PTZOptics https://ptzoptics.com/ Live Streaming Solutions Wed, 11 Oct 2023 14:22:33 +0000 en-US hourly 1 https://ptzoptics.com/wp-content/uploads/2020/10/favicon.png PTZOptics https://ptzoptics.com/ 32 32 How to connect to the Dante Video to vMix https://ptzoptics.com/how-to-connect-to-the-dante-video-to-vmix/ https://ptzoptics.com/how-to-connect-to-the-dante-video-to-vmix/#respond Wed, 11 Oct 2023 14:17:52 +0000 https://ptzoptics.com/?p=36738 Connect Your Dante-Enabled Camera with vMix: A Step-by-Step Guide In the fast-evolving realm of live streaming and broadcasting, professionals are continually seeking ways to enhance their production quality. Integrating cutting-edge camera technology with advanced broadcasting software can make a substantial difference. This guide will walk you through the process of connecting your PTZOptics Link 4K …

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Connect Your Dante-Enabled Camera with vMix: A Step-by-Step Guide

In the fast-evolving realm of live streaming and broadcasting, professionals are continually seeking ways to enhance their production quality. Integrating cutting-edge camera technology with advanced broadcasting software can make a substantial difference. This guide will walk you through the process of connecting your PTZOptics Link 4K Dante-enabled camera to vMix, a renowned live production and streaming software, ensuring you can harness the full power of your camera’s PTZ (Pan-Tilt-Zoom) capabilities and high-resolution visuals.

Dante Studio with vMix

What You'll Need:

  • A PTZOptics Link 4K Dante-enabled camera.
  • A computer with vMix software installed.
  • A consistent network connection shared by the camera and the computer.
  • Dante Studio software.
  • Dante Controller software.

Steps to Connect Your PTZOptics Link 4K Camera to vMix:

  1. Preparation: Confirm that your PTZOptics Link 4K Dante-enabled camera is correctly installed and connected to the same network as your computer running vMix. This network connection is vital for communication between Dante devices.

  2. Dante Software Installation: If you haven’t already, download and install Dante Studio and Dante Controller from their official website. Dante Studio will serve as your virtual interface for the camera, while Dante Controller will manage and route the Dante-enabled sources on your network.

  3. Routing with Dante Controller: Launch Dante Controller, your central management console for all Dante-enabled devices on the network. From here, you’ll select your PTZOptics Link 4K camera from the available sources and route the video feed to Dante Studio, set up to receive the feed.

  4. Configuring Dante Studio: Open Dante Studio and verify that it’s receiving the video signal from your PTZOptics camera through the Dante network. Ensure the correct input settings are selected.

  5. Enabling Virtual Output: In Dante Studio, activate the virtual output. This functionality converts the received video feed into a format recognizable by vMix, essentially operating as a virtual video device within your system.

  6. Integrating with vMix: Now, switch to vMix and add a new input by selecting the Dante Studio Virtual Output as your video source. This step integrates the high-quality video feed from your PTZOptics camera into your vMix production.

  7. Activating PTZ Controls: To harness the PTZ capabilities of your camera, input the camera’s IP address in the vMix PTZ control settings and hit the connect button. This action enables real-time Pan-Tilt-Zoom controls directly within the vMix software, offering precise camera adjustments during live production.

Connect Dante Video to vMix

Conclusion

Connecting your PTZOptics Link 4K Dante-enabled camera to vMix not only enhances your production with high-definition video quality but also brings the sophistication of PTZ control into your live streams and broadcasts. Although the process involves several stages, the outcome is a professional-level visual production, giving you unparalleled control and quality. This setup is ideal for various applications, from live event broadcasting to e-learning sessions, corporate meetings, or any digital platform where communication needs to be clear, reliable, and visually impeccable.

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Which Optical Zoom Do You Choose? https://ptzoptics.com/which-optical-zoom-do-you-choose/ https://ptzoptics.com/which-optical-zoom-do-you-choose/#respond Tue, 10 Oct 2023 15:40:10 +0000 https://ptzoptics.com/?p=36718 Choosing the Right Optical Zoom for Your PTZOptics Camera When stepping into the world of PTZ cameras, one of the crucial decisions to make is selecting the right optical zoom. At PTZOptics, we offer a range of options: 12X, 20X, and 30X. But which one is the right fit for your needs? Let’s delve into …

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Choosing the Right Optical Zoom for Your PTZOptics Camera

When stepping into the world of PTZ cameras, one of the crucial decisions to make is selecting the right optical zoom. At PTZOptics, we offer a range of options: 12X, 20X, and 30X. But which one is the right fit for your needs? Let’s delve into the specifics to help you make an informed choice.

PTZ Camera optical zoom calculator

Understanding Optical Zoom

Optical zoom refers to the camera’s ability to magnify the subject without compromising on image quality. The higher the optical zoom, the closer you can zoom into your subject. However, a higher zoom also means a narrower field of view. It’s essential to balance your need for close-ups with how much of the scene you want to capture. You can use our Optical Zoom Calculator on any of our product pages to learn more.

Consider Your Space

Small to Medium Spaces:

For rooms where the distance between the camera and the subject is relatively close, the 12X optical zoom might be your best bet. This lens can capture a head and shoulders view of a person from 25 feet away. Given its more expansive field of view and lower price point, it’s a perfect choice for tighter budgets and spaces.

Medium to Large Spaces:

If your venue is more expansive, such as a conference room or a mid-sized auditorium, the 20X optical zoom is a viable option. With the ability to achieve a head and shoulders view from 45 feet away, it strikes a balance between zoom capability and cost.

Large Venues: For more substantial spaces, like large auditoriums or outdoor areas, the 30X optical zoom is unbeatable. It can capture detailed shots from as far as 75 feet, ensuring even distant subjects are clear and prominent.

