**The Magic of Wireless Display: A Hands-On Review**

In this article, we'll delve into the world of wireless display technology and explore its capabilities with the Red Magic 5G Screen. This device allows for seamless casting of content from Android devices to a larger screen, eliminating the need for cables and minimizing latency.

As I began testing the Red Magic 5G Screen, I was excited to see how it would perform in real-world scenarios. I started by plugging the device into my Android phone via USB-C and mounting it on the back of the phone. The display popped up instantly, and I was impressed by its speed and responsiveness. The LED indicator on the back of the phone provided a reassuring blue glow as it connected to the larger screen.

To test the latency, I loaded up Asphalt 9 Legends, a fast-paced game that would push the device's capabilities to the limit. To my surprise, there was no noticeable lag or delay between the action on the smaller screen and the display on the bigger screen. The experience was smooth and seamless, making it perfect for gaming and other high-performance applications.

I decided to take the Red Magic 5G Screen out of its phone case and connect it directly to a monitor via HDMI. This allowed me to test the device's capabilities in a more traditional setting. I plugged the full-size HDMI transmitter into my laptop's HDMI port, and the display appeared instantly on the larger screen. The experience was remarkably similar to using the phone case, with no noticeable latency or lag.

One of the most interesting aspects of the Red Magic 5G Screen is its ability to work with a wide range of devices. I decided to test it with my Raspberry Pi 4, which typically doesn't support HDMI output. To overcome this limitation, I used a micro-HDMI to full-size HDMI adapter and connected it to the Raspberry Pi 4. Despite the device's small form factor, the Red Magic 5G Screen was able to detect the adapter and display content seamlessly.

To further test the latency of the device, I set up my camera to record at 240 FPS in slow-motion mode. This allowed me to capture the exact moment when the wireless display connected to the larger screen. To my surprise, there was no noticeable lag or delay between the action on the smaller screen and the display on the bigger screen.

The only real limitation of the Red Magic 5G Screen is its reliance on devices that already support HDMI over USB type-C. If your phone doesn't have this capability, you won't be able to use it with the device. However, for those who do have compatible Android devices, this technology has the potential to revolutionize the way we experience content.

The Red Magic 5G Screen is an innovative solution that can enhance our viewing experiences in various ways. From gaming and entertainment to presentations and other applications, its wireless display capabilities make it an attractive option for anyone looking to minimize latency and maximize connectivity. As this technology continues to evolve, it will be exciting to see how it shapes the future of wireless display and content delivery.

