Connecting to a new IP camera
Security cameras have evolved significantly over the years, with many now supporting Internet Protocol (IP) to allow for remote access and control. With this advancement comes the necessity to understand how to properly connect and configure your IP camera. This article focuses on leveraging Web Camera Pro video surveillance and security software to automatically find all ONVIF cameras. We will also discuss how to manually set up cameras that don't support ONVIF by using RTSP (Real-Time Streaming Protocol).
Understanding ONVIF Cameras
ONVIF (Open Network Video Interface Forum) is a global standard for IP cameras and surveillance systems, allowing devices to communicate with each other. Web Camera Pro supports ONVIF, making the discovery of compatible cameras on your network a breeze.
Auto-Discovery With Web Camera Pro
1. Install Web Camera Pro: First, download and install the software on your system.
2. Scan for Devices: Open the software and go to the 'Discovery' tab. Click on 'Scan.'
3. Automatic Discovery: The software will automatically list all ONVIF compatible cameras on your network.
4. Connect: Select the camera you wish to connect to and follow the on-screen instructions.
Using RTSP for Non-ONVIF Cameras
Not all cameras support ONVIF, and in such cases, you need to use RTSP to connect the camera.
What is RTSP?
RTSP (Real-Time Streaming Protocol) is a network protocol designed for use in entertainment and communications systems to control streaming media. The RTSP address typically consists of the camera's IP address or hostname, the RTSP port number (usually 554), and the RTSP URL path.
Finding RTSP Address
1. Consult User Manual: The easiest way to find the RTSP string is to consult the user manual of the camera.
2. Manufacturer's Website: Manufacturers often list RTSP information on their website.
3. Web-Based Interface: Access the camera's settings through its web interface. Navigate to the video or network settings to find the RTSP information.
4. UPnP Discovery: Some cameras support UPnP which can be used to discover the RTSP string.
Tools for Discovering RTSP Address
· ONVIF Device Manager: While primarily used for ONVIF devices, this software can sometimes find non-ONVIF devices as well.
· Advanced IP Scanner: This tool scans the entire network and lists connected devices, including cameras.
Steps to Manually Add RTSP String in Web Camera Pro
1. Open Web Camera Pro: Go to the section where you can manually add cameras.
2. Add New Camera: Click on 'Add New Camera' and select 'Manual Setup.'
3. Enter RTSP String: Input the RTSP address you obtained.
4. Save and Test: Click 'Save' and then 'Test' to make sure the stream is working.
Whether your camera supports ONVIF or you need to manually configure it using RTSP, Web Camera Pro provides a robust solution for setting up and managing your video surveillance needs. Armed with the right information and tools, connecting to a new IP camera can be a straightforward and rewarding experience.
ONVIF (Open Network Video Interface Forum) is a global standard for IP cameras and surveillance systems, allowing devices to communicate with each other. Web Camera Pro supports ONVIF, making the discovery of compatible cameras on your network a breeze.
Auto-Discovery With Web Camera Pro
1. Install Web Camera Pro: First, download and install the software on your system.
2. Scan for Devices: Open the software and go to the 'Discovery' tab. Click on 'Scan.'
3. Automatic Discovery: The software will automatically list all ONVIF compatible cameras on your network.
4. Connect: Select the camera you wish to connect to and follow the on-screen instructions.
Using RTSP for Non-ONVIF Cameras
Not all cameras support ONVIF, and in such cases, you need to use RTSP to connect the camera.
What is RTSP?
RTSP (Real-Time Streaming Protocol) is a network protocol designed for use in entertainment and communications systems to control streaming media. The RTSP address typically consists of the camera's IP address or hostname, the RTSP port number (usually 554), and the RTSP URL path.
Finding RTSP Address
1. Consult User Manual: The easiest way to find the RTSP string is to consult the user manual of the camera.
2. Manufacturer's Website: Manufacturers often list RTSP information on their website.
3. Web-Based Interface: Access the camera's settings through its web interface. Navigate to the video or network settings to find the RTSP information.
4. UPnP Discovery: Some cameras support UPnP which can be used to discover the RTSP string.
Tools for Discovering RTSP Address
· ONVIF Device Manager: While primarily used for ONVIF devices, this software can sometimes find non-ONVIF devices as well.
· Advanced IP Scanner: This tool scans the entire network and lists connected devices, including cameras.