Price Considerations

Budget constraints are often a determining factor. While the 12X offers a broader field of view at a more affordable price, the 20X and 30X offer greater zoom capabilities, albeit at a higher cost. It’s crucial to weigh the importance of Zoom against your budget.

Consistency in Multi-Camera Productions

When running a multi-camera production, it’s beneficial to use the same lenses across all cameras. This ensures a consistent image quality and feel, making transitions between shots smoother and more professional.

Leveraging 4K Cameras for Enhanced Zoom

For those using 4K cameras, there’s an additional advantage. By outputting in 1080p, you can utilize up to 2X digital zoom without degrading the image quality. This feature effectively enhances the zoom capability of your camera, giving you even more flexibility in capturing your subject.

Conclusion

Choosing the right optical zoom is a blend of understanding your space, budget, and production needs. Whether you’re capturing a close-up in a large auditorium or filming a broader scene in a smaller room, PTZOptics has a solution tailored for you. Remember, it’s not just about zooming in; it’s about capturing your vision in its best light.

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The Producer Bundles are here! https://ptzoptics.com/the-producer-bundles-are-here/ https://ptzoptics.com/the-producer-bundles-are-here/#respond Tue, 10 Oct 2023 15:12:52 +0000 https://ptzoptics.com/?p=36705 PTZOptics Producer Bundles: The Future of Video Production Welcome to the next chapter of modern video production. As the world of video continues to evolve, PTZOptics remains at the forefront, providing cutting-edge solutions for every production need. Introducing the PTZOptics Producer Bundles – your key to unlocking the full potential of your creative vision. Meet …

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PTZOptics Producer Bundles: The Future of Video Production

Welcome to the next chapter of modern video production. As the world of video continues to evolve, PTZOptics remains at the forefront, providing cutting-edge solutions for every production need. Introducing the PTZOptics Producer Bundles – your key to unlocking the full potential of your creative vision.

Producer bundles

Meet the Bundles

The Producer-SE Bundle: 1080p Excellence

  • Move SE Cameras: Equipped with three award-winning 20X Move SE cameras, every shot captures the finest details, even from a distance.
  • High-Definition Clarity: Enjoy 1080p resolution, ensuring lifelike quality in every frame.
  • PTZ Control: The included PT-JOY-G4 IP/serial-connected joystick controller offers intuitive and efficient camera management.
  • Versatility at its Best: Multiple outputs – SDI, HDMI, USB, and IP – make the Move SE cameras a perfect fit for any production setup.

The Producer-4K Bundle: Ultimate Precision

  • 4K Brilliance: Dive deep into ultra-high-definition with three 20X Move 4K cameras.
  • Advanced Features: Native support for NDI®|HX and the industry’s leading auto-tracking capabilities.
  • Elevated Control: The SuperJoy joystick controller is a game-changer, offering superior features for professional demands.
  • Future-Ready: 4K video clarity combined with the SuperJoy controller sets a new benchmark in video production.

Designed with Tomorrow in Mind

The Move 4K and SE cameras are more than just cameras; they are an intelligent video production system. Their updated web user interface and built-in auto-tracking capabilities make them stand out. With one-click firmware updates from the web UI, your investment remains future-proof, adapting to new advancements over time.

Seamless Integration

Whether you use OBS, Livestream Studio, Wirecast, vMix, mimoLive, or Tricaster, both Move SE and Move 4K cameras integrate effortlessly. Control them through the provided hardware joystick controllers, the PT-JOY-G4 or the SuperJoy, or live stream directly to platforms like Facebook and YouTube. The choice is yours.

 

PTZOptics Camera Management Platform: Simplifying Multi-Camera Operations

Managing multiple cameras has never been this simple. The PTZOptics Camera Management Platform, included in both bundles, offers tools like color correction to tweak the appearance of one or multiple cameras instantly. It’s compatible with Windows, macOS, Linux, and popular video production software, ensuring smooth operations.

Our Warranty Promise

Your investment is safe with us. Our cameras come with a 5-year limited parts and labor warranty, while our joysticks have a 2-year warranty. We stand by our promise to protect your investment, ensuring optimal performance for years to come.

You can learn more about PTZOptics Producer Bundles here.

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The Evolution of Auto-Tracking Cameras: Single-sensor vs. Dual-sensor Systems https://ptzoptics.com/the-evolution-of-auto-tracking-cameras-single-sensor-vs-dual-sensor-systems/ https://ptzoptics.com/the-evolution-of-auto-tracking-cameras-single-sensor-vs-dual-sensor-systems/#respond Wed, 04 Oct 2023 12:54:20 +0000 https://ptzoptics.com/?p=36664 Lecture capture systems have become instrumental in online learning, evolving to integrate with learning management systems (LMS) such as Blackboard, Moodle, Desire to Learn and Yuja. Audio-visual professionals have found that you can automate the video delivery process by using an auto-tracking camera with a lecture capture recording system that can publish directly to an …

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Lecture capture systems have become instrumental in online learning, evolving to integrate with learning management systems (LMS) such as Blackboard, Moodle, Desire to Learn and Yuja. Audio-visual professionals have found that you can automate the video delivery process by using an auto-tracking camera with a lecture capture recording system that can publish directly to an LMS.

Automated Lecture Capture

As these lectures become increasingly accessible online, the demand for high-quality lecture recordings continues to grow. One solution to this demand is the integration of hardware lecture capture solutions, such as the Epiphan Pearl, which seamlessly connects with systems like Panopto, Kaltura, and Yuja. This ensures that educators can concentrate on delivering their lectures, confident in the knowledge that the system will handle the recording and distribution.

One essential component of these systems is the auto-tracking camera. For instance, the PTZOptics Move SE can be managed remotely and requires no human intervention during operation. These cameras offer features like setting up custom presets for locking on to a specific presenter, ensuring that the recording is always of the highest quality.

