Thank you for explaining this and writing it all out. I'm not an idiot when it comes to technology, but I find so many super nerds just give you links to entire instruction manuals and wiki's instead of just helping you with the bit you need. I'd been searching for an hour, but after finding this I was sorted in 2 minutes. Thank you very much.
worked first try. thank you! one thing you are missing though, is at 2:54 is that the input source should be "Media Source" My biggest issue was guessing which input source has the settings available for this.
Hello! Using OBS (Open Broadcaster Software) as an IP camera viewer is a common approach to monitor and stream video from IP cameras. If you're encountering issues with Chrome flagging an OBS extension download as malicious, it could be due to a few reasons, including the source of the download or Chrome's security settings. Let's address both how to set up OBS as an IP camera viewer and the potential issues with the download. Setting Up OBS as an IP Camera Viewer Install OBS Studio: Download and install OBS Studio from the official website: OBS Studio Download Add an IP Camera Source in OBS: Open OBS Studio. Click the "+" button under the "Sources" box and select "Media Source." Name the source (e.g., "IP Camera 1") and click "OK." In the properties window, uncheck "Local File." In the "Input" field, enter the URL of your IP camera stream. This usually looks something like rtsp://username:password@ip_address:port/stream. Adjust other settings as needed and click "OK." Adjust Settings: Make sure the video format and resolution are set correctly to match the output of your IP camera. You can add multiple IP cameras by repeating the steps above and adding additional Media Sources. Handling Chrome Download Warnings If Chrome is flagging an OBS extension or plugin download as malicious, consider the following steps: Download from Trusted Sources: Ensure you are downloading the extension or plugin from a reputable and official source. For OBS, the official repository is often the safest place to get extensions and plugins. Example: OBS Plugin Repository Check for False Positives: Sometimes, Chrome can give false positives. If you are certain that the source is trusted, you can override Chrome's warning: Click on the "Show all" button next to the warning in the Downloads bar. Click on "Keep dangerous file." If prompted, confirm that you want to keep the file. Scan the File: Before installing, scan the file with your antivirus software to ensure it's safe. This provides an additional layer of security. Update Chrome and Security Settings: Make sure your Chrome browser is up to date. Outdated versions may have stricter or inaccurate security measures. Check Chrome’s security settings under Settings > Privacy and security. Ensure that the security level is set appropriately for your needs. Example of a Trusted Source for OBS Plugins WebSocket Plugin for OBS: WebSocket Plugin NDI Plugin for OBS: NDI Plugin Summary By ensuring you download OBS plugins from trusted sources and understanding how to manage Chrome's security warnings, you can safely set up OBS as an IP camera viewer. Always verify the source and scan the files before installation to maintain a secure system. If you encounter any specific issues or need further assistance, feel free to ask! Thanks for checking out our Channel! Learn More: ptzoptics.com/
You can use Advanced Audio Properties in OBS to create an audio Sync Offset to match your video stream's latency. If you are still struggling feel free to reach out to support@ptzoptics.com ! :)
Hello! In general, experiencing a delay when streaming with OBS can be influenced by several factors: Network Speed and Stability: Streaming over a wireless network or a network with limited bandwidth can cause delays. A stable and fast wired connection is usually recommended for streaming. Computer Hardware: The processing power of the computer used for streaming can impact the performance. Insufficient CPU or GPU power might lead to delays. Camera and OBS Settings: The configuration of the camera and OBS can also affect the stream's latency. This includes settings like the video format, resolution, frame rate, and buffering. Encoding Settings: The choice of encoder (hardware vs. software) and its settings in OBS can contribute to the delay. To troubleshoot, you might consider checking your network connection, ensuring your computer meets the hardware requirements for streaming, and experimenting with different camera and OBS settings. Additionally, reducing the resolution or frame rate can sometimes help to reduce delay.
Hello! You can record Iso recordings in vMix. OBS (Open Broadcaster Software) itself does not natively support ISO recording in the way that some other software or hardware switchers do. ISO recording typically refers to the ability to record individual inputs (such as each camera feed) separately, in addition to recording the main program output. However, you can approximate ISO recording in OBS with a workaround: Workaround for ISO Recording in OBS Multiple Instances of OBS: You can run multiple instances of OBS simultaneously. Each instance of OBS can be set up to capture and record a different source. Setup for Each Source: Open a new instance of OBS for each source you want to record. In each instance, set up the source you want to record as an individual scene. Go to 'Settings' > 'Output' and configure the recording settings. Start Recording Individually: Manually start recording on each OBS instance to record each source separately. Synchronization: To synchronize these recordings in post-production, you might need to use a clap or a similar audio cue at the start. Limitations and Considerations Resource Intensive: Running multiple instances of OBS can be resource-intensive, depending on the number of sources and the capabilities of your computer. Complex Setup: Managing multiple OBS instances can be more complex and may require careful configuration to ensure each source is captured correctly. Synchronization in Post-Production: Synchronizing these separate recordings in post-production will require additional work. Alternative Software If you require a more streamlined solution for ISO recording, you might consider specialized software or hardware switchers designed for multi-source recording. Future Updates OBS is an actively developed open-source project, and new features are regularly added. It’s worth keeping an eye on future updates to see if native ISO recording capabilities are introduced. Conclusion While OBS doesn't natively support ISO recording in the traditional sense, you can use the workaround of running multiple instances of OBS, each recording a different source. This method requires a capable computer and some additional setup and post-production effort. For more advanced needs, dedicated software or hardware solutions might be necessary.
hi, thank you for the video. very good explaination. I have a little problem with rtsp protocol: I have a 2 seconds delay vizualization. Is there a way to resolve it? Thank you
Hi! Experiencing a delay when using RTSP (Real-Time Streaming Protocol) feeds in OBS (Open Broadcaster Software) is relatively common due to the nature of network streaming. However, there are several strategies you can try to reduce this delay: 1. Reduce Buffering in OBS When adding the RTSP feed as a media source in OBS, you can try reducing the buffering. Right-click the media source > Properties, and look for an option related to buffering. Set it to a lower value or even try setting it to zero. 2. Optimize Camera Settings Lower the Resolution or Frame Rate: Sometimes, reducing the resolution or frame rate on the camera can reduce delay. Adjust Compression Settings: If the camera allows, adjusting compression settings (like using a more efficient codec) can help. 3. Network Optimization Wired Connection: Use a wired connection instead of Wi-Fi for both the camera and the streaming computer, as it provides a more stable and faster connection. Improve Network Infrastructure: Ensure that your network equipment (routers, switches) is capable of handling high-quality video streaming without bottlenecks. 4. Use a Faster Decoder Hardware Acceleration: If available, enable hardware acceleration in OBS or in the camera settings. This utilizes your computer's GPU for faster decoding of the video stream. 5. Camera-Specific Settings Some cameras have settings for stream optimization. Check the camera’s web interface for any low-latency or streaming-specific options. 6. Alternative Software VLC Source: Instead of a direct RTSP media source, use VLC media player to capture the RTSP stream and then capture VLC window in OBS. This can sometimes result in lower latency. Dedicated RTSP Software: There are software solutions specifically designed for handling RTSP streams with lower latency. These can be used in conjunction with OBS. 7. Update Firmware and Software Camera Firmware: Ensure your camera’s firmware is up to date. OBS Updates: Regularly update OBS to the latest version. 8. Check Camera and Network Load Single Stream: If the camera offers multiple streams, ensure OBS is using a dedicated stream. Network Traffic: High network traffic can increase latency. Check for other heavy network usage on your network. 9. Contact Manufacturer Support If the issue persists, consider reaching out to the camera manufacturer for support. They might provide firmware or settings tailored for low-latency streaming. Conclusion Reducing RTSP delay in OBS often involves a combination of software settings, network infrastructure improvements, and possibly hardware upgrades. Keep in mind that a certain level of delay is inherent in network-based video streaming, especially over RTSP, but these steps can help minimize it.
Sometimes, when using OBS, the first time you add a new source such as an IP video feed or video file the content will not "activate" until the first time you set it from preview to live. This behavior can be adjusted in the source settings with regards to starting playback when source goes live, pausing when switched, etc... If simply switching the source does not resolve your issue please feelfree to post this question on our Facebook user group or on our support run forum available here: help.ptzoptics.com/support/discussions
Hi! Using OBS (Open Broadcaster Software) as an IP camera viewer involves adding your camera's stream as a source within OBS. If you're starting with a black screen in OBS, it means you haven't yet added any sources. Here's a step-by-step guide to set up an IP camera stream in OBS: Step 1: Open OBS Launch OBS Studio. You will see a black screen, which is the default scene with no sources added. Step 2: Add a New Source Create a New Scene (Optional): You can start with the default scene or create a new one by right-clicking in the 'Scenes' box and selecting 'Add.' Name your scene (e.g., "IP Camera"). Add a New Source: In the 'Sources' box, click the '+' button to add a new source. Step 3: Select Media Source Choose 'Media Source' from the list of available sources. This allows you to add a video source that is not directly connected to your computer, such as an IP camera stream. Step 4: Configure Media Source Name the Source: Give your media source a name, for example, "IP Camera Stream." Media Source Settings: In the properties window for the media source: Uncheck 'Local File' to enable streaming from a network URL. In the 'Input' field, enter the URL of your IP camera stream. This is typically an RTSP (Real-Time Streaming Protocol) URL, which usually looks something like rtsp://[username]:[password]@[IP address]/[path]. Step 5: Adjust Media Source Settings Buffering: If you experience latency or sync issues, you can adjust the buffering settings. Sometimes setting buffering to 'Minimal' can reduce latency. Audio Settings: If your IP camera transmits audio and you want to include it, make sure 'Use audio input' is checked. Step 6: Resize and Position Your Source Once the IP camera feed appears in OBS, you can click and drag the edges of the feed in the preview window to resize it. You can also position it wherever you want within the scene. Step 7: Test Your Setup Preview the Stream: Ensure that the camera feed is displaying correctly in OBS. You might want to test the stream for a while to check stability and performance. Adjustments: If needed, return to the source settings to make further adjustments for optimal streaming quality. Step 8: Troubleshooting Tips If the stream doesn't appear, recheck the stream URL and ensure your IP camera is correctly set up for network streaming. Make sure your firewall or network settings are not blocking OBS's access to the IP camera stream. Verify that the IP camera is operational and accessible from the network you are on. Using OBS as an IP camera viewer is an effective way to bring network camera feeds into your streaming or recording setup. Remember that the quality and stability of the stream will depend on your camera and network performance.
I was looking for how to connect my phone to streamlabs or obs using a screen mirroring app through my wifi, i thought i had to put it in the brower because it was giving me an ip adress but it was in media files, it doesnt make sense. Also the app doesnt explain anything on what to do to get the stream on vlc and obs, i spended many hours trying to find out. So thanks, it helped me.
very good work, MY IP Cameras are connected. My next challenge is to try to connect wirelessly to panasonic handycams. Any thoughts on how to do this as they are DLNA HC-VX1 light 4k models. I can connect them to the network and they have ip addresses.
