192.168.1.1,

then save the settings and wait until the device reboots. It is very important to know that each time you apply new settings by pressing the “Save” button, the camcorder will reboot. Therefore, before the countdown is completed, it is not recommended to perform any other actions with the system, otherwise the settings will not be able to be saved.

1. The router is disconnected from the PC and video camera. Then you need to return to the original settings network card. Default network settings are obtained automatically.
2. In any window convenient browser you need to specify the address of the video camera, then press “Enter”.
3. Installing the NCS plugin will allow you to view video information through the device settings. to install this utility, you need to go to the “Live Video” menu, and then click on the link that appears in the settings window. This will begin the installation of the plugin.
4. The NCS module must be enabled in order to be able to view data in the video camera settings. To do this, you need to find the “Manage Plugins” item in your Internet browser settings. If speak about Google browser Chrome, it will be located in the upper right corner.
5. In order for the module to work properly without interruptions and failures, you must allow its use for the device’s IP address. This can be done through the corresponding item in the “Manage Plugins” menu, and then click “Finish”.
6. Setting the date and time is done through the “Time & Date” section. Here you will need:

• encryption type: "AES"
• wireless mode: "Infrastructure"
• Security mode: "WPA2-PSK"

That's it for the settings D-Link cameras are coming to an end, and you can start working through the appropriate communication service.

How to find out the IP address of a D-Link camera

Quite often situations arise when the owner of a video surveillance system needs to find out what IP address a particular video camera has. D-Link brand devices various models(for example, 2102 or 2121) can connect to the network not only permanently, via an Ethernet cable, but also using a Wi-Fi connection. The device has a button called WPS. Pressing it sequentially on the video camera and router allows the first to obtain an IP address.

After the address is assigned, connection and configuration are carried out, but before that you need to understand the parameters of the IP address. To do this, you will need to enter the router settings, where the necessary data will be indicated.

Attempts by users who have purchased a surveillance camera in a store that completely satisfies them in terms of price and capabilities to record and view a video stream often end unsuccessfully.

The reason is that the instructions offered by the manufacturer do not take into account the existing realities of setting up a home or office network segment.

However, keeping everything simple and making the connection correctly is relatively easy.

Features of IP cameras

If we do not consider the functional content of devices, all digital IP models can be divided into several large significant groups according to the data transmission algorithm and the level of remote access provided.

1. Products connected via USB port via cable. Such devices do not require configuration and are used in conjunction with those offered by the manufacturer or third-party software.
2. Devices that require data transfer via cable Ethernet networks. Such an IP camera can be connected directly to the network card of a computer or laptop, or to a router.
3. Models working on wireless channel. Such devices can act both as independent points with a unique access method, and as part of a certain infrastructure after integration with a router.

Depending on the wishes of the owner and the functionality provided by the camera, various schemes access to the video stream.

The user can view the broadcast data using a smartphone, computer or laptop.

Algorithm of actions for connecting an IP camera to a computer

First, it’s worth considering the simplest reference case: the computer or laptop was not configured to work within a local network, and its default settings were not changed. In this case, make IP CCTV cameras correct connection not difficult.

The algorithm of actions is as follows:

• The factory assigned IP address of the camera can be found out from the sticker on the device body or documentation;
• in the settings of the computer’s network card, you need to specify an address different from the camera in the fourth set of numbers (separated by dots);
• as a gateway in the computer settings, the camera data is indicated in the first three groups of numbers, and one is indicated in the fourth.

After saving the changes, you can connect network cable computer and laptop port with corresponding connector digital device.

All settings are made according to the manufacturer's instructions, without any deviations in the writing of the address or in the access modes.

This method is convenient for users who access the Internet from a computer or laptop via wireless point access.

In this case, you can connect and configure video in minutes to monitor and record, as well as quickly remove data from the device that writes the stream to a memory card.

However, this simple setup method will not work if you are using a router that forwards and assigns IP addresses to devices connected to it.

In this case, after performing the operations for direct connection to a surveillance device - the user will not be able to access the Internet without restoring the initial settings of the computer or laptop.

Setting up and changing an IP camera using the WEB interface

Almost all modern cameras allow you to configure settings after connecting using a regular web browser.

Service engineers or those who are constantly faced with the need for such an operation carry a netbook and a network cable with them.

This makes it possible to quickly negotiate settings to gain access to device settings.

Mechanics, how to connect IP WiFi camera- allows you to do everything using your smartphone.