PTZOptics offers auto-tracking capabilities both as built-in features and as software add-ons. However, the software-based auto-tracking can be cumbersome in an educational setup, given the need for a dedicated computer to run the software. This leads to the rise of cameras like the PTZOptics Move SE and 4K that come with built-in auto-tracking capabilities. Among the advancements in this realm, the introduction of dual-sensor auto-tracking cameras stands out.

SimplTrack 2 Dual Sensor Auto Tracking Camera
SimplTrack 2 Dual Sensor Auto Tracking Camera

Understanding Dual-Sensor Auto-Tracking Cameras

While PTZOptics cameras only feature a single sensor for auto-tracking, our sister company HuddleCamHD, has been hard at work on dual-sensor auto-tracking cameras. At its core, a dual-sensor camera combines two cameras into one intelligent system, vastly enhancing its capabilities. Typically, one camera sensor offers a wide-angle view, providing intelligence to the zoom camera lens. This dynamic allows the camera to make real-time adjustments based on the room’s activities, a feature not present in single-sensor cameras.

Auto-tracking Feature Comparison

  • Smart Tracking: Both camera types can lock onto a single subject, ensuring a focused capture.
  • Group Tracking: While both can track groups, dual-sensor cameras, with their wide-angle lens, are better suited to frame multiple individuals with the use of preset zones.
  • Zone Tracking: Exclusive to dual-sensor cameras, this feature focuses on specific zones, offering more flexibility.
  • Selected Tracking: Dual-sensor cameras, thanks to their wide-angle lens, are superior in stopping auto-tracking when it is not necessary to zoom into a specific area of the presentation space.
  • Smart Blackboard Zones: A unique feature of dual-sensor cameras, it ensures clear visibility of blackboard content through the use of preset zones.
  • Wide Angle Room View: Dual-sensor cameras capture a broader scene, invaluable in large spaces.
  • Dynamic Framing: Dual-sensor cameras automatically adjust framing based on interactions, enhancing the viewing experience.

Use Cases

  • Lecture Capture: Single-sensor cameras effectively track lecturers, but dual-sensor cameras offer a holistic classroom view and superior zone tracking.
  • Conferences: Dual-sensor cameras capture both speakers and the audience, creating an immersive experience.
  • Sports: While single-sensor cameras focus on individual players, dual-sensor cameras give a comprehensive field view.
  • Live Performances: Dual-sensor cameras capture the entire stage along with individual performers, offering a richer viewing experience.

In Conclusion

While single-sensor cameras are adept at tracking, dual-sensor cameras provide unmatched flexibility and performance. Their ability to focus on specific zones, frame groups effectively, and make real-time frame adjustments sets them apart. When choosing between the two, it’s vital to assess your specific needs and consider which features will most elevate your viewers’ experience. Reach out to our team to learn more at partners@ptzoptics.com.

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How to use vMix for Auto-Tracking with PTZOptics Cameras https://ptzoptics.com/how-to-use-vmix-for-auto-tracking-with-ptzoptics-cameras/ https://ptzoptics.com/how-to-use-vmix-for-auto-tracking-with-ptzoptics-cameras/#respond Tue, 26 Sep 2023 12:59:46 +0000 https://ptzoptics.com/?p=36453 Explore the seamless integration of vMix scripting with PTZOptics cameras in this comprehensive guide. Discover how to create, implement, and test scripts to toggle the auto-tracking features of PTZOptics cameras using vMix, allowing for dynamic and focused video production. Whether a seasoned professional or a novice in video streaming, this walkthrough provides step-by-step instructions, insights, and tips to enhance your live production workflow and create engaging content by leveraging the advanced features of vMix and PTZOptics.

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vMix is a versatile live production software that allows you to create, record, and stream in HD, SD, and even 4K. One of its lesser-known features is scripting, which enables users to automate various functions and streamline their workflow. PTZOptics cameras, which are supported in vMix for pan, tilt, and zoom controls, now offer auto-tracking features in selected models, allowing the camera to follow the subject automatically. This guide aims to walk you through the process of using vMix scripting to enable or disable the auto-tracking capabilities on your PTZOptics cameras, making your production more efficient and dynamic.

Note: To access these advanced features, including scripting and PTZ controls, users must have vMix 4K, Pro, or vMix Max editions as these are not available in the lower-cost Basic HD and HD licenses.

Download the Guide: If you would like to download this guide as a PDF you can do so here.

Using Auto-Tracking Cameras with vMix

In this blog post, you will learn about the integration of vMix’s scripting capabilities with PTZOptics cameras, focusing specifically on enabling and disabling the auto-tracking functionalities. This synergy between vMix and PTZOptics can elevate your video production, allowing for more flexibility and creativity in your video productions. Whether you are a seasoned professional or a beginner eager to explore advanced video production techniques, this walkthrough will provide insights and step-by-step instructions to streamline your experience with vMix and PTZOptics.

Note: You can learn more about vMix scripting in this documentation page on their website.

Section 1: Preparing vMix for Scripting

1.1 Launching vMix:

Start by opening vMix software. You will also want to have your PTZOptics camera set up on the same network as your vMix computer. You will need to know the IP address of your PTZOptics camera. If you do not know the IP address of your camera follow the guide here.

vMix Scripting for setting up Auto-Tracking
vMix Scripting for setting up Auto-Tracking

1.2 Accessing Settings:

Next, in vMix, navigate to the “Settings” menu, located at the top right corner of the main interface. This menu hosts various configurable parameters, allowing you to customize your vMix experience according to your production needs. Click the “Scripting” tab of Settings to get started.

Section 2: Creating the Auto-Tracking ON Script

1.3 Scripting Menu Navigation:

Within the “Scripting” option from the left navigation pane, you will see the “Add”, “Edit” and “Remove” buttons along with a “Stop All” button. This section is dedicated to creating and managing scripts that can automate various tasks within vMix. It’s here that you will create scripts to control the auto-tracking feature of your PTZOptics camera. If you’re new to scripting, don’t worry; we will walk you through each step, ensuring you can follow along, regardless of your experience level.