Hello! Connecting Panasonic HC-VX1 camcorders (or similar models) wirelessly to OBS (Open Broadcaster Software) for live streaming can be a bit challenging, as these cameras typically don't offer a direct way to output a live video feed over a network in a format that OBS can easily use. However, there are a few potential workarounds you might consider: 1. Use Panasonic's Mobile App as an Intermediate Step Some Panasonic cameras can connect to a mobile app, which might offer live streaming or video output capabilities. Here's a potential workflow: Connect Camera to App: Connect your Panasonic camera to its dedicated mobile app over Wi-Fi. Screen Capture the App: Use a screen capture tool to capture the video feed from the app. Stream to OBS: You can then use OBS to capture this screen and integrate it into your live stream. This can be done by using OBS's 'Window Capture' or 'Display Capture' source to capture the screen of the device running the app. 2. HDMI Wireless Transmitter If your camera supports HDMI output: HDMI Wireless Transmitter: Use an HDMI wireless transmitter to send the camera's live feed to a receiver connected to your streaming computer. Capture Card: Connect the receiver to a capture card on your computer, and then add the capture card as a source in OBS. 3. DLNA Streaming (Not Typically Suitable for Live Streaming) DLNA (Digital Living Network Alliance) is more often used for accessing recorded media on the network, not for live streaming. It's unlikely that the camera's DLNA capabilities will be helpful for live streaming to OBS. 4. Check for Any Proprietary Streaming Solutions Some camera manufacturers offer proprietary solutions or software for streaming video from their cameras over a network. Check if Panasonic provides any such software for your camera model. 5. Consider Other Camera Options If live streaming is a critical requirement and these workarounds are not viable, you might need to consider other camera options known to support live streaming over Wi-Fi more directly. 6. Consult Panasonic's Documentation or Support Check the user manual or contact Panasonic's support for any specific instructions or software that might be available for streaming live video from your camera model. Conclusion While certain Panasonic camcorders might not natively support straightforward wireless live streaming in a way that OBS can directly use, using a combination of screen capturing from a mobile app or employing a wireless HDMI transmitter with a capture card are potential workarounds. However, these methods might introduce some latency and may not match the simplicity and quality of a camera with built-in live streaming capabilities over IP.
Hello! If the RTSP address of your IP camera works in VLC with a username and password but not in OBS, it's likely an issue with how the credentials are being inputted in OBS. Here’s how to properly format the RTSP URL with embedded credentials in OBS: Embedding Credentials in RTSP URL Format the RTSP URL with Credentials: In OBS, you need to embed the username and password directly into the RTSP stream URL. The general format is: rtsp://username:password@camera-ip-address/path username: Your camera's username. password: Your camera's password. camera-ip-address: The IP address of your camera. path: The specific path to the RTSP stream (refer to your camera's documentation). For example: rtsp://admin:12345@192.168.1.100/stream. Steps to Add Camera in OBS Open OBS Studio: Start OBS and go to the scene where you want to add the camera. Add a Media Source: Click the '+' sign under 'Sources' and select 'Media Source'. Give it a name, like 'IP Camera'. Media Source Settings: Uncheck 'Local File'. In the 'Input' field, enter the RTSP URL with your embedded credentials. Configure Additional Settings: Adjust buffering and other settings as needed. If you experience latency, try setting the buffering to a lower value. Troubleshooting Check the URL: Ensure that there are no typos in the URL and that it matches the format required by your camera. Test in VLC: Double-check that the URL with the credentials works in VLC Player. Firewall and Network Settings: Ensure your computer’s firewall or network settings are not blocking OBS's access to the camera. Camera Settings: Verify the camera’s RTSP settings and ensure it allows for external connections. Considerations Security: Embedding credentials in the URL can pose a security risk. Make sure your network is secure and only authorized personnel have access to OBS. Camera Compatibility: Some cameras have specific requirements or paths for RTSP streams. Refer to your camera’s documentation for the exact path and settings. By following these steps, you should be able to successfully view your IP camera’s RTSP stream in OBS using the necessary login credentials. Remember to handle and store your login credentials securely to maintain network and device security.
Is there a way to program certain routes for the ptzoptics? we've got three in our church and would like some zoom shots or slow pan shots without touching the controller because of user error.
Hello! Using OBS (Open Broadcaster Software) as an IP camera viewer involves adding your camera's stream as a source within OBS. If you're starting with a black screen in OBS, it means you haven't yet added any sources. Here's a step-by-step guide to set up an IP camera stream in OBS: Step 1: Open OBS Launch OBS Studio. You will see a black screen, which is the default scene with no sources added. Step 2: Add a New Source Create a New Scene (Optional): You can start with the default scene or create a new one by right-clicking in the 'Scenes' box and selecting 'Add.' Name your scene (e.g., "IP Camera"). Add a New Source: In the 'Sources' box, click the '+' button to add a new source. Step 3: Select Media Source Choose 'Media Source' from the list of available sources. This allows you to add a video source that is not directly connected to your computer, such as an IP camera stream. Step 4: Configure Media Source Name the Source: Give your media source a name, for example, "IP Camera Stream." Media Source Settings: In the properties window for the media source: Uncheck 'Local File' to enable streaming from a network URL. In the 'Input' field, enter the URL of your IP camera stream. This is typically an RTSP (Real-Time Streaming Protocol) URL, which usually looks something like rtsp://[username]:[password]@[IP address]/[path]. Step 5: Adjust Media Source Settings Buffering: If you experience latency or sync issues, you can adjust the buffering settings. Sometimes setting buffering to 'Minimal' can reduce latency. Audio Settings: If your IP camera transmits audio and you want to include it, make sure 'Use audio input' is checked. Step 6: Resize and Position Your Source Once the IP camera feed appears in OBS, you can click and drag the edges of the feed in the preview window to resize it. You can also position it wherever you want within the scene. Step 7: Test Your Setup Preview the Stream: Ensure that the camera feed is displaying correctly in OBS. You might want to test the stream for a while to check stability and performance. Adjustments: If needed, return to the source settings to make further adjustments for optimal streaming quality. Troubleshooting Tips If the stream doesn't appear, recheck the stream URL and ensure your IP camera is correctly set up for network streaming. Make sure your firewall or network settings are not blocking OBS's access to the IP camera stream. Verify that the IP camera is operational and accessible from the network you are on. Using OBS as an IP camera viewer is an effective way to bring network camera feeds into your streaming or recording setup. Remember that the quality and stability of the stream will depend on your camera and network performance.
Hello! Using a USB webcam in OBS (Open Broadcaster Software) as an IP camera viewer involves a few steps. Here's a general guide on how to do it: Setting Up the USB Webcam Connect Your USB Webcam: Plug your USB webcam into your computer. Open OBS: Launch OBS Studio on your computer. Add Webcam as a Source: In OBS, go to the 'Sources' panel at the bottom. Click on the '+' button to add a new source. Select 'Video Capture Device'. Name the source and click 'OK'. From the 'Device' dropdown, select your USB webcam. Configure the properties (resolution, frame rate, etc.) as needed. Click 'OK' to add the webcam to your scene. Using the USB Webcam as an IP Camera Viewer To use your USB webcam as an IP camera viewer, you'll typically need to capture the stream from the IP camera and display it through OBS. Here's a basic method to do that: Get IP Camera Stream URL: Find the RTSP or HTTP stream URL of your IP camera. This usually looks something like rtsp://[IP_ADDRESS]/[STREAM_PATH] or [IP_ADDRESS]/[STREAM_PATH]. Add IP Camera Stream in OBS: In OBS, go to the 'Sources' panel. Click on the '+' button and select 'Media Source'. Uncheck 'Local File' and enter the stream URL of your IP camera in the 'Input' field. Click 'OK' to add the stream to your scene. Position and Resize Sources: You can position and resize both your USB webcam source and your IP camera stream in the OBS scene to your liking. Additional Notes: Latency: Be aware that there might be some latency or delay when viewing an IP camera stream in OBS, depending on the network and camera settings. Compatibility: Ensure your IP camera's stream is compatible with OBS. Some formats or protocols might not be supported directly. Software Updates: Always make sure you are using the latest version of OBS for the best compatibility and features. This setup allows you to view both your USB webcam and your IP camera stream within the same OBS scene, which can be useful for various streaming or monitoring purposes.
Hello! Streaming to UA-cam when your OBS software and the camera are on different internet connections can be challenging but is certainly possible with the right setup. This scenario might occur if, for example, your camera is set up at a remote location, or if you're trying to incorporate footage from a distant source into your live stream. Here are a few methods to achieve this: 1. Use an RTMP Server An RTMP (Real-Time Messaging Protocol) server can act as a middleman to receive the video feed from your camera and then stream it to OBS. You can set up your own RTMP server using software like Nginx with the RTMP module, or use cloud services that offer RTMP server capabilities. Here’s a simplified process: Camera Setup: Configure your camera to stream to your RTMP server's address. OBS Configuration: In OBS, add a media source that points to the RTMP server's stream URL. Stream to UA-cam: OBS can then broadcast the combined feed (including the remote camera feed) to UA-cam. 2. NDI Tools Over VPN If your camera supports NDI, a network device interface protocol designed for high-quality video transport over IP networks, you can use NDI tools to send the camera feed over the internet. Because NDI is typically used on local networks, you would need a VPN (Virtual Private Network) to securely connect your camera's network with the network where OBS is running: VPN Setup: Establish a VPN connection between the two networks. NDI Tools: Use NDI tools on both ends to send and receive the video feed. Add NDI Source in OBS: Within OBS, add the NDI source coming from the camera. 3. Cloud-Based Video Production Platforms Several cloud-based platforms (e.g., Restream, StreamYard) allow you to bring in remote video feeds directly into a live production environment, which can then stream to UA-cam. These services often support inviting remote cameras via a simple web link: Setup Your Stream: Create a new live stream session on the platform and configure it to stream to UA-cam. Invite Remote Cameras: Use the platform's feature to invite a remote camera (your distant camera source) to the live session. Manage Production: You can switch between different video sources, add overlays, and manage your live production from the cloud platform. 4. Direct Streaming Platforms For a more straightforward setup, you could directly stream from your camera to UA-cam and use OBS for adding overlays or additional content by capturing the UA-cam stream window. However, this approach can introduce significant latency and is generally less flexible. Choosing the Right Method The best method depends on your specific requirements, such as the need for real-time interaction, video quality, and the complexity you're willing to manage. RTMP servers offer great flexibility but require technical setup, NDI over VPN is excellent for high-quality feeds but also involves complex networking, and cloud-based platforms provide simplicity and ease of use at the cost of subscription fees or reduced control. Remember, streaming over the internet introduces latency, so real-time interaction between the camera location and OBS might have delays. Always test your setup thoroughly before going live to ensure the best viewer experience. Thanks for checking out our Channel! Learn More: ptzoptics.com/
Many of us have successfully connected an ip camera to OBS using rtsp. However, also many of us are not seeing any video in preview. We have to go live to see the video in preview and the live window. Any thoughts or solutions? The question has been asked many times on the OBS forums but no answer has been given.
This is unfortunately a common bug with OBS. Our advice is to make sure you are checking the media source box that allows you to keep the RTSP live even when not connected.