"WEBVTTKind: captionsLanguage: enhey what's going on guys this ETA prime back here again today we're gonna be taking a look at the hyper mirror now this is something I've actually been interested in for a long time not the hyper mirror specifically because this is a new product but Wireless HDMI devices or Wireless display devices now I've been wanting to pick one of these up for a long time but they've been a little overpriced and this is actually available on Kickstarter right now from $99 to 119 dollars and this promises lag-free wireless display over HDMI or pretty much any device that supports video over USB type-c like a lot of the new phones coming out on the market today so in this video we're gonna be taking a look at the hyper mirror and we're also gonna test it out with a few different devices inside of the box we're gonna get a few accessories here we have the type C transmitter this also includes the HDMI transmitter built in we have the HDMI receiver we also have the user manual here the HDMI receiver bracket now this can be used to mount this on the side of your monitor or your television it's not totally necessary but it is included we also have a phone stand that's designed to hold your phone while the type-c transmitter is attached to it and they've also included all the cables that you'll need so we have our HDMI to mini HDMI USB type-c and a smaller USB type-c to USB type-c cable and inside of the USB type-c transmitter you can actually pull the HDMI transmitter right out of here to use with HDMI enabled devices like the Raspberry Pi laptops or even game consoles now when I first heard about this product I got super excited mainly for my Android devices I really didn't give it any more thought than that but this can be used with a ton of different devices and we're gonna show off a few here well Before we jump right into it I kind of wanted to talk about the technology being used here and it's actually using 60 gigahertz mm-wave and don't worry if you've never heard of this because I personally haven't either until I got a hold of this product and on paper this actually looks really good with a transmission rate of three point nine six gigabits per second zero latency plug-and-play as long as you have a transmitter and a receiver as for most Wi-Fi casting devices they usually cap out around 300 megabits per second with 200 milliseconds of latency and by internet required you will have to have a router setup I mean it doesn't necessarily need to be connected online but you'll need a router to route that transmission to the other device that you want to cast to and as for Bluetooth I mean it works great for audio but casting video over bluetooth never worked out well for anybody so yeah the 60 gigahertz mm wave is definitely looking pretty awesome on paper but we really need to get down and test this to see how it really performs all right so let's go ahead and set up the receiver so I have my monitor here with an HDMI cable plugged in I'm gonna plug the other side into the receiver itself and we also need to power the receiver the receiver doesn't pull much power only 500 milliamps so you can use the USB port that's included on your display if it has one or you could use a simple one amp wall charger the whole hyper björk it does come with a mount for the receiver and this kind of has a little spring-loaded mechanism on it that'll attach to the side of your display you can use it if you really want to personally I'm just gonna set the receiver down but this actually might make for better long-range connectivity now they do claim zero latency up to sixteen and a half feet or five meters and I actually think that's plenty of room for a wireless display but for this video I'm just gonna set my receiver right on the table so the first device I'm gonna test is a samsung galaxy s 10 now this has decks built in I want to make sure it works with decks and regular old Android we're gonna take the transmitter place it right on the back of the phone and we can use the smaller USB type-c two USB type-c cable to plug it into the port on the phone and like I mentioned this will work with any device that has HDMI out or supports display over USB type-c so there are tons of devices out there that this will work with I'm gonna give it a second to connect and there it is so yeah I didn't have to do any setup here I just plugged in the transmitter and the receiver it automatically went into Dex mode so I'm going to swap out a Dex mode real quick and here we are with just mirroring the phone itself wirelessly I'll tell you right now just even in the menu this is super quick I mean I personally don't notice any latency here from the phone screen to the wireless screen and as for range on this 16 and 1/2 feet with zero latency and I'll definitely test that out by the end of this video but right now just here with the monitor and I know I'm not that far away from the receiver itself there is no latency whatsoever I mean this is working just like the phone screens working I'm gonna swap over to Dex mode now I know it works because I automatically went into Dex mode but no wires connected here to the display itself and if I can find the option I'll turn my phone into a touchpad and there we go so the phone screen is being used as a touchpad for Dex and Dex is being displayed wirelessly on this big monitor I have here it does come with this little stand that kind of connects right into the transmitter on the back of the phone and overall I mean this is working really well I'm not a big fan of the touchpad on the phone screen itself I'm really not used to it but if you want to use something like this for Dex it's gonna work perfectly fine so I'm gonna be testing another Android phone this is the red magic 5g it does support display over USB type-c but I want me to get a little bit of gaming on here and just see if we have any latency with fast paced games mount this on the back plug it right in give it a few seconds to connect and we should see the screen from the 5g pop-up on the big screen it does have a little LED indicator on the back that blinks blue and there it is I'm now casting the red magic 5g screen to the transmitter connected to my HDMI on the monitor I'm gonna go ahead and load up a game will go with asphalt 9 because it's fully updated getting teaching gameplay here so far so good I haven't noticed any kind of drop frames or any kind of latency at all and I am fixed on the big monitor here while I'm playing I'm just using the touchscreen on the phone but if you wanted to connect a controller as long as the game supports controller it's going to work just fine so yeah I mean this is definitely working great with these Android devices that support display over USB type-c let's go ahead and move over to another device and we'll just be using the full size HDMI dongle that's included with the kit so I just decided to go with a laptop here I'm gonna go ahead and