Add AutoTracking to vMix
Add AutoTracking to vMix

2.1 Adding a New Script:

Once you are in the scripting menu, initiate the process by clicking on the “Add” button. This action will open a new window where you will create the script to enable the auto-tracking feature on your PTZOptics camera.

2.2 Naming the Script:

In this new window, you will be prompted to provide a name for your script. For the sake of this guide, we will name it “ATrackON.” This name will serve as an identifier, allowing you to execute the correct script when needed.

2.3 Entering the Code:

In the same window, you will find a main text entry field. Here, you will input the following code:

Dim webStream As Stream
Dim webResponse = ""
Dim req As HttpWebRequest
Dim res As HttpWebResponse
req = CType(WebRequest.Create("http://192.168.100.88/cgi-bin/param.cgi?set_overlay&autotracking&on"), HttpWebRequest)
res = CType(req.GetResponse(), HttpWebResponse)
webStream = res.GetResponseStream() ' Get Response
Dim webStreamReader As New StreamReader(webStream)
While webStreamReader.Peek >= 0
webResponse = webStreamReader.ReadToEnd()
End While

This code is responsible for sending an HTTP command to turn ON the auto-tracking feature of a PTZOptics product. Ensure that you replace the IP address “192.168.100.88” with the actual IP address assigned to your camera.

2.4 Saving the Script:

After entering the code correctly, click “SAVE.” This action will store the script in vMix, making it available for use. After saving, click “Close” to exit the script creation window.

Creating a script in vMix is a straightforward process, but attention to detail is crucial. Each line of code serves a specific purpose, and altering it can affect the functionality of the script. Always ensure the accuracy of the IP address and the commands to avoid unexpected behaviors during production.

Auto Tracking On and Off in vMix
Auto Tracking On and Off in vMix

Section 3: Creating the Auto-Tracking OFF Script

3.1 Adding Another New Script:

Return to the scripting menu and initiate the creation of a second script by clicking the “Add” button again. This script will serve as a counterpart to the first one, allowing you to disable the auto-tracking feature on your PTZOptics camera when needed.

3.2 Naming the OFF Script:

In the creation window, assign a name to your new script. For consistency and easy identification, we will name it “ATrackOFF.”

3.3 Entering the OFF Code:

In the text entry field of the same window, input the following code:

Dim webStream As Stream
Dim webResponse = ""
Dim req As HttpWebRequest
Dim res As HttpWebResponse
req = CType(WebRequest.Create("http://192.168.100.88/cgi-bin/param.cgi?set_overlay&autotracking&off"), HttpWebRequest)
res = CType(req.GetResponse(), HttpWebResponse)
webStream = res.GetResponseStream() ' Get Response
Dim webStreamReader As New StreamReader(webStream)
While webStreamReader.Peek >= 0
webResponse = webStreamReader.ReadToEnd()
End While

This piece of code is tailored to send an HTTP command to turn OFF the auto-tracking feature of a PTZOptics product. It’s imperative to replace the IP address “192.168.100.88” with the actual IP address of your camera to ensure proper communication between vMix and your camera.

3.4 Reiteration on IP Address:

It cannot be stressed enough how important it is to input the correct IP address corresponding to your PTZOptics camera. This ensures that the scripts communicate effectively with the intended device, allowing you to gain control over the auto-tracking feature seamlessly.

3.5 Saving and Closing:

Once you’ve ensured that the code and the IP address are correctly entered, click “SAVE” to store the OFF script in vMix. After saving, close the script creation window to return to the main scripting menu.

Having both ON and OFF scripts inside vMix allows you to have full control over the auto-tracking feature, enabling you to adapt quickly to different filming scenarios. Ensuring the accuracy of each script is crucial for a smooth and error-free production experience.

vMix Shortcut to turn on Auto-Tracking
vMix Shortcut to turn on Auto-Tracking

Section 4: Testing the Scripts with Shortcuts

4.1 Assigning Shortcuts for ON Script:

With your scripts saved and ready, the next step is to assign shortcuts to execute them efficiently. In the main interface of vMix, select “Shortcuts.” Once there, click the “Add” button to assign a shortcut key. For the ON script, you might, for example, choose the key “G.”

  • Key/Control: Assign the key you would like to use to trigger tracking ON, e.g., “G.”
  • Function: Navigate to Scripting → Select ScriptStart.
  • Value: Assign the name of the ON script, “ATrackON.”
  • Title: Name it “ATrackON” for consistent identification.

After assigning the key and the functions, click “OK” to save this shortcut.

4.2 Assigning Shortcuts for OFF Script:

Repeat the above steps to assign a shortcut for the OFF script. It’s advisable to choose a different key to avoid any confusion. For instance, you can assign the key “H” for the OFF script.

  • Key/Control: Assign a different key, e.g., “H.”
  • Function: Again, navigate to Scripting → Select ScriptStart.
  • Value: Assign the name of the OFF script, “ATrackOFF.”
  • Title: Name it “ATrackOFF” for consistent identification.

Once done, click “OK” to save this second shortcut.

4.3 Testing the Scripts:

Now, with the shortcuts assigned, test the scripts by pressing the corresponding keys you assigned as shortcuts. Pressing key “G” should start the auto-tracking, and pressing key “H” should stop it. Ensure that each key executes its assigned function correctly, allowing for seamless toggling between auto-tracking ON and OFF.

Assigning shortcuts is a crucial step for operational efficiency. It allows for quick toggling between different states of auto-tracking, providing flexibility and adaptability during live productions. Successful testing ensures that your setup is ready for action, allowing you to focus more on the creative aspects of your production, with assurance in the reliability of your controls.