Hi Greenland Studio, If your camera only provides a MAC address and doesn't have an easily identifiable IP address, you'll need to take a different approach to connect it to your network and access it, possibly for use in software like OBS. Here's a step-by-step guide to help you connect and identify your camera on the network: Step 1: Connect Camera to Network Physical Connection: Ensure your camera is physically connected to your network, either through Ethernet or Wi-Fi, depending on its capabilities. Step 2: Find the Camera’s IP Address Since you have the MAC address of the camera: Access Your Router: Log into your router's web interface. This is usually done by entering the router's IP address (like 192.168.1.1 or 192.168.0.1) in a web browser. Check Connected Devices: Look for a section in the router's interface that lists all connected devices. This might be labeled as “Device List,” “Attached Devices,” “DHCP Clients,” or something similar. Match MAC Address: In the list of devices, locate the MAC address of your camera. Next to the MAC address, you should see the IP address that has been assigned to your camera. Step 3: Configure Camera (If Necessary) If your camera requires initial configuration or setup, you might need to access its web interface using the IP address you found. Enter the IP address in a web browser to access the camera’s settings. Step 4: Test the Camera’s Stream To ensure that your camera is working correctly on your network, you might want to test its stream. This can often be done through the camera's web interface or by using a network video stream testing tool. Step 5: Use in OBS Once you have your camera’s IP address, you can proceed to set it up in OBS as a media source (as previously described), using the appropriate stream URL, which often includes the camera's IP address. Additional Tips Static IP: It might be beneficial to assign a static IP address to your camera through your router's settings to ensure the IP address does not change. Camera Documentation: Refer to your camera’s documentation for specific instructions on setup and configuration. Firewall Settings: Ensure that any firewall on your network or computer is not blocking the camera or OBS. Software and Firmware Updates: Make sure that your camera’s firmware and your networking equipment’s software are up to date. If the Camera is Not Showing Up If the camera does not appear in your router's device list, it might not be correctly connected to the network. Verify the connection and check if the camera requires specific setup steps to connect to a network. By following these steps, you should be able to locate your camera on the network using its MAC address, find its IP address, and then proceed to set it up for streaming or remote viewing as needed.
Hey TJ, If you're trying to use OBS as an IP camera viewer and the camera's IP address is not showing up in the list for binding, or if it's on a different network segment than your desktop, it means there's a network configuration issue that needs to be resolved. Here are steps to address this: 1. Ensure Camera and Computer Are on the Same Network Same Network: Verify that both your IP camera and desktop are connected to the same local network. This is essential for OBS to access the camera's stream. 2. Find the Camera’s IP Address Router Interface: Check your router's admin interface to see if the camera is listed among connected devices. The IP address should be displayed there. Camera Documentation: Consult the camera's manual for instructions on how to find its IP address. Some cameras have a default IP address or a method to retrieve it. 3. Set a Static IP for the Camera (Optional but Recommended) Static IP: Assign a static IP address to the camera within your network's IP range to ensure it doesn't change. This setting is usually adjusted in the camera's web interface or through its software. 4. Check Network Segments and Subnets Subnet Mismatch: Ensure that both the camera and your desktop are on the same subnet. For example, if your desktop is on 192.168.1.X, your camera should also have an IP like 192.168.1.Y. 5. Adjust Firewall and Security Settings Firewall: Check if your computer’s firewall is blocking OBS from accessing the network. You may need to add an exception for OBS or open specific ports. 6. Manually Add Camera in OBS Once you have the camera’s IP address and ensure network compatibility: Go to OBS, add a new source, and select 'Media Source'. Uncheck 'Local File', and in the input box, enter your camera’s stream URL, which typically looks like rtsp://[IP address]/[path]. Include credentials in the URL if required (rtsp://username:password@IP address/path). 7. Test the Camera Stream Independently Use VLC Player: Before adding it to OBS, test the camera’s stream URL in a media player like VLC to ensure it’s active and accessible. 8. Network Equipment Settings Quality of Service (QoS): If your network supports QoS settings, prioritize your camera and OBS traffic to improve connectivity. 9. Reboot Devices Sometimes, simply rebooting the camera, your computer, and the router can resolve network connectivity issues. 10. Technical Support If you’re still having trouble, consider reaching out to the camera manufacturer’s support for help with network setup. By following these steps, you should be able to get your IP camera and OBS on the same network and successfully connect them. Remember, proper network setup and ensuring compatibility between the devices on your network are key to making this work.
hi. do i need a video capture card for this to work. at the moment i have a laptop with obs installed and a hikvision nvr with 5mp ip bullet cameras. i am wanting to stream a live view of a camera at a nest box in my backyard
Hello! No, you do not need a video capture card to use OBS (Open Broadcaster Software) as an IP camera viewer for streaming the live view from your Hikvision NVR or directly from your IP cameras. IP cameras and NVRs (Network Video Recorders) can usually be integrated into OBS over your network using RTSP (Real-Time Streaming Protocol) or other network streaming methods. Here's a general guide on how to set it up: Step 1: Obtain the RTSP Stream URL From IP Camera: Find the RTSP URL for your Hikvision IP camera. This typically looks like rtsp://[username]:[password]@[IP address]/[path]. From NVR: If you prefer to stream from the NVR, the NVR itself will have an RTSP URL for each camera channel. Step 2: Add the Camera in OBS Open OBS: Launch OBS Studio on your laptop. Add a New Source: Click the '+' button in the 'Sources' panel. Select 'Media Source': Choose 'Media Source' as the type of source. Uncheck 'Local File': In the properties of the Media Source, uncheck 'Local File'. Enter RTSP URL: In the 'Input' field, enter the RTSP URL of your camera or NVR. Adjust Settings: You can adjust other settings as needed, such as buffering. Step 3: Configure OBS for Streaming Stream Settings: Set up your streaming output settings in OBS according to the platform you are streaming to (like UA-cam, Twitch, etc.). Resolution and Frame Rate: Adjust these settings based on the capabilities of your IP camera and your internet bandwidth. Step 4: Test Your Stream Preview the Stream: Before going live, preview the stream in OBS to ensure the camera feed is working correctly. Check Audio: If you need audio from the camera, make sure it's also being captured. Additional Tips Network Stability: Ensure your network is stable and can handle the streaming, especially if multiple cameras are involved. Camera Settings: Adjust the settings on your camera or NVR for optimal streaming quality. Security: Ensure your network and camera/NVR are secured, especially since you are streaming content over the internet. OBS Updates: Keep OBS updated to the latest version for the best performance and compatibility. Using this method, you can stream live footage from your backyard nest box without the need for additional hardware like a video capture card. The key is to correctly set up the network stream from your camera or NVR to OBS.
i need help i have 2 cameras one in my backyard and the other one installed in my front door my backyard no problem but my front door cameras is not showing anything. i follow the instruction but no luck at all .
Hello! If your PTZOptics camera is not showing up in OBS (Open Broadcaster Software) as an IP camera viewer, there are several troubleshooting steps you can take to resolve this issue. Let's go through them: 1. Check Network Connection: - Ensure that your camera is properly connected to the network. Verify that both the camera and the computer running OBS are on the same network subnet. 2. Verify Camera IP Address: - Check the IP address of the PTZOptics camera. You can usually find this information on the camera itself, through its menu, or by using an IP scanner tool on your network. Once you have the IP address, try pinging it from your computer to ensure it's reachable. 3. Update Camera Firmware: - Make sure your PTZOptics camera is running the latest firmware, as this can resolve many compatibility and functionality issues. 4. Configure OBS Correctly: - In OBS, you need to add your camera as a media source. Go to 'Sources' > '+ Add' > 'Media Source' or 'VLC Video Source'. - Input the RTSP stream URL of your camera. The general format is rtsp://[IP_ADDRESS]/1 (the '/1' at the end is commonly used for PTZOptics cameras for the high-quality stream; '/2' can be used for a lower quality stream). 5. Check Firewall and Antivirus Settings: - Sometimes, firewall or antivirus settings on your computer can block the connection. Check to make sure OBS and the RTSP stream are allowed through your firewall. 6. Camera Settings: - Access the camera settings through its web interface (using the camera's IP address in a web browser) and ensure that RTSP or the relevant streaming protocol is enabled. 7. Test with Another Application: - To isolate the issue, try viewing the camera's stream with another application, like VLC media player. If it works there, the issue is likely with OBS or its configuration. 8. Reboot Devices: - Sometimes, simply rebooting your camera, computer, and network equipment can resolve connection issues. If after following these steps, your camera still doesn't show up in OBS, please provide more details about your setup, such as the camera model, how it's connected to the network, and any specific settings you have configured. This will help in giving more targeted advice.
Yes there is a way. We are going to post a video on the PTZOptics channel soon. As long as you are using NDI sources or an NDI output via OBS you can use NDI Bridge to do so
Hey Steve, Paul's video mentioned in the above comment will be released on October 25th at 2 PM. You can just turn that subscription bell on to be notified before it's live.
To connect OBS (Open Broadcaster Software) with a device in AP (Access Point) mode, typically involving a camera or a streaming device that creates its own Wi-Fi network, you need to follow a series of steps. This process generally involves connecting your computer to the device's network and then using OBS to capture the stream. Here's a general guide: Step 1: Connect to the Device's Network Turn on AP Mode on Your Device: Ensure that the device (e.g., camera) you want to connect with OBS is set to AP mode. This should create a Wi-Fi network. Find the Network Credentials: Use the manufacturer-provided username and password to access this network. Connect Your Computer to This Network: On your computer, open your Wi-Fi settings and connect to the device's network using the provided credentials. Step 2: Obtain Stream URL or IP Address Find the Device's IP Address or Stream URL: Once connected, you'll need the device's IP address or a specific stream URL to connect it to OBS. This information is often provided in the device's manual or web interface. Access Device's Web Interface (if applicable): Some devices have a web interface you can access via a browser by entering the device's IP address. Step 3: Set Up OBS Open OBS: Launch OBS Studio on your computer. Add a New Source: Click the '+' button in the 'Sources' panel. Choose the Appropriate Source Type: For direct camera feeds, select 'Media Source' or 'Video Capture Device'. If you have a stream URL, use 'Media Source' and uncheck 'Local File', then input the stream URL. Enter the Device's Stream Information: Input the IP address or stream URL in the properties of the source you just added. Configure the Source: Adjust any necessary settings such as resolution, frame rate, etc. Step 4: Test the Connection Check the Stream: Ensure the video (and audio, if applicable) from the device is correctly displaying in OBS. Adjust Sync Settings: If there is any delay, you might need to adjust the sync settings in OBS. Additional Considerations Network Stability: AP mode relies on Wi-Fi, which can be subject to interference and stability issues. Ensure a strong connection. Security: Be aware that connecting to different networks might pose security risks, so ensure all connections are secure. Compatibility: Make sure your device's output is compatible with OBS. Some formats or protocols might require additional configuration. Firewall and Antivirus Software: Sometimes, these can block connections. Ensure OBS is allowed through any firewall or antivirus software. This process can vary depending on the specific device and its capabilities.
