Airserver Windows 7

[Otilia Mojarro]

Thequality using the Windows 8.1 devices was horrendous. Like I said, it would barely even connect. When it finally did, there were lots of problems. On one of the Windows 8.1 machines, it would show almost everything without artifacting, but it would get out of sync. The longer we used it, the more it would get out of sync. Before long, it was 30 seconds out of sync. The other Windows 8.1 seemed to keep up but had a ton of graphical issues, freezing, etc.

I have recently tried Miracast from a Samsung tablet and Windows 8.1 Dell notebook to a Samsung 60" 4k TV with the same results. When it works it seems to be pretty good, but the video did have a tendency to have an increasing lag on the windows machines, The tablet was always about 2 seconds behind the tablet screen. The audio on the other hand was horrible either being laggy, choppy or outright non existent.

As a VR streamer I have been struggling with the same issues. I have been using my G2 with my Valve Index controllers which means I need to use SteamVR. Because of that I can also use OVR Toolkit and bring in any window on the desktop I want into the VR cockpit. Since I also stream X-Plane in VR this works much better than MSFS but it does work. My system is a i7 9700K @ 4.6 and a RTX 2080 Ti but would buy a RTX 3090 if I could put my hands on one. Good luck in your quest.

OVR Toolkit lets you select any window on your desktop or the whole desktop into the VR space. You then can resize, change the opacity, or even tell it if I am not looking at do not display. I have been using it since I started VR streaming about a year ago and find it the best $12.00 I have spent on any VR item. You can look on my YouTube or Twitch channels to see it in action.

I found one video on doing that. I started mixed reality for steamvr and lagging super bad, never stops. i started ovr and it works but still lagging with windows mixed reality for steamvr. when I say lagging I mean for one to two seconds each frame.

Reflector and AirServer are two popular screen mirroring receiver apps. Devices running Reflector and AirServer software are able to receive incoming mirroring and streaming connections from various devices, including iPhones, iPads, Chromebooks, Android devices and Windows tablets.

Reflector and AirServer do not send device screens anywhere. Rather, devices use native, built-in screen mirroring protocols such as AirPlay, Google Cast or Miracast to screen mirror to Reflector and AirServer.

Reflector and AirServer allow you to record your mirrored devices. With Reflector, you can customize the recording background color and video quality. Reflector also allows you to take high-resolution screenshots of your device directly from the app. You can add a webcam video or a voiceover to the recording for a personal touch. Connect multiple devices to Reflector to record them at the same time. See how to record tutorial videos with voiceover narration using Reflector.

With Reflector, you can customize device frame and color. There are a number of frame options to choose from, such as various models of iPhone, iPad and Android devices. You can also choose to have no frame. Reflector offers orientation options, including automatic or forced rotation. Additionally, you can dictate how your mirrored device is displayed on screen. If you have a number of windows open, Reflector allows you to always keep the mirrored device on top of other windows when needed.

Screen mirroring is heavily used as a collaboration tool in classrooms. It makes it easy for students to share their work. Reflector and AirServer allow you to display multiple devices of any type at the same time. This makes showcasing student projects and assignments in group settings more engaging.

The Reflector Student companion app simplifies the mirroring connection process for students by enabling device discovery across subnets. This is important in schools with restrictive networks. It also allows students to see all the other devices connected to Reflector to help boost collaboration from anywhere in the room.

Reflector easily allows teachers and students to share their device screens while in distance learning environments. After connecting a phone or tablet to Reflector, users can share their device screens to Zoom, Microsoft Teams, Google Meet and other remote meeting platforms in just a few clicks. Learn how to share a device screen with Reflector and remote meeting software here.

Teachers also use Reflector to replace document cameras and classroom visualizers. Writing out equations, annotating texts and showcasing models is difficult without an in-person classroom. Reflector easily allows this by turning a teacher's personal device into a camera that can be shared over remote meeting platforms.

The screen mirroring and recording capabilities of Reflector and AirServer make them great options for mobile gaming. You can display your devices to Reflector and AirServer to play and record games on a larger screen.