pull the full size HDMI transmitter out plug it right into the HDMI port on the laptop I shouldn't have to do any setup it should detect it and come up at 1080p and this dongle does support 1440p 60 Hertz and there it is now I've personally never messed with any kind of wireless HDMI so this is kind of mind-blowing to see how nice this is working here from the mouse to my keystrokes on the keyboard I'm not noticing any latency here between the big screen and the screen on the laptop itself now the final device that I really wanted to test here was a Raspberry Pi but unfortunately the new Raspberry Pi 4 has micro HDMI so I have to use a little adapter micro HDMI to full size got it plugged in here and it should automatically detect it and by the way I'm running Raspberry Pi OS here so yeah I mean basically this will work with any HDMI enabled device and again I'm just using the mouse here there's no physical HDMI cable plugged into my monitor and I would never be able to tell the difference here so I also wanted to test the latency here but I don't have any really expensive equipment to do it so what I did was just set up my camera to record at 240 FPS slow motion and we can kind of see when it pops up on each screen now I've used this method in the past the test out gamepad latency and as you can see here at 240 FPS I'm not noticing any latency between the screen on the laptop and the wireless display we have in the background here and it's actually a little odd because a few times when I tested this you'll see it in this video here it looks like it pops up first on the wireless display you when I first heard about this I was very skeptical I didn't think it was gonna work as well as it does but as you've seen in this video I mean it works pretty well with your Android phone or any other device that supports HDMI out and that's for their claim of zero latency at 16 and 1/2 feet I was actually able to achieve really close to that at 15 feet with zero latency when I started moving back a little bit more and the lag started getting worse and worse until I hit around 27 feet where the connection died completely and that was in sight of the monitor and the receiver actually had it mounted on the side just to bring it up a little bit and get a little more range out of it but in the end it does work and it works a lot better than I expected it to now the only real thing here is finding a use case scenario to use this in the real world like I talked about using this for presentations would be awesome you can stand back plug it into your phone or your laptop and mirror your screen with zero latency from about 15 feet away which is pretty cool but I think one of the most important things to note about this is if you're buying this for an Android device it is not gonna enable HDMI over USB type-c if your phone doesn't already support it but if your phone already supports that like most of the high-end Samsung phones this is gonna work perfectly for you when this was first announced and I started reading about it I got a little overexcited because I thought that this would enable HDMI out or Wireless video streaming on devices that don't support it but unfortunately it just doesn't but that's pretty much it for this video I really appreciate you watching if you're interested in learning more about this or backing the Kickstarter I will leave links in the description if you have any questions let me know in the comments below and like always thanks for watchinghey what's going on guys this ETA prime back here again today we're gonna be taking a look at the hyper mirror now this is something I've actually been interested in for a long time not the hyper mirror specifically because this is a new product but Wireless HDMI devices or Wireless display devices now I've been wanting to pick one of these up for a long time but they've been a little overpriced and this is actually available on Kickstarter right now from $99 to 119 dollars and this promises lag-free wireless display over HDMI or pretty much any device that supports video over USB type-c like a lot of the new phones coming out on the market today so in this video we're gonna be taking a look at the hyper mirror and we're also gonna test it out with a few different devices inside of the box we're gonna get a few accessories here we have the type C transmitter this also includes the HDMI transmitter built in we have the HDMI receiver we also have the user manual here the HDMI receiver bracket now this can be used to mount this on the side of your monitor or your television it's not totally necessary but it is included we also have a phone stand that's designed to hold your phone while the type-c transmitter is attached to it and they've also included all the cables that you'll need so we have our HDMI to mini HDMI USB type-c and a smaller USB type-c to USB type-c cable and inside of the USB type-c transmitter you can actually pull the HDMI transmitter right out of here to use with HDMI enabled devices like the Raspberry Pi laptops or even game consoles now when I first heard about this product I got super excited mainly for my Android devices I really didn't give it any more thought than that but this can be used with a ton of different devices and we're gonna show off a few here well Before we jump right into it I kind of wanted to talk about the technology being used here and it's actually using 60 gigahertz mm-wave and don't worry if you've never heard of this because I personally haven't either until I got a hold of this product and on paper this actually looks really good with a transmission rate of three point nine six gigabits per second zero latency plug-and-play as long as you have a transmitter and a receiver as for most Wi-Fi casting devices they usually cap out around 300 megabits per second with 200 milliseconds of latency and by internet required you will have to have a router setup I mean it doesn't necessarily need to be connected online but you'll need a router to route that transmission to the other device that you want to cast to and as for Bluetooth I mean it works great for audio but casting video over bluetooth never worked out well for anybody so yeah the 60 gigahertz mm wave is definitely looking pretty awesome on paper but we really need to get down and test this to see how it really performs all right so let's go ahead and set up the receiver so I have my monitor here with an HDMI cable plugged in I'm gonna plug the other side into the receiver itself and we also need to power the receiver the receiver doesn't pull much power only 500 milliamps so you can use the USB port that's included on your display if it has one or you could use a simple one amp wall charger the whole hyper björk it does come with a mount for the receiver and this kind of has a little spring-loaded mechanism on it that'll attach to the side of your display you can use it if you really want to personally I'm just gonna set