The following operations need to be performed:

1. look in the documentation or on the sticker on the case for the name of the access point (camera transmitter);
2. The username, default password, and IP address of the device are also located there;
3. a connection is made to the access point, a name and password are entered;
4. The web browser is launched on the smartphone, after which address bar Enter the IP to access the settings.

This option allows you to view the video stream even without changing any data.

However, to do this from anywhere globe or internally isolated from the outside world network infrastructure— you will need to assign an IP address to the observation point.

This is done in several ways:

• in the case of an isolated network structure, the IP address of the camera must be in the used range of values. The easiest way is to contact system administrator and outline the task at hand. It will highlight one of the free addresses, which is entered into the device settings;
• for access from the Internet - it is most convenient to assign a dynamic name to the camera. To do this, a name service is specified in the settings; many of them are free. After assigning a unique identifier to the device, you can access it and receive a video stream from anywhere in the world.

Setting up an IP model connected by wire is done a little differently, which is why engineers prefer to do this using separate laptop or netbook. The method for coordinating addressing is described above in the method of direct connection between a computer and a digital monitoring device.

Further user actions are identical to those described in the documentation for the device: entering the IP in the browser line, if necessary, entering a name and password, gaining access to the settings.

Setting up a router for remote viewing of cameras

Using a central router is the most common option for organizing a video surveillance network. In this case, cameras can be either wired or wireless.

In order for the process of connecting multiple devices to single network and further setup was simple and straightforward, you need to do several preparatory operations:

1. find out in the router settings its IP address, which will be the gateway for the cameras (or access point for wireless models);
2. find out the type of addressing of connected devices (dynamic or static);
3. in accordance with the data received, carry out initial setup cameras, register IP. With dynamic addressing of the router (DHCP enabled), the option of obtaining an address automatically is set in the connected devices. With static, IPs that are different from each other are selected, differ from the router by the fourth digit and do not intersect with other devices connected to it.

After the work has been done, it is necessary to mount the cameras and, for wired ones, connect them with network cables.

A router with dynamic addressing of connected devices; for convenient orientation and stable mechanics of accessing cameras, binding should be done.

This is done in the corresponding settings section. It’s best to find out how exactly from the documentation of a specific router.

Logical mechanics of this action is quite clear: connected cameras are identified by MAC (physical identifiers) and they are assigned one of the free addresses from a certain range.

To ensure that cameras are always accessed using the same IP, you need to fix the resulting combinations in the settings after connecting the devices.

In this case, even after turning off and on the power individual points— their addresses will not change.

In a router with static addressing and precisely registered IP of each camera, you don’t need to do anything.

You can immediately go to settings that allow you to conveniently access the video stream of each point.

To do this, you need to find a port forwarding block. This section of settings is found in every modern router.

Here it is written:

• port number;
• IP address of the camera to which it will be linked;
• if necessary, the port number through which the video stream is broadcast.

Most modern cameras do not require access to a clearly marked port. However, if the router does not allow you to omit it, such data is always provided in the documentation for the video surveillance device.

After setting up port forwarding, you can access any camera by typing “http://router IP: number of the port assigned to the device” in your browser.

Also, most recording and monitoring programs support this type of settings for receiving a video stream.

Conclusion

In conclusion, we need to mention those working with the manufacturer. Most of these devices are wireless.

To conveniently access the video stream, the user only needs to configure the camera in accordance with the manufacturer’s recommendations and register it in the cloud service.

After this, having access to the Internet, you can not only view broadcasts in real time, but also work with the archive and even (from some manufacturers) receive the functions of a software motion detector, video recording on a schedule, and sending alerts when a certain event occurs.

Video: How to connect an IP CCTV camera, several ways

Remote video surveillance an increasingly popular service. CEOs and directors of companies are increasingly conducting their business remotely or on the road. It is good when the staff is supervised by an experienced deputy or department head. What if your assistant is not so good at this? Or is there a risk that in your absence clients will be lost to others? Or will theft flourish?

The tasks solved by remote viewing are varied. To start viewing, you need to forward the ports on the router at the final stage of installing the cameras; sometimes this procedure is called port forwarding.

A little theory

Port forwarding is not related to the type of cameras. Whatever video surveillance system you have: IP or analogue, everything is connected to the router. The difference is that analog cameras do not have their own IP address.

Schematic diagram remote connection to a DVR or IP cameras

Each analog camera is directly connected to the DVR using a cable. The DVR is connected to the network and port forwarding is done on it.