Troubleshooting Tips:

  • If the scripts are not working as expected, double-check the assigned keys, script names, and the IP addresses in the scripts.
  • Ensure that you have the correct vMix edition that supports scripting and PTZ controls.
  • Consult the vMix and PTZOptics support forums and resources for additional help and information.

Further Automation with Triggers

Using Triggers to further automate Auto-Tracking ON and OFF

Do you want to automate auto-tracking even further? You can do so with vMix Triggers. Triggers in vMix are actions that are automatically performed when a specific event occurs, such as transitioning to a specific input. These can be used to automate various aspects of your production workflow.

For instance, you can set up a trigger to run a script when a specific input is taken live or when a particular overlay is accessed. This could allow you to automate the execution of scripts, including those that control the auto-tracking features of PTZOptics cameras, based on events occurring during your production.

To set up a trigger:

  1. Go to Input Settings: Select the input you want to associate with the trigger, and go to its “Input Settings”.
  2. Navigate to the Triggers Tab: Inside the “Input Settings”, navigate to the “Triggers” tab.
  3. Add a Trigger: Click on the “Add” button to create a new trigger.
  4. Select an Event: Choose the event that will activate the trigger from the drop-down menu.
  5. Assign a Function: Assign a function to the trigger. For running scripts, you would select “ScriptStart” and then choose the script you want to run.
  6. Choose a Value: For example, enter value “ATrackON”

Remember to test the trigger thoroughly to ensure it activates the script as intended in your live production environment.

Conclusion:

Having walked through vMix scripting with PTZOptics cameras, you have unlocked a seamless way to control the auto-tracking features of our cameras. By crafting meticulous scripts to toggle auto-tracking ON and OFF and assigning efficient shortcuts, we’ve established a flexible and responsive video production environment.

Remember, the essence of this integration lies in the availability of vMix 4K, Pro, or vMix Max editions, which grant access to the pivotal scripting and PTZ control features not available in the lower-tier Basic HD and HD licenses. It is these advanced features that empower users to blend the innovative capabilities of PTZOptics cameras with the versatile environment of vMix, paving the way for dynamic and engaging content creation.

Key Takeaways:

  1. Scripting Proficiency: The mastery of vMix scripting allows for the automation of various tasks, enabling a smooth and intuitive interaction with PTZOptics cameras.
  2. Accurate Details: The accuracy in details, especially the IP addresses and script names, is crucial for the flawless execution of scripts.
  3. Efficient Controls: The assignment of shortcuts provides quick access to the scripts, allowing for swift adjustments during live productions.
  4. Advanced Features Accessibility: The utilization of vMix 4K, Pro, or Max editions is essential for accessing advanced features like scripting and PTZ controls, enabling enhanced integration with PTZOptics cameras.

Final Thoughts:

As we conclude this guide, encourage yourself to explore the vast possibilities that vMix scripting offers, especially in tandem with the sophisticated features of PTZOptics cameras. The journey doesn’t end here; delve deeper, experiment with different scripts, and explore various camera commands to tailor your production environment to your unique creative vision. And most importantly, always ensure that every detail is accurate and every step is tested to secure a seamless and enriching video production experience.

Download the Guide: If you would like to download this guide as a PDF you can do so here.

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How to connect Dante Video with Zoom using a virtual webcam https://ptzoptics.com/how-to-connect-dante-video-with-zoom-using-a-virtual-webcam/ https://ptzoptics.com/how-to-connect-dante-video-with-zoom-using-a-virtual-webcam/#respond Mon, 11 Sep 2023 14:11:48 +0000 https://ptzoptics.com/?p=36728 The post How to connect Dante Video with Zoom using a virtual webcam appeared first on PTZOptics.

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Integrating Your PTZOptics Link 4K Dante-Enabled Camera with Zoom: A Comprehensive Guide

So you have a Dante-enabled video system and you want to connect it with Zoom? The need for high-quality video feeds during video conferences has grown exponentially, and routing video over IP is a great way to manage your audiovisuals. Whether for business meetings, virtual events, or digital learning, a crystal-clear video feed ensures a productive and engaging experience. This guide provides a step-by-step process to integrate your PTZOptics Link 4K Dante-enabled camera with Zoom, leveraging the sophisticated audio and video networking that Dante technology offers.

Using Dante Studio Webcam in Zoom

What You’ll Need:

  • A PTZOptics Link 4K Dante-enabled camera.
  • A computer with Zoom installed.
  • A stable network connection shared by the camera and the computer.
  • Dante Studio software.
  • Dante Controller software.

Steps to Connect Your PTZOptics Link 4K Camera to Zoom:

Using Dante Studio to enable a virtual webcam

  1. Ensure Proper Setup: First, make sure your PTZOptics Link 4K Dante-enabled camera is correctly set up and connected to the same network as your computer running Zoom. This connection is crucial as Dante devices communicate over the network.
  2. Download and Install Dante Software: Visit the official website to download Dante Studio and Dante Controller. Dante Studio will act as your virtual webcam interface, while Dante Controller allows you to manage and route Dante-enabled sources on your network.
  3. Configure Dante Controller: Open Dante Controller. This software is your control panel for all Dante-enabled devices on your network. Here, you can route your video sources precisely where you want them. Select your PTZOptics Link 4K camera from the list of available sources and route its video feed to Dante Studio, which will act as the receiver.
  4. Set Up Dante Studio: Launch Dante Studio. This software receives the video feed from your PTZOptics camera via the Dante network. Check the input settings to confirm that Dante Studio is receiving the video signal from your camera.
  5. Activate the Virtual Webcam: Within Dante Studio, find the option to enable the virtual webcam. This feature transforms the received video feed into a format that Zoom can use, essentially mimicking a webcam within your system.
  6. Integrate with Zoom: Now, open Zoom and navigate to the settings menu. Under the video section, you should see the Dante Studio Virtual Webcam as an available source. Select this as your video source. Optionally, if you’re also routing audio through Dante, select Dante Studio as your audio source as well.
  7. Start Your Meeting: With the setup complete, initiate your Zoom call. You should now have high-quality video from your PTZOptics Link 4K camera, with all the benefits that Dante networking brings to the table.

