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Use the Microsoft Wireless Display Adapter

Microsoft Wireless Display Adapter

How to use

How to update

Troubleshooting

Microsoft Wireless Display Adapter

How to use

How to update

Troubleshooting

The Microsoft Wireless Display Adapter is a strong, reliable way to project your content, photos, and videos to a big screen.

Here are some things to know before you start using your adapter:

The adapter works best if you have both an HDMI port and a USB charging port on your HDTV, monitor, or projector.

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This adapter needs to be connected to a USB charging port because it draws power from the USB connection.

Make sure your Windows PC has the latest updates. For info on checking updates, go to Update Windows.

Make sure your adapter also has the latest firmware. To learn how to update the firmware, see Update the Microsoft Wireless Display Adapter.

There are different versions of the wireless display adapter. The cable length and dimensions are slightly different for each one.


Microsoft 4K Wireless Display Adapter
Microsoft Wireless Display Adapter (with Microsoft Four Square logo)
Microsoft Wireless Display Adapter

Microsoft 4K Wireless Display Adapter

Microsoft Wireless Display Adapter (with Microsoft Four Square logo)

Microsoft Wireless Display Adapter

Use this table to check if your device works with the adapter you have.

Adapter

Devices it works with

Microsoft 4K Wireless Display Adapter

Microsoft Wireless Display Adapter (with Microsoft 4 Square logo)

Full functionality not available with non-HDCP devices.

Microsoft Wireless Display Adapter

Full functionality not available with non-HDCP devices.

Set up your adapter

Here’s how to set up your adapter on the second display:

Plug the HDMI end of your adapter into the HDMI port on your HDTV, monitor, or projector.

Plug the USB end of the adapter into a USB charging port on your second display. If your display doesn’t have a USB charging port, plug the USB end into any standard USB Type-A charger with 5W (5V/1A).

On your second display, set the input to HDMI. If you’re not sure how to do this, check the manual that came with it.

Here’s how to connect to your adapter on a Windows PC:

On your PC, press Windows logo key + K.

Select the name of your adapter from the list of available connections. The name is shown on your second display.

For other Miracast® enabled devices, look for Miracast or Cast in Settings and follow your device’s instructions.

To change the settings for your adapter, update the firmware, and more, you’ll need the Microsoft Wireless Display Adapter app. Here’s how to install it from the Microsoft Store:

Select Start > All Apps > Microsoft Store.

Make sure you’re signed in with your Microsoft account.

In search, enter Microsoft Wireless Display Adapter.

Select the app, then select Get. The app will install on your device.

Here’s how to update the firmware on your adapter:

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Connect your Windows PC to your adapter.

Open the Microsoft Wireless Display Adapter app.

Select Update & security. If an update is available, select Update. You’ll need to keep the app open and stay connected to the adapter until updates are completed.

To keep your adapter up to date, turn on Update adapter automatically. Updates will take place when updates are available and your adapter is connected to your Windows PC.

Make it easier to recognize your adapter by changing its name. Here’s how:

Connect your Windows PC to your adapter.

Open the Microsoft Wireless Display Adapter app.

Select Personalization and enter the name you want. The change will take effect the next time you connect your adapter.

Disconnect and reconnect to your adapter to see the change right away.

You can prevent others from pairing with your adapter or using it without your permission. Here’s how:

Connect your Windows PC to your adapter.

Open the Microsoft Wireless Display Adapter app.

Select Update & security and turn on Enter a PIN when connecting a new device.

Get better performance when your Windows PC and adapter are connected to the same Wi-Fi network. If you need to change the network your adapter is connected to, here’s how:

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Connect your Windows PC to your adapter.

Open the Microsoft Wireless Display Adapter app and select Network.

Choose the network you want and select Connect.

Note: This only applies to Microsoft 4K Wireless Display Adapter.

Wireless HDMI Technology Overview

For all inquisitive minds who want to understand the variety of HDMI wireless standards (c).

Hello Dear Readers of our blog: geeks and techies!

Our team has been in the wireless HDMI business for over 10 years. During this time, we have formed a whole block of expert knowledge (confirmed by real facts and reviews on working with equipment), which we want to share in this review.

By the wireless HDMI standard, we will mean exactly those technologies that underlie the equipment that completely “cuts out” the cable. Here are their characteristics:

Sets, necessarily consisting of a transmitter and receiver;
The transmitter connects to an HDMI source via HDMI;
The receiver is connected to a TV (or a projector, for example) via HDMI;
Between transmitter and receiver no wires ;
The original source and receiver “do not see” the kit, it is transparent for them , as if the connection was made with a regular HDMI cable .

Why these signs? Quite simply, there is another class of standards that more or less transmit HD video wirelessly, but as such, they are not “cable emulators”. They do not have either a transmitter or a receiver, or neither – they are, as it were, virtual. These are standards such as AirPlay, Miracast and other similar ones – a topic for a separate article.

Standards that completely imitate an HDMI cable (resolution up to 1920×1080 at 60Hz) are also divided into two classes :

All in one stream video and about speeding up the wireless connection . Devices of this class usually work better and are free from possible interference, but at the same time, flexibility is lost a little – you can’t look at Wi-Fi on a smartphone, you can’t install a Wi-Fi repeater. And the price may be higher than analogues, since such solutions from manufacturers are usually monopoly.