You could try asking if anyone else has tried to do this before in our Facebook User Group for OBS! facebook.com/groups/OBSUSERS?modal=false&should_open_composer=false&hoisted_section_header_type=notifications&show_migration_preparation_dialog=false&show_migration_onboarding_dialog=false - Lindsey :)
Hello! To use OBS as an IP camera viewer for a camera like Tapo that has a password, you'll need to ensure OBS can access the camera stream, considering the authentication required. Here's a general approach to setting this up: 1. Find the RTSP URL of Your Tapo Camera RTSP URL: First, you need the RTSP (Real-Time Streaming Protocol) URL of your Tapo camera. This URL is what OBS will use to access the camera's stream. Consult Documentation: Check the camera's manual or manufacturer's website for information on how to obtain the RTSP URL. It usually follows a format like rtsp://username:password@cameraIP:port/stream. Include Credentials: In the RTSP URL, you'll need to include the camera's username and password. This is how OBS will authenticate with the camera. 2. Add the Camera in OBS Open OBS: Launch OBS Studio on your computer. Add a Media Source: Go to the ‘Sources’ panel, click the ‘+’ button, and choose ‘Media Source’. Give it a name that represents your Tapo camera. Input the RTSP URL: Uncheck the ‘Local File’ checkbox and enter the RTSP URL of your Tapo camera in the ‘Input’ field. Adjust Settings: You might need to adjust additional settings based on your camera's specifications, like the ‘Use hardware decoding’ option for smoother playback. 3. Troubleshooting Common Issues Authentication Problems: Double-check that the username and password in the RTSP URL are correct. These credentials are case-sensitive. Firewall or Network Issues: Ensure that your firewall or network settings are not blocking OBS from accessing the camera. The camera and computer should ideally be on the same network. Firmware Updates: Make sure your Tapo camera has the latest firmware, as updates often include improvements for streaming compatibility. 4. Testing and Adjusting Preview the Stream: Once added, you should see the camera feed in OBS. If not, recheck the RTSP URL and network settings. Optimize Performance: Depending on the camera's output and your computer's capabilities, you might need to adjust the resolution or frame rate for optimal performance. Conclusion Accessing a password-protected Tapo camera in OBS requires the correct RTSP URL with embedded credentials. Make sure your network settings allow for this type of streaming and that all credentials and URLs are entered correctly. If issues persist, consulting the camera’s support documentation or reaching out to their customer service can provide additional guidance.
Hello! Using OBS (Open Broadcaster Software) to view an IP camera that requires a login ID and password involves embedding these credentials into the camera's stream URL. Most IP cameras use the RTSP (Real-Time Streaming Protocol) for their video feeds, and OBS can connect to these streams if you provide the correct URL format. Steps to Embed Credentials in the Stream URL: Identify the Stream URL: First, you need to know the RTSP URL format for your camera. This typically looks like rtsp://[IP address]/[path]. You can usually find this information in the camera's manual or web interface. Embed Credentials: Modify the URL to include the username and password. The format generally looks like this: rtsp://[username]:[password]@[IP address]/[path]. Example: If your username is admin, your password is password123, and your camera's IP address and path are 192.168.1.10/stream, the URL would be: rtsp://admin:password123@192.168.1.10/stream. Add the URL to OBS: In OBS, click the '+' button under the 'Sources' box to add a new source. Choose 'Media Source' and give it a name. Uncheck 'Local File' and enter the modified RTSP URL in the 'Input' field. Click 'OK' to add the source. Important Considerations: Network Security: Embedding credentials in the URL can pose a security risk if the information is exposed. Ensure your network is secure. Firewall and Network Settings: Make sure your network or computer's firewall settings are not blocking OBS from accessing the camera. Both OBS and the camera should be on the same network. Camera Configuration: Double-check the camera settings to ensure RTSP streaming is enabled and you have the correct path for the stream. Camera Accessibility: Test the camera's RTSP stream using a different application (like VLC Media Player) to ensure the stream is accessible with the credentials. Troubleshooting: Connection Issues: If OBS cannot connect to the camera, verify the accuracy of the RTSP URL and credentials. Updating Software: Ensure both your camera firmware and OBS software are up to date. Latency and Buffering: Adjust the buffering settings in OBS if you experience latency or connection issues with the stream. By following these steps, you should be able to use OBS to view your IP camera that requires a login ID and password. Remember to handle your login credentials securely to maintain the safety of your network and devices.
Hi, we would suggest joining our Facebook user group full of well-versed live streamers to ask you more technical questions in! Hope this helps :) - Linds facebook.com/groups/OBSUSERS
@@PTZOptics thanks for the reply. I ended up making my own DVR recording system. Took me about 6 months to make it from scratch. Using C and FFMPEG. I can also use state of the art machine vision and artificial intelligence with it. Doing face recognition.
Hey Mr. Wallace, OBS (Open Broadcaster Software) is not opening or recognizing your IP cameras, there could be several reasons behind this issue. Here are some common factors to consider and steps to troubleshoot: 1. Incorrect Stream URL URL Format: Ensure you're using the correct RTSP or HTTP URL format for your IP camera. This usually looks like rtsp://username:password@IPaddress:port/path. Camera Documentation: Refer to your IP camera's documentation to find the exact stream URL format and path. 2. Network Issues Same Network: Verify that both the computer running OBS and the IP camera are on the same network. Firewall or Antivirus: Check if your firewall or antivirus software is blocking OBS from accessing the network. 3. Compatibility and Codec Issues Supported Formats: OBS may not support certain video codecs or streams. Ensure your IP camera is using a common format like H.264. OBS Version: Make sure you're using the latest version of OBS, as updates can include new compatibility fixes. 4. OBS Source Configuration Media Source: In OBS, add your IP camera using the 'Media Source' option. Disable 'Local File' and input your camera's stream URL. VLC Video Source: Alternatively, you can use the 'VLC Video Source' if you have VLC installed. This can sometimes handle different stream types better. 5. Camera Settings Access Permissions: Ensure that your camera’s settings allow for RTSP or HTTP streaming and that there are no IP restrictions. Username and Password: If your camera is protected with a username and password, make sure they are correctly entered in the stream URL. 6. Bandwidth and Performance Network Bandwidth: Insufficient network bandwidth can cause issues with accessing IP camera streams. Camera and OBS Settings: Lowering the resolution or frame rate on the camera might help if performance or bandwidth is an issue. 7. Test the Camera Stream External Testing: Use a different tool (like VLC Player) to test the camera's stream URL. If it works in VLC but not in OBS, the issue is likely with OBS's configuration or compatibility. 8. OBS Log Files Check Logs: OBS log files can provide insights into what might be going wrong. Access this via Help > Log Files in OBS. 9. OBS Plugins Additional Plugins: Some OBS plugins can enhance compatibility with various video sources, including IP cameras. 10. Consult OBS Community Forums and Support: If you continue to experience issues, consider seeking help from the OBS community or forums. By systematically checking these aspects, you should be able to diagnose and solve the issue of OBS not opening your IP cameras.
Hey Michael, Using OBS (Open Broadcaster Software) to view an IP camera that requires a login ID and password involves embedding these credentials into the camera's stream URL. Most IP cameras use the RTSP (Real-Time Streaming Protocol) for their video feeds, and OBS can connect to these streams if you provide the correct URL format. Steps to Embed Credentials in the Stream URL: Identify the Stream URL: First, you need to know the RTSP URL format for your camera. This typically looks like rtsp://[IP address]/[path]. You can usually find this information in the camera's manual or web interface. Embed Credentials: Modify the URL to include the username and password. The format generally looks like this: rtsp://[username]:[password]@[IP address]/[path]. Example: If your username is admin, your password is password123, and your camera's IP address and path are 192.168.1.10/stream, the URL would be: rtsp://admin:password123@192.168.1.10/stream. Add the URL to OBS: In OBS, click the '+' button under the 'Sources' box to add a new source. Choose 'Media Source' and give it a name. Uncheck 'Local File' and enter the modified RTSP URL in the 'Input' field. Click 'OK' to add the source. Important Considerations: Network Security: Embedding credentials in the URL can pose a security risk if the information is exposed. Ensure your network is secure. Firewall and Network Settings: Make sure your network or computer's firewall settings are not blocking OBS from accessing the camera. Both OBS and the camera should be on the same network. Camera Configuration: Double-check the camera settings to ensure RTSP streaming is enabled and you have the correct path for the stream. Camera Accessibility: Test the camera's RTSP stream using a different application (like VLC Media Player) to ensure the stream is accessible with the credentials. Troubleshooting: Connection Issues: If OBS cannot connect to the camera, verify the accuracy of the RTSP URL and credentials. Updating Software: Ensure both your camera firmware and OBS software are up to date. Latency and Buffering: Adjust the buffering settings in OBS if you experience latency or connection issues with the stream. By following these steps, you should be able to use OBS to view your IP camera that requires a login ID and password. Remember to handle your login credentials securely to maintain the safety of your network and devices.
Thank you for explaining this and writing it all out. I'm not an idiot when it comes to technology, but I find so many super nerds just give you links to entire instruction manuals and wiki's instead of just helping you with the bit you need. I'd been searching for an hour, but after finding this I was sorted in 2 minutes. Thank you very much.
it is not giving me what I need !these so called super nerds suck at teaching !they assume you know more than you do !
worked first try. thank you!
one thing you are missing though, is at 2:54 is that the input source should be "Media Source"
My biggest issue was guessing which input source has the settings available for this.
Thanks, Jeff!
It is shown at about 1:08
Amazing tutorial, can be applied to any sort of ip camera. I use mobile phones as IP cameras over Wifi, I'm pretty happy with the result.
Thanks, Glad you enjoyed!
Learn More: ptzoptics.com/
its not working
Hello, What part is not working for you?
😂
tutorial doesn't tell from where get ip adress, i have wifi, and ip camera connected to onboard lan
Came across too... When you click "Media Input" you need to unclick "Local File" and it will show the fields he shows here... hope this helps.
Any reason why Chrome flags this OBS extension download as malicious and blocks it while I have never seen this with any other extension?
Hello!
Using OBS (Open Broadcaster Software) as an IP camera viewer is a common approach to monitor and stream video from IP cameras. If you're encountering issues with Chrome flagging an OBS extension download as malicious, it could be due to a few reasons, including the source of the download or Chrome's security settings. Let's address both how to set up OBS as an IP camera viewer and the potential issues with the download.
Setting Up OBS as an IP Camera Viewer
Install OBS Studio:
Download and install OBS Studio from the official website: OBS Studio Download
Add an IP Camera Source in OBS:
Open OBS Studio.
Click the "+" button under the "Sources" box and select "Media Source."
Name the source (e.g., "IP Camera 1") and click "OK."
In the properties window, uncheck "Local File."
In the "Input" field, enter the URL of your IP camera stream. This usually looks something like rtsp://username:password@ip_address:port/stream.
Adjust other settings as needed and click "OK."
Adjust Settings:
Make sure the video format and resolution are set correctly to match the output of your IP camera.
You can add multiple IP cameras by repeating the steps above and adding additional Media Sources.
Handling Chrome Download Warnings
If Chrome is flagging an OBS extension or plugin download as malicious, consider the following steps:
Download from Trusted Sources:
Ensure you are downloading the extension or plugin from a reputable and official source. For OBS, the official repository is often the safest place to get extensions and plugins.
Example: OBS Plugin Repository
Check for False Positives:
Sometimes, Chrome can give false positives. If you are certain that the source is trusted, you can override Chrome's warning:
Click on the "Show all" button next to the warning in the Downloads bar.
Click on "Keep dangerous file."
If prompted, confirm that you want to keep the file.
Scan the File:
Before installing, scan the file with your antivirus software to ensure it's safe. This provides an additional layer of security.