Each IP camera has its own IP address on the network, for example, one is 192.168.0.110, the second is 192.168.0.111. The DVR also has its own IP address, for example, 192.168.0.100. Unlike analog cameras, digital cameras can be connected to a switch (switch) anywhere in the local network. And when you combine switches into one network, you can connect to IP cameras directly and through a DVR.

Setting up the program on a PC for remote connection to video cameras

Each camera has not only its own IP address, but also a web interface, login and password for logging in.

Thus, in reality, you can connect remotely not only to the DVR, but also to the cameras directly. To do this, you need to forward ports on the router not only for the IP address of the DVR, but also for the IP address of each camera.

Types of routers

There are enough available on the market a large number of routers, each of them has its own interface. In my opinion, the most sophisticated one is the D-Link DIR-620. I’ll try to rank routers in order of prevalence (these are purely my observations):

1. Tp-link.
2. D-link.
3. Asus.
4. Zyxel.
5. Huawei.
6. Other

To avoid confusion, there are wi-fi routers and they are also called routers.

DVR settings

We have come to the most important point, I will try to guess the one for which you are reading this article. First we go into the DVR and set it up. If you have one camera, go to the camera via the web interface and configure the network settings of the video camera.

Network settings of an analog video recorder

To remotely connect to CCTV cameras in the router, you need to forward the ports specified in the DVR. For overly suspicious users who think about the security of access to cameras, the open ports can be changed, but then difficulties may arise in the settings.

Brief instructions for setting up the DVR

In order not to make a mistake about which ports we need to forward, go to the network settings of the IP DVR and open the ports in the router indicated in the TCP, HTTP, CDM, RTSP, etc. windows. Depending on the brand of the manufacturer and the chipset, they may be different. You can also set them manually yourself.

Setting up routers

There are routers with automatic opening ports, they have a function for this, and we also enable this function in the DVR. In most cases, business owners do not remember or do not know logins and passwords for routers. This feature can help save time during setup in some cases. The function does not always work, then there is nothing left to do but reset the factor to the router.

Before you do factory reset ask the customer about the availability of settings from the provider providing Internet access.

If you have access to the settings of your router and DVR, feel free to enable the UPnP function, which will help you quickly resolve the issue of port forwarding. It is especially useful when you manually set all the ports and there are a number of other devices on the local network that need to be connected remote access. Otherwise, you will spend a long time figuring out which devices conflict with each other.

UPnP function automatic forwarding ports. Must be enabled in both the router and the DVR

When you have entered the settings of the router (router), find the menu “ Virtual servers", this is where you need to register port forwarding.

I will illustrate where this can be in the screenshots:

• D-Link DIR-300

• TP-LINK

• D-Link DIR-600

• ASUS RT-N65U

Nuances

Several Yet important points and this is where I will end the article. If you don't mention this, you may have difficulty setting up.

1. The HTTP port of the DVR and router is port 80 by default. To avoid a conflict, change to 88 on the DVR; accordingly, forward port 88 in the router.
2. The external start and internal start ports in the router settings can be set to the same, for example, 37777, or different. If you have specified an external one, then connect to the DVR (camera) through the port that you specified. Connection occurs via CMS program, included with the DVR.
3. The external end port does not need to be specified.
4. Set the internal IP address for the device you want to connect to remotely. This may not necessarily be a DVR, but also a printer, PC, or network drive.
5. Ports 80 - for connecting via browser (HTTP), 37777, 37778 - for connecting via CMS program (TCP, UDP), 34567 - RTSP (sometimes called mobile) - for connecting via phone (in older DVRs this value can be 554, 654 and etc.)

I tried to cover this topic as widely as possible so that you don’t have any questions, but if you still have them, ask them in the comments.

Example of connection settings remote viewing ip cameras from phone

Watch the video where I spend comparative analysis video cameras, it shows how to configure and connect cameras to the DVR.

I completely forgot.

Examination

Before you rejoice at completing the hardware settings and start setting up the CMS or client phone, I recommend checking port forwarding using an online service. Using the service, you can determine the external IP address of your computer and check whether it is static or dynamic.

Port checking service

An external IP address is required to be entered into the CMS or phone when setting up a remote connection. In the 2ip service we check ports for openness or closedness. If they are closed, you will not be able to connect remotely. Let's check all the settings again. We fix errors.

Checking the ports

In conclusion, I would like to mention that you can connect to cameras remotely not only directly. Exist cloud services, with which you can bypass the procedure of port forwarding and purchasing a DVR. All you need is a constant Internet connection. They have their drawbacks, which are a story for the next one.