Using Dante Video with Zoom

Conclusion:

Integrating your PTZOptics Link 4K Dante-enabled camera with Zoom elevates your video conferencing experience, providing professional-grade video quality that standard webcams can’t match. While the setup requires several steps, the enhanced audio-visual fidelity, flexibility, and control offered by Dante technology are well worth the effort. Whether you’re hosting large-scale virtual events, streaming content, or engaging in critical business communications, this setup ensures you deliver excellence and professionalism through your visual presentation.

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All about our Dante-enabled PTZ Camera: The Link 4K https://ptzoptics.com/all-about-our-dante-enabled-ptz-camera-the-link-4k/ https://ptzoptics.com/all-about-our-dante-enabled-ptz-camera-the-link-4k/#respond Wed, 30 Aug 2023 15:50:55 +0000 https://ptzoptics.com/?p=36268 https://www.youtube.com/watch?v=nlibOlqTA6I Can you briefly explain what Audinate’s Dante system is and how its recent update to support video is a game-changer in the industry? Dante stands for ‘Digital Audio Network Through Ethernet,’ and it’s essentially a combination of software, hardware, and network protocols that deliver uncompressed, multi-channel, low-latency digital audio over a standard Ethernet network. …

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Can you briefly explain what Audinate’s Dante system is and how its recent update to support video is a game-changer in the industry?

Dante stands for ‘Digital Audio Network Through Ethernet,’ and it’s essentially a combination of software, hardware, and network protocols that deliver uncompressed, multi-channel, low-latency digital audio over a standard Ethernet network. It’s become an industry standard for digitally transporting audio because of its ability to synchronize and distribute lossless audio data with very low latency.

Now, the game-changer here is that Dante has extended its capabilities to support video. This is a massive leap because, traditionally, audio and video require separate transport mechanisms, often resulting in issues like unsynchronized audio and video streams or increased complexity in setup and operation. With Dante now supporting video, users can streamline their AV systems even further by having a unified network infrastructure. It reduces both the cost and complexity, making it easier to install, manage, and scale AV systems.

So, in a nutshell, Dante’s support for video amplifies its already powerful ecosystem by offering an all-in-one solution for audio and video over IP, making it an even more robust and versatile platform for AV professionals.

How does the Dante system integrate with the PTZOptics Link 4K camera? Are there any special features that users should be aware of?

The integration of Dante with the PTZOptics Link 4K camera opens up a realm of possibilities for seamless audio and video performance. The PTZOptics Link 4K camera, as many of you might know, offers exceptional 4K video quality, PTZ capabilities, and versatile connectivity options. Now, when you bring Dante into the mix, you’re looking at a more unified, efficient, and powerful AV setup.

One of the key advantages of this integration is streamlined connectivity. You can connect the PTZOptics Link 4K camera to the Dante network using a single Ethernet cable, which can handle both video and multi-channel audio. This simplifies the installation process and minimizes cable clutter, making it an ideal choice for setups where space or aesthetics are a concern.

Another exciting feature is the centralized control. Both the Dante system and PTZOptics camera can be managed from the Dante Controller, allowing users to easily configure and control audio and video settings. For instance, you can synchronize your video with specific audio channels, creating dynamic and engaging live production environment.

The Dante system also allows for scalable solutions. You can easily add more PTZOptics Link 4K cameras or other Dante-enabled devices to the network as your needs grow, without worrying about compatibility or additional hardware.

So, in summary, the integration of Dante with the PTZOptics Link 4K camera offers a more streamlined, flexible, and robust AV setup, making it a compelling choice for professionals in live streaming, broadcasting, and event production.

Dante Controller

What are the steps for setting up the Dante system to work with the PTZOptics Link 4K camera? Is the process seamless, or are there challenges users should be prepared for?

Setting up the Dante system to work in conjunction with the PTZOptics Link 4K camera is designed to be a fairly straightforward process, but there are some key steps to follow to ensure seamless operation.

  • Initial Setup: First, make sure your PTZOptics Link 4K camera and Dante-enabled audio equipment are connected to the same network. This can usually be done via a standard Ethernet switch.
  • Dante Controller Software: Next, you’ll want to install Dante Controller on your computer. This software allows you to configure and manage Dante-enabled devices on your network. Once installed, open the software and you should see your PTZOptics camera and other Dante-enabled devices listed.
  • Routing Audio: In Dante Controller, you can set up the audio and video routing. You can assign specific audio channels to be sent to or received from the PTZOptics camera. This is incredibly useful for tasks like synchronizing audio and video or embedding audio into a video feed.
  • Video Configuration: On the PTZOptics camera side, you should automatically see the camera in Dante Controller. You have the option to use HD or UHD for Dante Video, this can be configured in the camera WebUI. Also, you can use the Dante Studio software to view the camera video and create a virtual webcam for use with vMix, OBS or Zoom.
  • Synchronization: Dante provides options for clock synchronization to ensure that your audio and video are perfectly in sync. You can configure this within the Dante Controller software.

While the process is designed to be user-friendly, it’s always a good idea to read through the documentation for both the PTZOptics camera and the Dante system. Understanding the capabilities and limitations of each can help you troubleshoot any issues that may arise.

So, in essence, while there are a few steps involved, the process is engineered to be as seamless as possible, offering a straightforward way to integrate high-quality audio and video in a unified setup

One common issue in complex setups is audio-video synchronization. How does Dante’s system handle this, especially when integrated with the PTZOptics Link 4K?

Audio-video synchronization is an essential factor in any live production or streaming setup. A mismatch between audio and video can be incredibly distracting and can significantly degrade the viewer’s experience. Fortunately, Dante excels in this area, and its integration with the PTZOptics Link 4K camera offers a robust solution for maintaining perfect sync.