Update Chrome and Security Settings:
Make sure your Chrome browser is up to date. Outdated versions may have stricter or inaccurate security measures.
Check Chrome’s security settings under Settings > Privacy and security. Ensure that the security level is set appropriately for your needs.
Example of a Trusted Source for OBS Plugins
WebSocket Plugin for OBS: WebSocket Plugin
NDI Plugin for OBS: NDI Plugin
Summary
By ensuring you download OBS plugins from trusted sources and understanding how to manage Chrome's security warnings, you can safely set up OBS as an IP camera viewer. Always verify the source and scan the files before installation to maintain a secure system. If you encounter any specific issues or need further assistance, feel free to ask!
Thanks for checking out our Channel!
Learn More: ptzoptics.com/
I have tried this, however I am getting horrible lag on the IP cameras, which is really screwing up lip-sync.
You may want to try NDI cameras
You can use Advanced Audio Properties in OBS to create an audio Sync Offset to match your video stream's latency. If you are still struggling feel free to reach out to support@ptzoptics.com ! :)
do you experience delay while using media stream in obs ?
Have you tried opening the stream outside OBS to see whether the delay is part of the stream?
Hello!
In general, experiencing a delay when streaming with OBS can be influenced by several factors:
Network Speed and Stability: Streaming over a wireless network or a network with limited bandwidth can cause delays. A stable and fast wired connection is usually recommended for streaming.
Computer Hardware: The processing power of the computer used for streaming can impact the performance. Insufficient CPU or GPU power might lead to delays.
Camera and OBS Settings: The configuration of the camera and OBS can also affect the stream's latency. This includes settings like the video format, resolution, frame rate, and buffering.
Encoding Settings: The choice of encoder (hardware vs. software) and its settings in OBS can contribute to the delay.
To troubleshoot, you might consider checking your network connection, ensuring your computer meets the hardware requirements for streaming, and experimenting with different camera and OBS settings. Additionally, reducing the resolution or frame rate can sometimes help to reduce delay.
I know we can view multiple cams, but can we record multiple camera in one screen.....Pls let me know.
Hello!
You can record Iso recordings in vMix. OBS (Open Broadcaster Software) itself does not natively support ISO recording in the way that some other software or hardware switchers do. ISO recording typically refers to the ability to record individual inputs (such as each camera feed) separately, in addition to recording the main program output.
However, you can approximate ISO recording in OBS with a workaround:
Workaround for ISO Recording in OBS
Multiple Instances of OBS: You can run multiple instances of OBS simultaneously. Each instance of OBS can be set up to capture and record a different source.
Setup for Each Source:
Open a new instance of OBS for each source you want to record.
In each instance, set up the source you want to record as an individual scene.
Go to 'Settings' > 'Output' and configure the recording settings.
Start Recording Individually: Manually start recording on each OBS instance to record each source separately.
Synchronization: To synchronize these recordings in post-production, you might need to use a clap or a similar audio cue at the start.
Limitations and Considerations
Resource Intensive: Running multiple instances of OBS can be resource-intensive, depending on the number of sources and the capabilities of your computer.
Complex Setup: Managing multiple OBS instances can be more complex and may require careful configuration to ensure each source is captured correctly.
Synchronization in Post-Production: Synchronizing these separate recordings in post-production will require additional work.
Alternative Software
If you require a more streamlined solution for ISO recording, you might consider specialized software or hardware switchers designed for multi-source recording.
Future Updates
OBS is an actively developed open-source project, and new features are regularly added. It’s worth keeping an eye on future updates to see if native ISO recording capabilities are introduced.
Conclusion
While OBS doesn't natively support ISO recording in the traditional sense, you can use the workaround of running multiple instances of OBS, each recording a different source. This method requires a capable computer and some additional setup and post-production effort. For more advanced needs, dedicated software or hardware solutions might be necessary.
god tier
Let's Goooo!
Thanks for checking out our Channel!
Learn More: ptzoptics.com/
hi, thank you for the video. very good explaination. I have a little problem with rtsp protocol: I have a 2 seconds delay vizualization. Is there a way to resolve it? Thank you
Hi!
Experiencing a delay when using RTSP (Real-Time Streaming Protocol) feeds in OBS (Open Broadcaster Software) is relatively common due to the nature of network streaming. However, there are several strategies you can try to reduce this delay:
1. Reduce Buffering in OBS
When adding the RTSP feed as a media source in OBS, you can try reducing the buffering.
Right-click the media source > Properties, and look for an option related to buffering. Set it to a lower value or even try setting it to zero.
2. Optimize Camera Settings
Lower the Resolution or Frame Rate: Sometimes, reducing the resolution or frame rate on the camera can reduce delay.
Adjust Compression Settings: If the camera allows, adjusting compression settings (like using a more efficient codec) can help.
3. Network Optimization
Wired Connection: Use a wired connection instead of Wi-Fi for both the camera and the streaming computer, as it provides a more stable and faster connection.
Improve Network Infrastructure: Ensure that your network equipment (routers, switches) is capable of handling high-quality video streaming without bottlenecks.
4. Use a Faster Decoder
Hardware Acceleration: If available, enable hardware acceleration in OBS or in the camera settings. This utilizes your computer's GPU for faster decoding of the video stream.
5. Camera-Specific Settings
Some cameras have settings for stream optimization. Check the camera’s web interface for any low-latency or streaming-specific options.
6. Alternative Software
VLC Source: Instead of a direct RTSP media source, use VLC media player to capture the RTSP stream and then capture VLC window in OBS. This can sometimes result in lower latency.
Dedicated RTSP Software: There are software solutions specifically designed for handling RTSP streams with lower latency. These can be used in conjunction with OBS.
7. Update Firmware and Software
Camera Firmware: Ensure your camera’s firmware is up to date.
OBS Updates: Regularly update OBS to the latest version.
8. Check Camera and Network Load
Single Stream: If the camera offers multiple streams, ensure OBS is using a dedicated stream.
Network Traffic: High network traffic can increase latency. Check for other heavy network usage on your network.
9. Contact Manufacturer Support
If the issue persists, consider reaching out to the camera manufacturer for support. They might provide firmware or settings tailored for low-latency streaming.
Conclusion
Reducing RTSP delay in OBS often involves a combination of software settings, network infrastructure improvements, and possibly hardware upgrades. Keep in mind that a certain level of delay is inherent in network-based video streaming, especially over RTSP, but these steps can help minimize it.
I went through all the steps, but I still see no video. What could I have done wrong
Sometimes, when using OBS, the first time you add a new source such as an IP video feed or video file the content will not "activate" until the first time you set it from preview to live. This behavior can be adjusted in the source settings with regards to starting playback when source goes live, pausing when switched, etc... If simply switching the source does not resolve your issue please feelfree to post this question on our Facebook user group or on our support run forum available here: help.ptzoptics.com/support/discussions
Can you do a video showing the ip camera setup for a camera that HAS NOT been set up yet? That is start with a black screen. Thanks.
Hi!
Using OBS (Open Broadcaster Software) as an IP camera viewer involves adding your camera's stream as a source within OBS. If you're starting with a black screen in OBS, it means you haven't yet added any sources.
Here's a step-by-step guide to set up an IP camera stream in OBS:
Step 1: Open OBS
Launch OBS Studio. You will see a black screen, which is the default scene with no sources added.
Step 2: Add a New Source
Create a New Scene (Optional): You can start with the default scene or create a new one by right-clicking in the 'Scenes' box and selecting 'Add.' Name your scene (e.g., "IP Camera").
Add a New Source: In the 'Sources' box, click the '+' button to add a new source.
Step 3: Select Media Source
Choose 'Media Source' from the list of available sources. This allows you to add a video source that is not directly connected to your computer, such as an IP camera stream.
Step 4: Configure Media Source
Name the Source: Give your media source a name, for example, "IP Camera Stream."
Media Source Settings: In the properties window for the media source:
Uncheck 'Local File' to enable streaming from a network URL.
In the 'Input' field, enter the URL of your IP camera stream.
This is typically an RTSP (Real-Time Streaming Protocol) URL, which usually looks something like rtsp://[username]:[password]@[IP address]/[path].
Step 5: Adjust Media Source Settings
Buffering: If you experience latency or sync issues, you can adjust the buffering settings. Sometimes setting buffering to 'Minimal' can reduce latency.
Audio Settings: If your IP camera transmits audio and you want to include it, make sure 'Use audio input' is checked.
Step 6: Resize and Position Your Source
Once the IP camera feed appears in OBS, you can click and drag the edges of the feed in the preview window to resize it. You can also position it wherever you want within the scene.
Step 7: Test Your Setup
Preview the Stream: Ensure that the camera feed is displaying correctly in OBS. You might want to test the stream for a while to check stability and performance.
Adjustments: If needed, return to the source settings to make further adjustments for optimal streaming quality.
Step 8: Troubleshooting Tips
If the stream doesn't appear, recheck the stream URL and ensure your IP camera is correctly set up for network streaming.
Make sure your firewall or network settings are not blocking OBS's access to the IP camera stream.
Verify that the IP camera is operational and accessible from the network you are on.
Using OBS as an IP camera viewer is an effective way to bring network camera feeds into your streaming or recording setup. Remember that the quality and stability of the stream will depend on your camera and network performance.
I was looking for how to connect my phone to streamlabs or obs using a screen mirroring app through my wifi, i thought i had to put it in the brower because it was giving me an ip adress but it was in media files, it doesnt make sense. Also the app doesnt explain anything on what to do to get the stream on vlc and obs, i spended many hours trying to find out. So thanks, it helped me.
Check out the OBS Superuser Guidebook we just released and read/watch the chapter on NDI
Here's a link to the StreamGeeks OBS Superuser Guidebook: Get the book free here - streamgeeks.us/obs-superuser/
very good work, MY IP Cameras are connected. My next challenge is to try to connect wirelessly to panasonic handycams. Any thoughts on how to do this as they are DLNA HC-VX1 light 4k models. I can connect them to the network and they have ip addresses.
Hello!
Connecting Panasonic HC-VX1 camcorders (or similar models) wirelessly to OBS (Open Broadcaster Software) for live streaming can be a bit challenging, as these cameras typically don't offer a direct way to output a live video feed over a network in a format that OBS can easily use. However, there are a few potential workarounds you might consider:
1. Use Panasonic's Mobile App as an Intermediate Step
Some Panasonic cameras can connect to a mobile app, which might offer live streaming or video output capabilities. Here's a potential workflow:
Connect Camera to App: Connect your Panasonic camera to its dedicated mobile app over Wi-Fi.
Screen Capture the App: Use a screen capture tool to capture the video feed from the app.
Stream to OBS: You can then use OBS to capture this screen and integrate it into your live stream. This can be done by using OBS's 'Window Capture' or 'Display Capture' source to capture the screen of the device running the app.
2. HDMI Wireless Transmitter
If your camera supports HDMI output:
HDMI Wireless Transmitter: Use an HDMI wireless transmitter to send the camera's live feed to a receiver connected to your streaming computer.
Capture Card: Connect the receiver to a capture card on your computer, and then add the capture card as a source in OBS.