Reflector is especially useful for AR (augmented reality) and VR (virtual reality) games, such as with the Oculus Go. Learn how to mirror your VR experience inside your Oculus Go headset to the big screen for everyone to see.

AirServer offers licenses specific to each compatible operating system. For example, if you want to use AirServer on a Mac, you must purchase a macOS license. If you want to use AirServer on Windows, you must purchase a Windows license.

Reflector offers more licensing options, where users can purchase licenses specific to each operating system. Reflector also offers a universal licensing option, which can be used on either a Mac or Windows.

Reflector and AirServer are screen mirroring apps that are useful in education, gaming and at home. AirServer offers features for certain gaming setups while Reflector has unique options designed for the classroom. Both offer great benefits for everyday at-home use. Reflector brings a wide variety of recording and customization features along with streamlined licensing options, allowing you to start screen mirroring right away. Ready to start sharing your screen?

AirPlay, iPad, iPod, iPhone, Apple TV, Mac and macOS are trademarks of Apple Inc., registered in the U.S. and other countries. IOS is a trademark or registered trademark of Cisco in the U.S. and other countries and is used under license. Google Cast, Android, Chromecast and Google Play are trademarks of Google Inc. Surface and Windows are trademarks of Microsoft Corporation in the U.S. and other countries. Miracast is a registered trademark of Wi-Fi Alliance. Reflector 2, Reflector 3, Reflector Teacher, AirParrot 2, Ditto, Squirrels and the accompanying logos are trademarks of Squirrels LLC registered in the United States and other countries.

At work, when presenting on screens or projectors in meeting rooms, we've recently started connecting to an "airserver". This works by simply connecting to a new Wi-Fi network called "Airserver [meetingroomname]". Apparently, this works fine on both Windows and Mac without the need for installing other software, but on my Ubuntu, I see a millisecond glimpse of an "Enter password"-dialog, and then - nothing.

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The benefit of a larger screened iPad is you will ultimately have a bigger virtual whiteboard. Keep in mind that the actual drawing area will be minimized since we need to correct to a 16:9 aspect ratio on the iPad's native 4:3-- more on that when I go over apps.

Notability is a great note taking app with features that outdo the vanilla Apple default note taking app. Keep in mind it is a paid app but is definitely worth the purchase. I chose Notability above others apps because it has a great feature for screen sharing that outputs a 16:9 screen on a 4:3.

The iPad screen's ratio is 4:3 and most computer monitors output on a 16:9 ratio. Meaning if you're directly casting your iPad screen onto a computer screen you will have black bars on either side of your output.

Airserver allows low latency, high bandwidth sharing of your Apple devices screen to a windows computer. Think of Airserver as transforming your computer monitor to an Apple TV. You can select the virtual app TV from an Apple device and share your screen directly to a window in your computer.

Note: There may be other easier ways to cast from a device to a computer. From what I've found AirServer is the easiest to use and doesn't require a user to plug in the device. For Mac users Sidecar may be an good option.

The final piece that pulls all the above software together is OBS studio. You may have heard of OBS as a popular tool for streamers in this new era of digital content creators. We'll be using it to create 2 scenes that make presenting and sharing effortless and flashy.

First we need to create Scene 1. This will be the main display we'll use when speaking. Go into OBS Studio's scene selection. Create a scene, add a source (your camera) and hit save. Add another source for your microphone.

This is where the magic happens. I'm creating Scene 2 which will be the screen that displays our iPad stream. Our iPad screen is being shared via AirServer and we will grab that window to display in Scene 2. We will then overlay our camera on top of the iPad screenshare for a nice personal touch.

By leveraging the tools and methods listed above you can have a seamless whiteboard experience in our WFH age. Granted, there's a lot that goes into the setup and quite a lot of hardware but if you put in the work you'll have an excellent and professional looking setup to present to coworkers or the C-Suite.

Please feel free to reach out to me here on LinkedIn if you have any questions about the setup: hardware, software or otherwise. If you have any feedback or improvements on my process I'd love to hear them as well.

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