Steps to Manually Add RTSP String in Web Camera Pro
1. Open Web Camera Pro: Go to the section where you can manually add cameras.
2. Add New Camera: Click on 'Add New Camera' and select 'Manual Setup.'
3. Enter RTSP String: Input the RTSP address you obtained.
4. Save and Test: Click 'Save' and then 'Test' to make sure the stream is working.
Whether your camera supports ONVIF or you need to manually configure it using RTSP, Web Camera Pro provides a robust solution for setting up and managing your video surveillance needs. Armed with the right information and tools, connecting to a new IP camera can be a straightforward and rewarding experience.
IP Camera Software
How to add IP cameras automatically?
You can integrate a new IP camera or USB webcam by either tapping on the designated tile or utilizing the search feature on the Devices page.
The primary distinction between IP cameras and USB webcams lies in their methods of network connection and video transmission. USB webcams are typically tethered directly to a computer or recording system via a USB cable, and are generally employed for close-range, personal, or small-scale business monitoring.
Conversely, IP cameras connect to your network through an Ethernet cable or Wi-Fi, offering the flexibility of remote access via the internet. This makes them more appropriate for comprehensive, large-scale surveillance operations.
To link an IP camera with your video surveillance application, generally adhere to the following steps:
1. Attach the IP camera to your network using an Ethernet cable, and power it up.
2. Confirm that the IP camera has received an IP address within your network.
3. Launch your video surveillance software and initiate the process of searching a new camera.
4. Input the RTSP details, which include the IP address, port number, and any other necessary information corresponding to the IP camera.
5. Run a connection test to verify that the software can successfully retrieve the video stream from the IP camera
The primary distinction between IP cameras and USB webcams lies in their methods of network connection and video transmission. USB webcams are typically tethered directly to a computer or recording system via a USB cable, and are generally employed for close-range, personal, or small-scale business monitoring.
Conversely, IP cameras connect to your network through an Ethernet cable or Wi-Fi, offering the flexibility of remote access via the internet. This makes them more appropriate for comprehensive, large-scale surveillance operations.
To link an IP camera with your video surveillance application, generally adhere to the following steps:
1. Attach the IP camera to your network using an Ethernet cable, and power it up.
2. Confirm that the IP camera has received an IP address within your network.
3. Launch your video surveillance software and initiate the process of searching a new camera.
4. Input the RTSP details, which include the IP address, port number, and any other necessary information corresponding to the IP camera.
5. Run a connection test to verify that the software can successfully retrieve the video stream from the IP camera
How to add new ip cameras in video surveillance software
Video Security and Surveillance Software
SAFETY AND SECURITY START WITH WEB CAMERA PRO
Web Camera Pro software can connect both ip and usb cameras, or use monitor for screencasting.
First, enter default passwords for ip cameras before searching. Do not enter more than 5 different logins and passwords, because ip cameras can be protected against brute-force passwords
Click "Search" button and see found devices
ONVIF (Open Network Video Interface Forum) is a global standard for the interface of network video products, such as IP cameras, NVRs (Network Video Recorders), and video management software.
The main purpose of ONVIF is to ensure that video surveillance products from different manufacturers are compatible and can communicate with each other seamlessly.
There are several key benefits of using ONVIF in video surveillance software:
1. Interoperability: ONVIF ensures that different video surveillance products from different manufacturers can work together, making it easier to create a seamless and integrated surveillance system.
2. Cost savings: ONVIF helps to reduce costs by eliminating the need for proprietary protocols and interfaces, which can be expensive to implement and maintain.
3. Increased functionality: ONVIF enables video surveillance products to provide enhanced features and functionality, such as remote monitoring, live viewing, and playback.
4. Improved security: ONVIF helps to improve the security of video surveillance systems by providing a standardized protocol for communication and data transfer.
The main purpose of ONVIF is to ensure that video surveillance products from different manufacturers are compatible and can communicate with each other seamlessly.
There are several key benefits of using ONVIF in video surveillance software:
1. Interoperability: ONVIF ensures that different video surveillance products from different manufacturers can work together, making it easier to create a seamless and integrated surveillance system.
2. Cost savings: ONVIF helps to reduce costs by eliminating the need for proprietary protocols and interfaces, which can be expensive to implement and maintain.
3. Increased functionality: ONVIF enables video surveillance products to provide enhanced features and functionality, such as remote monitoring, live viewing, and playback.
4. Improved security: ONVIF helps to improve the security of video surveillance systems by providing a standardized protocol for communication and data transfer.
CCTV Software