3. DLNA Streaming (Not Typically Suitable for Live Streaming)
DLNA (Digital Living Network Alliance) is more often used for accessing recorded media on the network, not for live streaming. It's unlikely that the camera's DLNA capabilities will be helpful for live streaming to OBS.
4. Check for Any Proprietary Streaming Solutions
Some camera manufacturers offer proprietary solutions or software for streaming video from their cameras over a network. Check if Panasonic provides any such software for your camera model.
5. Consider Other Camera Options
If live streaming is a critical requirement and these workarounds are not viable, you might need to consider other camera options known to support live streaming over Wi-Fi more directly.
6. Consult Panasonic's Documentation or Support
Check the user manual or contact Panasonic's support for any specific instructions or software that might be available for streaming live video from your camera model.
Conclusion
While certain Panasonic camcorders might not natively support straightforward wireless live streaming in a way that OBS can directly use, using a combination of screen capturing from a mobile app or employing a wireless HDMI transmitter with a capture card are potential workarounds. However, these methods might introduce some latency and may not match the simplicity and quality of a camera with built-in live streaming capabilities over IP.
Thanks A lot, Helped It much😊
Glad it helped!
Thanks for checking out our Channel!
Learn More: ptzoptics.com/
the rtsp address works in vlc since I can add a username and password, but now in OBS
Hello!
If the RTSP address of your IP camera works in VLC with a username and password but not in OBS, it's likely an issue with how the credentials are being inputted in OBS. Here’s how to properly format the RTSP URL with embedded credentials in OBS:
Embedding Credentials in RTSP URL
Format the RTSP URL with Credentials: In OBS, you need to embed the username and password directly into the RTSP stream URL.
The general format is: rtsp://username:password@camera-ip-address/path
username: Your camera's username.
password: Your camera's password.
camera-ip-address: The IP address of your camera.
path: The specific path to the RTSP stream (refer to your camera's documentation).
For example: rtsp://admin:12345@192.168.1.100/stream.
Steps to Add Camera in OBS
Open OBS Studio: Start OBS and go to the scene where you want to add the camera.
Add a Media Source: Click the '+' sign under 'Sources' and select 'Media Source'. Give it a name, like 'IP Camera'.
Media Source Settings: Uncheck 'Local File'. In the 'Input' field, enter the RTSP URL with your embedded credentials.
Configure Additional Settings: Adjust buffering and other settings as needed. If you experience latency, try setting the buffering to a lower value.
Troubleshooting
Check the URL: Ensure that there are no typos in the URL and that it matches the format required by your camera.
Test in VLC: Double-check that the URL with the credentials works in VLC Player.
Firewall and Network Settings: Ensure your computer’s firewall or network settings are not blocking OBS's access to the camera.
Camera Settings: Verify the camera’s RTSP settings and ensure it allows for external connections.
Considerations
Security: Embedding credentials in the URL can pose a security risk. Make sure your network is secure and only authorized personnel have access to OBS.
Camera Compatibility: Some cameras have specific requirements or paths for RTSP streams. Refer to your camera’s documentation for the exact path and settings.
By following these steps, you should be able to successfully view your IP camera’s RTSP stream in OBS using the necessary login credentials. Remember to handle and store your login credentials securely to maintain network and device security.
Is there a way to program certain routes for the ptzoptics? we've got three in our church and would like some zoom shots or slow pan shots without touching the controller because of user error.
This is something we are working on adding very soon.
@@StreamGeeks that is absolutely brilliant! Do you need beta testers? I would absolutely love to put some time into this.
Thanks for checking out our Channel!
Learn More: ptzoptics.com/
I just a second hand IP camera and I just cant seem to grasp how to set it up with OBS, I know Im doing something wrong, I just dont know what
Hello!
Using OBS (Open Broadcaster Software) as an IP camera viewer involves adding your camera's stream as a source within OBS. If you're starting with a black screen in OBS, it means you haven't yet added any sources. Here's a step-by-step guide to set up an IP camera stream in OBS:
Step 1: Open OBS
Launch OBS Studio. You will see a black screen, which is the default scene with no sources added.
Step 2: Add a New Source
Create a New Scene (Optional): You can start with the default scene or create a new one by right-clicking in the 'Scenes' box and selecting 'Add.' Name your scene (e.g., "IP Camera").
Add a New Source: In the 'Sources' box, click the '+' button to add a new source.
Step 3: Select Media Source
Choose 'Media Source' from the list of available sources. This allows you to add a video source that is not directly connected to your computer, such as an IP camera stream.
Step 4: Configure Media Source
Name the Source: Give your media source a name, for example, "IP Camera Stream."
Media Source Settings: In the properties window for the media source:
Uncheck 'Local File' to enable streaming from a network URL.
In the 'Input' field, enter the URL of your IP camera stream. This is typically an RTSP (Real-Time Streaming Protocol) URL, which usually looks something like rtsp://[username]:[password]@[IP address]/[path].
Step 5: Adjust Media Source Settings
Buffering: If you experience latency or sync issues, you can adjust the buffering settings. Sometimes setting buffering to 'Minimal' can reduce latency.
Audio Settings: If your IP camera transmits audio and you want to include it, make sure 'Use audio input' is checked.
Step 6: Resize and Position Your Source
Once the IP camera feed appears in OBS, you can click and drag the edges of the feed in the preview window to resize it. You can also position it wherever you want within the scene.
Step 7: Test Your Setup
Preview the Stream: Ensure that the camera feed is displaying correctly in OBS. You might want to test the stream for a while to check stability and performance.
Adjustments: If needed, return to the source settings to make further adjustments for optimal streaming quality.
Troubleshooting Tips
If the stream doesn't appear, recheck the stream URL and ensure your IP camera is correctly set up for network streaming.
Make sure your firewall or network settings are not blocking OBS's access to the IP camera stream.
Verify that the IP camera is operational and accessible from the network you are on.
Using OBS as an IP camera viewer is an effective way to bring network camera feeds into your streaming or recording setup. Remember that the quality and stability of the stream will depend on your camera and network performance.
Looking to do this just with local webcams on the USB hub(s).
Hello! Using a USB webcam in OBS (Open Broadcaster Software) as an IP camera viewer involves a few steps. Here's a general guide on how to do it:
Setting Up the USB Webcam
Connect Your USB Webcam:
Plug your USB webcam into your computer.
Open OBS:
Launch OBS Studio on your computer.
Add Webcam as a Source:
In OBS, go to the 'Sources' panel at the bottom.
Click on the '+' button to add a new source.
Select 'Video Capture Device'.
Name the source and click 'OK'.
From the 'Device' dropdown, select your USB webcam.
Configure the properties (resolution, frame rate, etc.) as needed.
Click 'OK' to add the webcam to your scene.
Using the USB Webcam as an IP Camera Viewer
To use your USB webcam as an IP camera viewer, you'll typically need to capture the stream from the IP camera and display it through OBS. Here's a basic method to do that:
Get IP Camera Stream URL:
Find the RTSP or HTTP stream URL of your IP camera. This usually looks something like rtsp://[IP_ADDRESS]/[STREAM_PATH] or [IP_ADDRESS]/[STREAM_PATH].
Add IP Camera Stream in OBS:
In OBS, go to the 'Sources' panel.
Click on the '+' button and select 'Media Source'.
Uncheck 'Local File' and enter the stream URL of your IP camera in the 'Input' field.
Click 'OK' to add the stream to your scene.
Position and Resize Sources:
You can position and resize both your USB webcam source and your IP camera stream in the OBS scene to your liking.
Additional Notes:
Latency: Be aware that there might be some latency or delay when viewing an IP camera stream in OBS, depending on the network and camera settings.
Compatibility: Ensure your IP camera's stream is compatible with OBS. Some formats or protocols might not be supported directly.
Software Updates: Always make sure you are using the latest version of OBS for the best compatibility and features.
This setup allows you to view both your USB webcam and your IP camera stream within the same OBS scene, which can be useful for various streaming or monitoring purposes.
@@PTZOptics Holy Cow! Thank you! I very much appreciate you sharing this! Can't wait to give this a shot! Mucho appreciated.
Is there anyway to stream on UA-cam when OBS and they camera are on different internets?
Hello!
Streaming to UA-cam when your OBS software and the camera are on different internet connections can be challenging but is certainly possible with the right setup. This scenario might occur if, for example, your camera is set up at a remote location, or if you're trying to incorporate footage from a distant source into your live stream.
Here are a few methods to achieve this:
1. Use an RTMP Server
An RTMP (Real-Time Messaging Protocol) server can act as a middleman to receive the video feed from your camera and then stream it to OBS. You can set up your own RTMP server using software like Nginx with the RTMP module, or use cloud services that offer RTMP server capabilities. Here’s a simplified process:
Camera Setup: Configure your camera to stream to your RTMP server's address.
OBS Configuration: In OBS, add a media source that points to the RTMP server's stream URL.
Stream to UA-cam: OBS can then broadcast the combined feed (including the remote camera feed) to UA-cam.
2. NDI Tools Over VPN
If your camera supports NDI, a network device interface protocol designed for high-quality video transport over IP networks, you can use NDI tools to send the camera feed over the internet. Because NDI is typically used on local networks, you would need a VPN (Virtual Private Network) to securely connect your camera's network with the network where OBS is running:
VPN Setup: Establish a VPN connection between the two networks.
NDI Tools: Use NDI tools on both ends to send and receive the video feed.
Add NDI Source in OBS: Within OBS, add the NDI source coming from the camera.
3. Cloud-Based Video Production Platforms
Several cloud-based platforms (e.g., Restream, StreamYard) allow you to bring in remote video feeds directly into a live production environment, which can then stream to UA-cam. These services often support inviting remote cameras via a simple web link:
Setup Your Stream: Create a new live stream session on the platform and configure it to stream to UA-cam.
Invite Remote Cameras: Use the platform's feature to invite a remote camera (your distant camera source) to the live session.
Manage Production: You can switch between different video sources, add overlays, and manage your live production from the cloud platform.
4. Direct Streaming Platforms
For a more straightforward setup, you could directly stream from your camera to UA-cam and use OBS for adding overlays or additional content by capturing the UA-cam stream window. However, this approach can introduce significant latency and is generally less flexible.
Choosing the Right Method
The best method depends on your specific requirements, such as the need for real-time interaction, video quality, and the complexity you're willing to manage. RTMP servers offer great flexibility but require technical setup, NDI over VPN is excellent for high-quality feeds but also involves complex networking, and cloud-based platforms provide simplicity and ease of use at the cost of subscription fees or reduced control.
Remember, streaming over the internet introduces latency, so real-time interaction between the camera location and OBS might have delays. Always test your setup thoroughly before going live to ensure the best viewer experience.
Thanks for checking out our Channel!
Learn More: ptzoptics.com/
Add source: Media Source : Input = RSTP URL for the stream
Thanks for checking out our Channel!
Learn More: ptzoptics.com/
Many of us have successfully connected an ip camera to OBS using rtsp. However, also many of us are not seeing any video in preview. We have to go live to see the video in preview and the live window. Any thoughts or solutions? The question has been asked many times on the OBS forums but no answer has been given.
This is unfortunately a common bug with OBS. Our advice is to make sure you are checking the media source box that allows you to keep the RTSP live even when not connected.
Hello
My cam only uses MAC address.
I tried to follow up steps but it could not work out.