the receiver down but this actually might make for better long-range connectivity now they do claim zero latency up to sixteen and a half feet or five meters and I actually think that's plenty of room for a wireless display but for this video I'm just gonna set my receiver right on the table so the first device I'm gonna test is a samsung galaxy s 10 now this has decks built in I want to make sure it works with decks and regular old Android we're gonna take the transmitter place it right on the back of the phone and we can use the smaller USB type-c two USB type-c cable to plug it into the port on the phone and like I mentioned this will work with any device that has HDMI out or supports display over USB type-c so there are tons of devices out there that this will work with I'm gonna give it a second to connect and there it is so yeah I didn't have to do any setup here I just plugged in the transmitter and the receiver it automatically went into Dex mode so I'm going to swap out a Dex mode real quick and here we are with just mirroring the phone itself wirelessly I'll tell you right now just even in the menu this is super quick I mean I personally don't notice any latency here from the phone screen to the wireless screen and as for range on this 16 and 1/2 feet with zero latency and I'll definitely test that out by the end of this video but right now just here with the monitor and I know I'm not that far away from the receiver itself there is no latency whatsoever I mean this is working just like the phone screens working I'm gonna swap over to Dex mode now I know it works because I automatically went into Dex mode but no wires connected here to the display itself and if I can find the option I'll turn my phone into a touchpad and there we go so the phone screen is being used as a touchpad for Dex and Dex is being displayed wirelessly on this big monitor I have here it does come with this little stand that kind of connects right into the transmitter on the back of the phone and overall I mean this is working really well I'm not a big fan of the touchpad on the phone screen itself I'm really not used to it but if you want to use something like this for Dex it's gonna work perfectly fine so I'm gonna be testing another Android phone this is the red magic 5g it does support display over USB type-c but I want me to get a little bit of gaming on here and just see if we have any latency with fast paced games mount this on the back plug it right in give it a few seconds to connect and we should see the screen from the 5g pop-up on the big screen it does have a little LED indicator on the back that blinks blue and there it is I'm now casting the red magic 5g screen to the transmitter connected to my HDMI on the monitor I'm gonna go ahead and load up a game will go with asphalt 9 because it's fully updated getting teaching gameplay here so far so good I haven't noticed any kind of drop frames or any kind of latency at all and I am fixed on the big monitor here while I'm playing I'm just using the touchscreen on the phone but if you wanted to connect a controller as long as the game supports controller it's going to work just fine so yeah I mean this is definitely working great with these Android devices that support display over USB type-c let's go ahead and move over to another device and we'll just be using the full size HDMI dongle that's included with the kit so I just decided to go with a laptop here I'm gonna go ahead and pull the full size HDMI transmitter out plug it right into the HDMI port on the laptop I shouldn't have to do any setup it should detect it and come up at 1080p and this dongle does support 1440p 60 Hertz and there it is now I've personally never messed with any kind of wireless HDMI so this is kind of mind-blowing to see how nice this is working here from the mouse to my keystrokes on the keyboard I'm not noticing any latency here between the big screen and the screen on the laptop itself now the final device that I really wanted to test here was a Raspberry Pi but unfortunately the new Raspberry Pi 4 has micro HDMI so I have to use a little adapter micro HDMI to full size got it plugged in here and it should automatically detect it and by the way I'm running Raspberry Pi OS here so yeah I mean basically this will work with any HDMI enabled device and again I'm just using the mouse here there's no physical HDMI cable plugged into my monitor and I would never be able to tell the difference here so I also wanted to test the latency here but I don't have any really expensive equipment to do it so what I did was just set up my camera to record at 240 FPS slow motion and we can kind of see when it pops up on each screen now I've used this method in the past the test out gamepad latency and as you can see here at 240 FPS I'm not noticing any latency between the screen on the laptop and the wireless display we have in the background here and it's actually a little odd because a few times when I tested this you'll see it in this video here it looks like it pops up first on the wireless display you when I first heard about this I was very skeptical I didn't think it was gonna work as well as it does but as you've seen in this video I mean it works pretty well with your Android phone or any other device that supports HDMI out and that's for their claim of zero latency at 16 and 1/2 feet I was actually able to achieve really close to that at 15 feet with zero latency when I started moving back a little bit more and the lag started getting worse and worse until I hit around 27 feet where the connection died completely and that was in sight of the monitor and the receiver actually had it mounted on the side just to bring it up a little bit and get a little more range out of it but in the end it does work and it works a lot better than I expected it to now the only real thing here is finding a use case scenario to use this in the real world like I talked about using this for presentations would be awesome you can stand back plug it into your phone or your laptop and mirror your screen with zero latency from about 15 feet away which is pretty cool but I think one of the most important things to note about this is if you're buying this for an Android device it is not gonna enable HDMI over USB type-c if your phone doesn't already support it but if your phone already supports that like most of the high-end Samsung phones this is gonna work perfectly for you when this was first announced and I started reading about it I got a little overexcited because I thought that this would enable HDMI out or Wireless video streaming on devices that don't support it but unfortunately it just doesn't but that's pretty much it for this video I really appreciate you watching if you're interested in learning more about this or backing the Kickstarter I will leave links in the description if you have any questions let me know in the comments below and like always thanks for watching\n"