Dante uses Precision Time Protocol, or PTP, to synchronize all devices on the network down to the microsecond level. This ensures that both audio and video streams are aligned in real-time. Because the PTZOptics Link 4K camera is also designed for low-latency performance, the two systems work well together to provide a synchronized AV experience.

In the Dante Controller software, you can designate a master clock source for the network. This could be a dedicated Dante-enabled clock or one of the Dante devices on the network. Once the master clock is set, all other devices on the Dante network will synchronize to it, ensuring that audio and video are delivered in perfect unison.

Another advantage of Dante’s AV sync capabilities is its scalability. Whether you have a small setup with just a PTZOptics camera and a couple of Dante-enabled microphones, or a large-scale production environment with multiple cameras, audio interfaces, and speakers, Dante’s clock synchronization ensures that every component stays in sync.

If you do encounter AV sync issues, troubleshooting is relatively straightforward. The Dante Controller software provides real-time feedback on the synchronization status of each device on the network, making it easier to identify and resolve any problems.

In summary, Dante’s meticulous approach to clock synchronization, combined with the PTZOptics Link 4K camera’s low-latency performance, creates a reliable, synchronized AV environment that’s crucial for professional-grade live streaming and production

Can you provide examples of real-world applications where the Dante system with video support would excel when used alongside the PTZOptics Link 4K camera? For instance, in live event production or remote broadcasting. 

Live Event Production: Whether it’s a concert, conference, or theatrical performance, the need for synchronized, high-quality audio and video is paramount. Dante’s unified AV-over-IP network can handle multiple camera angles, audio sources, and even audience interaction seamlessly. The PTZOptics Link 4K, with its 4K imaging and PTZ functionality, can capture the event in high resolution from various angles, enriching the viewer experience.

Broadcast Studios: News and television studios require a reliable and synchronized system for live broadcasting. The Dante system ensures that both audio and video are in perfect sync, which is crucial when you’re going live to millions of viewers. The PTZOptics camera’s low-light performance and 4K capabilities make it an excellent choice for studio setups.

Educational Institutions: With the rise of remote learning, educational institutions need a solid AV setup for virtual classrooms. The PTZOptics camera can capture the lecturer in high resolution, while Dante ensures that both the audio and visual elements are synchronized and clear, offering an effective learning experience.

Corporate Video Conferencing: In the corporate world, video conferencing is an essential part of daily operations. This setup allows for high-quality video and audio streams for remote meetings, presentations, and collaborations. The PTZ functionality of the PTZOptics camera can even allow for room scans, focusing on different speakers, or showcasing products during a virtual presentation.

Houses of Worship: For churches, mosques, synagogues, and other religious venues, live-streaming services have become increasingly important. The integration of Dante with PTZOptics ensures a high-quality, synchronized broadcast, whether it’s just a single camera or a multi-camera setup.

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RADIO STATION SUCCESS ON FACEBOOK LIVE​ https://ptzoptics.com/radio-station-success-on-facebook-live/ https://ptzoptics.com/radio-station-success-on-facebook-live/#respond Wed, 23 Aug 2023 17:47:34 +0000 https://ptzoptics.com/?p=36246 Radio Station Live streaming setup Radio Live Stream with 12X-ZCams Ethernet Connected PTZOptics Zcams 4 Camera Radio Station Live Streaming Setup Radio is an amazing medium. “Truly we reach so many people,” says Shawn Tempesta, the host of Mix 94.1’s afternoon show. Tempesta explains, in his studio tour video available on YouTube that “the one …

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Radio Station Live streaming setup

Radio Live Stream with 12X-ZCams

Ethernet Connected PTZOptics Zcams

4 Camera Radio Station Live Streaming Setup

Radio is an amazing medium. “Truly we reach so many people,” says Shawn Tempesta, the host of Mix 94.1’s afternoon show. Tempesta explains, in his studio tour video available on YouTube that “the one problem is… in a digital world, there is no such thing as viral audio.” Motivated to grow his show’s presence online, Tempesta designed a live streaming studio using (4) four PTZOptics NDI® cameras. (3) Three PTZOptics 12X-ZCam cameras are used to produce high quality close up shots of each host and (1) one PTZOptics 12X-NDI PTZ camera is used to capture additional shots of the entire studio.

  • PTZOptics 12X-ZCAM NDI® Cameras: These cameras provide a high-quality NDI® video feed to vMix which is used as the studios streaming software.
  • PTZOptics 12X-NDI-WH: This PTZ camera is used to produce wide-angle shots of the entire studio during the broadcast.
  • AKAI USB MIDI Interface: This USB MIDI interface is used to control vMix the live streaming software.

Shawn has a setup that rivals traditional television. The beauty is that Shawn was able to purchase the entire system himself. This case study shows what one creative person can do on a budget to help promote their radio show. As you can see above each camera is only connected via a single Ethernet cable. Shawn sets up his streaming system every day because he owns it. Therefore each camera needed to be easy to set up and operate.

Easy to Operate: Shawn is not only the host of his show, but he also operates the entire system. There’s no budget to hire an on-side video producer.

Easy to setup: Each camera is connected via just one cable. That’s ethernet. This cable provides power, video, and control for the system.