Please help
Hi Greenland Studio,
If your camera only provides a MAC address and doesn't have an easily identifiable IP address, you'll need to take a different approach to connect it to your network and access it, possibly for use in software like OBS. Here's a step-by-step guide to help you connect and identify your camera on the network:
Step 1: Connect Camera to Network
Physical Connection: Ensure your camera is physically connected to your network, either through Ethernet or Wi-Fi, depending on its capabilities.
Step 2: Find the Camera’s IP Address
Since you have the MAC address of the camera:
Access Your Router: Log into your router's web interface. This is usually done by entering the router's IP address (like 192.168.1.1 or 192.168.0.1) in a web browser.
Check Connected Devices: Look for a section in the router's interface that lists all connected devices. This might be labeled as “Device List,” “Attached Devices,” “DHCP Clients,” or something similar.
Match MAC Address: In the list of devices, locate the MAC address of your camera. Next to the MAC address, you should see the IP address that has been assigned to your camera.
Step 3: Configure Camera (If Necessary)
If your camera requires initial configuration or setup, you might need to access its web interface using the IP address you found. Enter the IP address in a web browser to access the camera’s settings.
Step 4: Test the Camera’s Stream
To ensure that your camera is working correctly on your network, you might want to test its stream. This can often be done through the camera's web interface or by using a network video stream testing tool.
Step 5: Use in OBS
Once you have your camera’s IP address, you can proceed to set it up in OBS as a media source (as previously described), using the appropriate stream URL, which often includes the camera's IP address.
Additional Tips
Static IP: It might be beneficial to assign a static IP address to your camera through your router's settings to ensure the IP address does not change.
Camera Documentation: Refer to your camera’s documentation for specific instructions on setup and configuration.
Firewall Settings: Ensure that any firewall on your network or computer is not blocking the camera or OBS.
Software and Firmware Updates: Make sure that your camera’s firmware and your networking equipment’s software are up to date.
If the Camera is Not Showing Up
If the camera does not appear in your router's device list, it might not be correctly connected to the network. Verify the connection and check if the camera requires specific setup steps to connect to a network.
By following these steps, you should be able to locate your camera on the network using its MAC address, find its IP address, and then proceed to set it up for streaming or remote viewing as needed.
This is awesome
Thanks for checking out our Channel!
Learn More: ptzoptics.com/
what if the ip of the camera is not showing up in the list for binding but my desktop is how to make it the same as ip camera ?
Hey TJ,
If you're trying to use OBS as an IP camera viewer and the camera's IP address is not showing up in the list for binding, or if it's on a different network segment than your desktop, it means there's a network configuration issue that needs to be resolved. Here are steps to address this:
1. Ensure Camera and Computer Are on the Same Network
Same Network: Verify that both your IP camera and desktop are connected to the same local network. This is essential for OBS to access the camera's stream.
2. Find the Camera’s IP Address
Router Interface: Check your router's admin interface to see if the camera is listed among connected devices. The IP address should be displayed there.
Camera Documentation: Consult the camera's manual for instructions on how to find its IP address. Some cameras have a default IP address or a method to retrieve it.
3. Set a Static IP for the Camera (Optional but Recommended)
Static IP: Assign a static IP address to the camera within your network's IP range to ensure it doesn't change. This setting is usually adjusted in the camera's web interface or through its software.
4. Check Network Segments and Subnets
Subnet Mismatch: Ensure that both the camera and your desktop are on the same subnet. For example, if your desktop is on 192.168.1.X, your camera should also have an IP like 192.168.1.Y.
5. Adjust Firewall and Security Settings
Firewall: Check if your computer’s firewall is blocking OBS from accessing the network. You may need to add an exception for OBS or open specific ports.
6. Manually Add Camera in OBS
Once you have the camera’s IP address and ensure network compatibility:
Go to OBS, add a new source, and select 'Media Source'.
Uncheck 'Local File', and in the input box, enter your camera’s stream URL, which typically looks like rtsp://[IP address]/[path]. Include credentials in the URL if required (rtsp://username:password@IP address/path).
7. Test the Camera Stream Independently
Use VLC Player: Before adding it to OBS, test the camera’s stream URL in a media player like VLC to ensure it’s active and accessible.
8. Network Equipment Settings
Quality of Service (QoS): If your network supports QoS settings, prioritize your camera and OBS traffic to improve connectivity.
9. Reboot Devices
Sometimes, simply rebooting the camera, your computer, and the router can resolve network connectivity issues.
10. Technical Support
If you’re still having trouble, consider reaching out to the camera manufacturer’s support for help with network setup.
By following these steps, you should be able to get your IP camera and OBS on the same network and successfully connect them. Remember, proper network setup and ensuring compatibility between the devices on your network are key to making this work.
hi. do i need a video capture card for this to work. at the moment i have a laptop with obs installed and a hikvision nvr with 5mp ip bullet cameras. i am wanting to stream a live view of a camera at a nest box in my backyard
Hello!
No, you do not need a video capture card to use OBS (Open Broadcaster Software) as an IP camera viewer for streaming the live view from your Hikvision NVR or directly from your IP cameras. IP cameras and NVRs (Network Video Recorders) can usually be integrated into OBS over your network using RTSP (Real-Time Streaming Protocol) or other network streaming methods. Here's a general guide on how to set it up:
Step 1: Obtain the RTSP Stream URL
From IP Camera: Find the RTSP URL for your Hikvision IP camera. This typically looks like rtsp://[username]:[password]@[IP address]/[path].
From NVR: If you prefer to stream from the NVR, the NVR itself will have an RTSP URL for each camera channel.
Step 2: Add the Camera in OBS
Open OBS: Launch OBS Studio on your laptop.
Add a New Source: Click the '+' button in the 'Sources' panel.
Select 'Media Source': Choose 'Media Source' as the type of source.
Uncheck 'Local File': In the properties of the Media Source, uncheck 'Local File'.
Enter RTSP URL: In the 'Input' field, enter the RTSP URL of your camera or NVR.
Adjust Settings: You can adjust other settings as needed, such as buffering.
Step 3: Configure OBS for Streaming
Stream Settings: Set up your streaming output settings in OBS according to the platform you are streaming to (like UA-cam, Twitch, etc.).
Resolution and Frame Rate: Adjust these settings based on the capabilities of your IP camera and your internet bandwidth.
Step 4: Test Your Stream
Preview the Stream: Before going live, preview the stream in OBS to ensure the camera feed is working correctly.
Check Audio: If you need audio from the camera, make sure it's also being captured.
Additional Tips
Network Stability: Ensure your network is stable and can handle the streaming, especially if multiple cameras are involved.
Camera Settings: Adjust the settings on your camera or NVR for optimal streaming quality.
Security: Ensure your network and camera/NVR are secured, especially since you are streaming content over the internet.
OBS Updates: Keep OBS updated to the latest version for the best performance and compatibility.
Using this method, you can stream live footage from your backyard nest box without the need for additional hardware like a video capture card. The key is to correctly set up the network stream from your camera or NVR to OBS.
i need help i have 2 cameras one in my backyard and the other one installed in my front door my backyard no problem but my front door cameras is not showing anything. i follow the instruction but no luck at all .
Hello!
If your PTZOptics camera is not showing up in OBS (Open Broadcaster Software) as an IP camera viewer, there are several troubleshooting steps you can take to resolve this issue. Let's go through them:
1. Check Network Connection:
- Ensure that your camera is properly connected to the network.
Verify that both the camera and the computer running OBS are on the same network subnet.
2. Verify Camera IP Address:
- Check the IP address of the PTZOptics camera. You can usually find this information on the camera itself, through its menu, or by using an IP scanner tool on your network.
Once you have the IP address, try pinging it from your computer to ensure it's reachable.
3. Update Camera Firmware:
- Make sure your PTZOptics camera is running the latest firmware, as this can resolve many compatibility and functionality issues.
4. Configure OBS Correctly:
- In OBS, you need to add your camera as a media source. Go to 'Sources' > '+ Add' > 'Media Source' or 'VLC Video Source'.
- Input the RTSP stream URL of your camera. The general format is rtsp://[IP_ADDRESS]/1 (the '/1' at the end is commonly used for PTZOptics cameras for the high-quality stream; '/2' can be used for a lower quality stream).
5. Check Firewall and Antivirus Settings:
- Sometimes, firewall or antivirus settings on your computer can block the connection. Check to make sure OBS and the RTSP stream are allowed through your firewall.
6. Camera Settings:
- Access the camera settings through its web interface (using the camera's IP address in a web browser) and ensure that RTSP or the relevant streaming protocol is enabled.
7. Test with Another Application:
- To isolate the issue, try viewing the camera's stream with another application, like VLC media player. If it works there, the issue is likely with OBS or its configuration.
8. Reboot Devices:
- Sometimes, simply rebooting your camera, computer, and network equipment can resolve connection issues.
If after following these steps, your camera still doesn't show up in OBS, please provide more details about your setup, such as the camera model, how it's connected to the network, and any specific settings you have configured. This will help in giving more targeted advice.
Any way to do this remotely? When the cameras and OBS are on two different networks?
Yes there is a way. We are going to post a video on the PTZOptics channel soon. As long as you are using NDI sources or an NDI output via OBS you can use NDI Bridge to do so
Hey Steve, Paul's video mentioned in the above comment will be released on October 25th at 2 PM.
You can just turn that subscription bell on to be notified before it's live.
Thanks for checking out our Channel!
Learn More: ptzoptics.com/
Do you have to download any plugins first to get this to work?
This actually does not require any plugins for video. But if you want to control your PTZOptics camera you will need the PTZOPTICS plug-in for OBS.
@@StreamGeeks Thanks, Does the plugin also work for the SMTAV version PTZ Camera?
Here's the Link: go.ptzoptics.com/l/979833/2024-01-03/3g42rw?FormLocation=GC-SW-App-PT-OBS-plugin
The PTZOptics plugin for OBS is specifically designed to work with PTZOptics cameras.
how to connect AP mode. with manufacturer given username and password.
To connect OBS (Open Broadcaster Software) with a device in AP (Access Point) mode, typically involving a camera or a streaming device that creates its own Wi-Fi network, you need to follow a series of steps. This process generally involves connecting your computer to the device's network and then using OBS to capture the stream. Here's a general guide:
Step 1: Connect to the Device's Network
Turn on AP Mode on Your Device: Ensure that the device (e.g., camera) you want to connect with OBS is set to AP mode. This should create a Wi-Fi network.
Find the Network Credentials: Use the manufacturer-provided username and password to access this network.
Connect Your Computer to This Network: On your computer, open your Wi-Fi settings and connect to the device's network using the provided credentials.
Step 2: Obtain Stream URL or IP Address
Find the Device's IP Address or Stream URL: Once connected, you'll need the device's IP address or a specific stream URL to connect it to OBS. This information is often provided in the device's manual or web interface.
Access Device's Web Interface (if applicable): Some devices have a web interface you can access via a browser by entering the device's IP address.
Step 3: Set Up OBS
Open OBS: Launch OBS Studio on your computer.
Add a New Source: Click the '+' button in the 'Sources' panel.
Choose the Appropriate Source Type:
For direct camera feeds, select 'Media Source' or 'Video Capture Device'.
If you have a stream URL, use 'Media Source' and uncheck 'Local File', then input the stream URL.
Enter the Device's Stream Information: Input the IP address or stream URL in the properties of the source you just added.
Configure the Source: Adjust any necessary settings such as resolution, frame rate, etc.
Step 4: Test the Connection
Check the Stream: Ensure the video (and audio, if applicable) from the device is correctly displaying in OBS.
Adjust Sync Settings: If there is any delay, you might need to adjust the sync settings in OBS.
Additional Considerations
Network Stability: AP mode relies on Wi-Fi, which can be subject to interference and stability issues. Ensure a strong connection.
Security: Be aware that connecting to different networks might pose security risks, so ensure all connections are secure.
Compatibility: Make sure your device's output is compatible with OBS. Some formats or protocols might require additional configuration.
Firewall and Antivirus Software: Sometimes, these can block connections. Ensure OBS is allowed through any firewall or antivirus software.
This process can vary depending on the specific device and its capabilities.
I tried doing it with a Murkery Camera but it didn’t work.
You could try asking if anyone else has tried to do this before in our Facebook User Group for OBS! facebook.com/groups/OBSUSERS?modal=false&should_open_composer=false&hoisted_section_header_type=notifications&show_migration_preparation_dialog=false&show_migration_onboarding_dialog=false
- Lindsey :)
Do you use the switch between computer and cameras?
Hi! Could you elaborate your question?
Thanks for checking out our Channel!
Learn More: ptzoptics.com/
can't get this to work with tapo cameras. how do i do this when I have a password on the cam?
Hello!
To use OBS as an IP camera viewer for a camera like Tapo that has a password, you'll need to ensure OBS can access the camera stream, considering the authentication required.
Here's a general approach to setting this up:
1. Find the RTSP URL of Your Tapo Camera
RTSP URL: First, you need the RTSP (Real-Time Streaming Protocol) URL of your Tapo camera. This URL is what OBS will use to access the camera's stream.
Consult Documentation: Check the camera's manual or manufacturer's website for information on how to obtain the RTSP URL. It usually follows a format like rtsp://username:password@cameraIP:port/stream.
Include Credentials: In the RTSP URL, you'll need to include the camera's username and password. This is how OBS will authenticate with the camera.
2. Add the Camera in OBS
Open OBS: Launch OBS Studio on your computer.
Add a Media Source: Go to the ‘Sources’ panel, click the ‘+’ button, and choose ‘Media Source’. Give it a name that represents your Tapo camera.
Input the RTSP URL: Uncheck the ‘Local File’ checkbox and enter the RTSP URL of your Tapo camera in the ‘Input’ field.
Adjust Settings: You might need to adjust additional settings based on your camera's specifications, like the ‘Use hardware decoding’ option for smoother playback.
3. Troubleshooting Common Issues
Authentication Problems: Double-check that the username and password in the RTSP URL are correct. These credentials are case-sensitive.
Firewall or Network Issues: Ensure that your firewall or network settings are not blocking OBS from accessing the camera. The camera and computer should ideally be on the same network.
Firmware Updates: Make sure your Tapo camera has the latest firmware, as updates often include improvements for streaming compatibility.
4. Testing and Adjusting
Preview the Stream: Once added, you should see the camera feed in OBS. If not, recheck the RTSP URL and network settings.
Optimize Performance: Depending on the camera's output and your computer's capabilities, you might need to adjust the resolution or frame rate for optimal performance.
Conclusion
Accessing a password-protected Tapo camera in OBS requires the correct RTSP URL with embedded credentials. Make sure your network settings allow for this type of streaming and that all credentials and URLs are entered correctly. If issues persist, consulting the camera’s support documentation or reaching out to their customer service can provide additional guidance.
i have dahua based cameras that req credentials is there any way to make that happen?
Hello!
Using OBS (Open Broadcaster Software) to view an IP camera that requires a login ID and password involves embedding these credentials into the camera's stream URL. Most IP cameras use the RTSP (Real-Time Streaming Protocol) for their video feeds, and OBS can connect to these streams if you provide the correct URL format.
Steps to Embed Credentials in the Stream URL:
Identify the Stream URL: First, you need to know the RTSP URL format for your camera.
This typically looks like rtsp://[IP address]/[path]. You can usually find this information in the camera's manual or web interface.
Embed Credentials:
Modify the URL to include the username and password. The format generally looks like this: rtsp://[username]:[password]@[IP address]/[path].
Example:
If your username is admin, your password is password123, and your camera's IP address and path are 192.168.1.10/stream, the URL would be: rtsp://admin:password123@192.168.1.10/stream.
Add the URL to OBS:
In OBS, click the '+' button under the 'Sources' box to add a new source.
Choose 'Media Source' and give it a name.
Uncheck 'Local File' and enter the modified RTSP URL in the 'Input' field.
Click 'OK' to add the source.
Important Considerations:
Network Security: Embedding credentials in the URL can pose a security risk if the information is exposed. Ensure your network is secure.
Firewall and Network Settings:
Make sure your network or computer's firewall settings are not blocking OBS from accessing the camera. Both OBS and the camera should be on the same network.
Camera Configuration:
Double-check the camera settings to ensure RTSP streaming is enabled and you have the correct path for the stream.
Camera Accessibility:
Test the camera's RTSP stream using a different application (like VLC Media Player) to ensure the stream is accessible with the credentials.
Troubleshooting:
Connection Issues: If OBS cannot connect to the camera, verify the accuracy of the RTSP URL and credentials.
Updating Software: Ensure both your camera firmware and OBS software are up to date.
Latency and Buffering: Adjust the buffering settings in OBS if you experience latency or connection issues with the stream.
By following these steps, you should be able to use OBS to view your IP camera that requires a login ID and password. Remember to handle your login credentials securely to maintain the safety of your network and devices.
I was wondering how to grab video from my IPcams and import into OBS, thanks!
Hi, we would suggest joining our Facebook user group full of well-versed live streamers to ask you more technical questions in! Hope this helps :) - Linds facebook.com/groups/OBSUSERS
I could not find your book, could you help with the link?
ptzoptics.com/ndi-book/
Can we full screen it?
I'll remind him to do that for the following video. I know, It's tough to see.
Thanks for checking out our Channel!
Learn More: ptzoptics.com/
Gemini told me about Happytime rtsp client and that's all i need@@PTZOptics
can you use OBS as a home security system?
Yes, but I have not found any easy way to record on motion.
@@PTZOptics thanks for the reply. I ended up making my own DVR recording system. Took me about 6 months to make it from scratch. Using C and FFMPEG. I can also use state of the art machine vision and artificial intelligence with it. Doing face recognition.
It doesn't open IP cameras.
Hey Mr. Wallace,
OBS (Open Broadcaster Software) is not opening or recognizing your IP cameras, there could be several reasons behind this issue. Here are some common factors to consider and steps to troubleshoot:
1. Incorrect Stream URL
URL Format: Ensure you're using the correct RTSP or HTTP URL format for your IP camera. This usually looks like rtsp://username:password@IPaddress:port/path.
Camera Documentation: Refer to your IP camera's documentation to find the exact stream URL format and path.
2. Network Issues
Same Network: Verify that both the computer running OBS and the IP camera are on the same network.
Firewall or Antivirus: Check if your firewall or antivirus software is blocking OBS from accessing the network.
3. Compatibility and Codec Issues
Supported Formats: OBS may not support certain video codecs or streams. Ensure your IP camera is using a common format like H.264.
OBS Version: Make sure you're using the latest version of OBS, as updates can include new compatibility fixes.
4. OBS Source Configuration
Media Source: In OBS, add your IP camera using the 'Media Source' option. Disable 'Local File' and input your camera's stream URL.
VLC Video Source: Alternatively, you can use the 'VLC Video Source' if you have VLC installed. This can sometimes handle different stream types better.
5. Camera Settings
Access Permissions: Ensure that your camera’s settings allow for RTSP or HTTP streaming and that there are no IP restrictions.
Username and Password: If your camera is protected with a username and password, make sure they are correctly entered in the stream URL.
6. Bandwidth and Performance
Network Bandwidth: Insufficient network bandwidth can cause issues with accessing IP camera streams.
Camera and OBS Settings: Lowering the resolution or frame rate on the camera might help if performance or bandwidth is an issue.
7. Test the Camera Stream
External Testing: Use a different tool (like VLC Player) to test the camera's stream URL. If it works in VLC but not in OBS, the issue is likely with OBS's configuration or compatibility.
8. OBS Log Files
Check Logs: OBS log files can provide insights into what might be going wrong. Access this via Help > Log Files in OBS.
9. OBS Plugins
Additional Plugins: Some OBS plugins can enhance compatibility with various video sources, including IP cameras.
10. Consult OBS Community
Forums and Support: If you continue to experience issues, consider seeking help from the OBS community or forums.
By systematically checking these aspects, you should be able to diagnose and solve the issue of OBS not opening your IP cameras.
No puedo entrar a la clase haber si me copia
Hola, ¿podrías dar más detalles sobre eso?
There’s video as seen in my life
Hey Jay, thanks for checking out our channel!
Many people have asked you, but you never respond to a pertinent question. HOW do you use a camera that REQUIRES a login ID and Password???????
Hey Michael,
Using OBS (Open Broadcaster Software) to view an IP camera that requires a login ID and password involves embedding these credentials into the camera's stream URL. Most IP cameras use the RTSP (Real-Time Streaming Protocol) for their video feeds, and OBS can connect to these streams if you provide the correct URL format.
Steps to Embed Credentials in the Stream URL:
Identify the Stream URL: First, you need to know the RTSP URL format for your camera.
This typically looks like rtsp://[IP address]/[path]. You can usually find this information in the camera's manual or web interface.
Embed Credentials:
Modify the URL to include the username and password. The format generally looks like this: rtsp://[username]:[password]@[IP address]/[path].
Example:
If your username is admin, your password is password123, and your camera's IP address and path are 192.168.1.10/stream, the URL would be: rtsp://admin:password123@192.168.1.10/stream.
Add the URL to OBS:
In OBS, click the '+' button under the 'Sources' box to add a new source.
Choose 'Media Source' and give it a name.
Uncheck 'Local File' and enter the modified RTSP URL in the 'Input' field.
Click 'OK' to add the source.
Important Considerations:
Network Security: Embedding credentials in the URL can pose a security risk if the information is exposed. Ensure your network is secure.
Firewall and Network Settings:
Make sure your network or computer's firewall settings are not blocking OBS from accessing the camera. Both OBS and the camera should be on the same network.
Camera Configuration:
Double-check the camera settings to ensure RTSP streaming is enabled and you have the correct path for the stream.
Camera Accessibility:
Test the camera's RTSP stream using a different application (like VLC Media Player) to ensure the stream is accessible with the credentials.
Troubleshooting:
Connection Issues: If OBS cannot connect to the camera, verify the accuracy of the RTSP URL and credentials.
Updating Software: Ensure both your camera firmware and OBS software are up to date.
Latency and Buffering: Adjust the buffering settings in OBS if you experience latency or connection issues with the stream.
By following these steps, you should be able to use OBS to view your IP camera that requires a login ID and password. Remember to handle your login credentials securely to maintain the safety of your network and devices.
rtsp://username:password@ipaddress:554H264Preview_01_streamtype ---264 could be 265 depending on the camera type.