Powerful: Shawn’s setup is able to live stream to YouTube, Facebook, and Twitter all at the same time. vMix is used to integrate comments from the chatrooms directly into the show to be more engaging.

vMix Control System for Radio Station

vMix Control System for Radio Station

PTZ Camera in Radio Station

PTZ Camera in Radio Station

NDI HX Camera for Radio

NDI®|HX Camera for Radio

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Lexington Legends Minor League Baseball ​Live Streaming System https://ptzoptics.com/lexington-legends-minor-league-baseball-live-streaming-system/ https://ptzoptics.com/lexington-legends-minor-league-baseball-live-streaming-system/#respond Tue, 22 Aug 2023 16:20:21 +0000 https://ptzoptics.com/?p=36041 This case study features a Minor League Baseball team, the Lexington Legends, and their video production crew PrepSpin. PrepSpin uses PTZOptics cameras with a wireless Ubiquiti router system which can cover the entire ballpark. PrepSpin proudly uses vMix to live stream their sports productions using a custom Windows-based computer with a built-in PCIe capture card with four HD-SDI inputs. The pictures …

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Live Streaming Sports using PTZ Cameras

This case study features a Minor League Baseball team, the Lexington Legends, and their video production crew PrepSpin. PrepSpin uses PTZOptics cameras with a wireless Ubiquiti router system which can cover the entire ballpark. PrepSpin proudly uses vMix to live stream their sports productions using a custom Windows-based computer with a built-in PCIe capture card with four HD-SDI inputs.

The pictures below show the back of their live streaming computer which is where each PTZOptics camera is connected for a 3G SDI cable for video. The IP Joystick (SKU: PT-JOY) is then used for camera control over the network. To simplify the cabling in a sporting venue PrepSpin uses wireless routers to connect their wireless system to the video production network.

Sports Streaming Camera Setup Config

PrepSpin also uses its wireless network to send video to vMix via a vMix Call input using an Android cell phone with WebRTC. Using the WiFi throughout the ball-park PrepSpin can send high-quality video from a mobile cell phone to show behind-the-scenes camera angles.

In this video, we talk about live-streaming sports with PTZ cameras and manned cameras to create professional video productions. William uses vMix call with wireless routers to create a wireless video production camera they can use with the fans throughout the ballpark. Since it’s Baseball season, William has given us some great footage of the cameras from the Lexington Legends but we are hoping to get more sports test footage as soon as the Football and Soccer season comes around. Enjoy a fun show and don’t miss the post show Q&A where we answer your live questions.

Warfield explains how live-streaming sports became a reality for him after he decided to quit his current job and start PrepSpin. Today he works with high schools, colleges, and professional-level sports teams providing video production and live content distribution for sporting events year-round. Warfield explains that high school sports is where his heart is because he is helping students get into college and reach the attention of college recruiters. Warfield tells us that coaches and recruiters may only see 1-2% of the games a prospective high school athlete will play in a given season. PrepSpin uses vMix to not only live stream sporting events for viewers around the world but also to provide high-definition quality game footage that can be emailed and sent out to coaches around the world.

SDI Cables

IP controller

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From Basketball to Soccer, Willamette University live streams sporting events to athlete friends and families https://ptzoptics.com/from-basketball-to-soccer-willamette-university-live-streams-sporting-events-to-athlete-friends-and-families/ https://ptzoptics.com/from-basketball-to-soccer-willamette-university-live-streams-sporting-events-to-athlete-friends-and-families/#respond Tue, 22 Aug 2023 16:13:54 +0000 https://ptzoptics.com/?p=36035 Willamette University is a small liberal arts school located in Salem, Oregon where Christopher Sabato, the Assistant Director of Athletics for Media, organizes live broadcasts for the sports teams. From outdoor soccer matches to indoor basketball games, Sabato shares with us his techniques for live broadcasting these events and how the students families watch from out of …

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Willamette University is a small liberal arts school located in Salem, Oregon where Christopher Sabato, the Assistant Director of Athletics for Media, organizes live broadcasts for the sports teams. From outdoor soccer matches to indoor basketball games, Sabato shares with us his techniques for live broadcasting these events and how the students families watch from out of state.

At Willamette University, the majority of the student population comes from out of state making it important to the Athletics Department that these families are able to watch the live sports broadcasts online. Using a selection of live streaming hardware and software which includes PTZOptics cameras, Wirecast, Magewell capture cards, xKeys controllers and more, Christopher regularly produces high quality live broadcasts the schools sports fans enjoy all season long. At the end of the day, it’s all about the fans that cannot make it to every game who are now able to watch live and enjoy the broadcasts from the comfort of their homes.

For outdoor broadcasts during the soccer season, Christopher uses a PTZOptics 20X-SDI camera housed in an outdoor enclosure to capture all the action using a PTZ joystick controller. The Dotworkz outdoor camera enclosure is designed for permanent outdoor use and includes two weather sealed cable ports which Sabato uses for HD-SDI video and RJ45 converted to DB9 to be used for camera control with the HuddleCamHD joystick. The camera captures all the action from high above the field mounted on top of a SkyHawk TriPod mount made by US Sports Video. This giant tripod allows Christopher to follow the direction of game play from high above the athletes on field. “I don’t have a big production crew. So everything has been designed to be operated by myself or one other work study student,” says Christopher.

During basketball season, Christopher uses 5 cameras to produce a professional video broadcast with the PTZOptics cameras, Wirecast 7, HDMI & HD-SDI Magewell capture cards and the xKeys 24-button controller. The broadcast quality looks like it could be available on ESPN and Christopher has used a few IP networking techniques to pull in the live scoreboard timer he explained for us: “I have a clock camera setup using NDI® and Newtek’s Connect Pro with effectively zero latency.” Using a clock camera as you can see in the picture above, Christopher is able to take the video feed and crop just the timer and shot clock for his game title in Wirecast. With a little Wirecast magic, he’s able to layer the live shot clock and game time onto his virtual scoreboard title.

During every live broadcast, Christopher tries his best to include a play by play announcer audio feed, saying, “It’s our goal to have play by play in all our sports broadcasts.” Once the game starts a dedicated play by play announcer will handle all audio including ad spots, bumpers and pre-recorded interviews. The Technical Director can play video overlays, with no audio, to match what the PxP is sending. The Technical Director mixer is sending an aux out to a Galaxy Audio Anyspot wireless receiver. The play by play audio workflow is explained below along with the entire video/audio system outline.

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