Standard / Specifications (depending on the specific equipment model)	Wireless HD	WHDI	WiVu	HDBitT	WiFi	provision	Avermedia
Maximum transmission distance	5-30 meters	From 10 meters to any	from 30 meters to any	From 30 meters to any	From 30 meters to any	up to 200 meters	From 30 meters to any
Passing obstacles	Does not pass (goes around poles, people)	Passes like Wi-Fi	Passes like Wi-Fi	Passes like Wi-Fi	Passes like Wi-Fi	Passes like Wi-Fi	Passes like Wi-Fi
Broadcast to multiple	In developing	Eat	Eat	Eat	Eat	Eat	Eat
3D support	Eat	Eat	Eat	Eat	No	No	In developing
4K support	Eat	In developing	In developing	Eat	No	No	In developing
Passthrough HDMI	Eat	Eat	Eat	Eat	Eat	Eat	Eat
IR forwarding	In developing	Eat	Eat	Eat	Eat	Eat	Eat
Forwarding USB-HID	In developing	Eat	Eat	In developing	Eat	No	In developing
Screen output to PC / Smartphone	No	No	No	Eat	Eat	Eat	Eat
radio frequency	60GHz	5GHz	2. 4/5GHz	2.4/5GHz	2.4/5GHz	5GHz	2.4/5GHz
IEEE standard	802.11ad	–	802.11n/ac	802.11n/ac	802.11n/ac	802.11n	802.11n/ac
Scaling via Wi-Fi, LAN	No	No	Wi-Fi with fine tuning	Eat	LAN / Wi-Fi with fine tuning	Eat	Wi-Fi is available, LAN is under development
codec	None / light	None / light	H.264	H.264 / H.265 in development	MJPEG	H.264	H.264
Response	<1ms (none)	<1ms (none)	20±40ms (none)	Up to 200ms±200 (on the verge of visibility)	Up to 100ms (none)	500ms±1 second	500ms±1 second
Models on the market	see description below	see description below	see description below	see description below	see description below	see description below	see description below
Other names	UltraGig		nethd
Chipmaker	Lattice (former SiBeam, Silicon Image)	Amimon	Cavium	Huawei / IT	Taifatech	provision	Avermedia
Country of origin	USA	Israel	USA	China / Taiwan	Taiwan	Great Britain	Taiwan

Network, over standard Wi-Fi – as the name implies, the manufacturer only took care of providing high-quality video broadcasting through network technologies, while everyone’s favorite Wi-Fi 802. 11n or 802.11ac is used as a transport. These wireless standards are quite suitable for “our task” in terms of speed and have extremely attractive hardware prices due to mass production. Also, with certain skills, endless relaying is possible and video stream scaling according to standard network protocols .

So, the plate, under it is a brief description of each standard:

Standard /
Specifications (depending on the specific equipment model) Wireless HD WHDI WiVu HDBitT WiFi provision Avermedia

Maximum transmission distance 5-30 meters From 10 meters to any from 30 meters to any From 30 meters to any From 30 meters to any up to 200 meters From 30 meters to any

Passing obstacles Does not pass (goes around poles, people) Passes like Wi-Fi Passes like Wi-Fi Passes like Wi-Fi Passes like Wi-Fi Passes like Wi-Fi Passes like Wi-Fi

Broadcast to multiple In developing Eat Eat Eat Eat Eat Eat

3D support Eat Eat Eat Eat No No In developing

4K support Eat In developing In developing Eat No No In developing

Passthrough HDMI Eat Eat Eat Eat Eat Eat Eat

IR forwarding In developing Eat Eat Eat Eat Eat Eat

Forwarding USB-HID In developing Eat Eat In developing Eat No In developing

Screen output to PC / Smartphone No No No Eat Eat Eat Eat

radio frequency 60GHz 5GHz 2. 4/5GHz 2.4/5GHz 2.4/5GHz 5GHz 2.4/5GHz

IEEE standard 802.11ad – 802.11n/ac 802.11n/ac 802.11n/ac 802.11n 802.11n/ac

Scaling via Wi-Fi, LAN No No Wi-Fi with fine tuning Eat LAN / Wi-Fi with fine tuning Eat Wi-Fi is available, LAN is under development

codec None / light None / light H.264 H.264 / H.265 in development MJPEG H.264 H.264

Response <1ms (none) <1ms (none) 20±40ms (none) Up to 200ms±200 (on the verge of visibility) Up to 100ms (none) 500ms±1 second 500ms±1 second

Models on the market see description below see description below see description below see description below see description below see description below see description below

Other names UltraGig nethd

Chipmaker Lattice (former SiBeam, Silicon Image) Amimon Cavium Huawei / IT Taifatech provision Avermedia

Country of origin USA Israel USA China / Taiwan Taiwan Great Britain Taiwan

WirelessHD

It is also – UltraGig, implements the transmission of a wireless video signal in its original quality at frequencies of the 802. 11ad specification. These frequencies are not occupied by other household equipment, which allows them to achieve “cable”, multi-gigabit speed. Due to the speed margin, it can not compress the signal and also pass the resolution of UltraHD 4K without any delays. Goes around the simplest obstacles, such as chairs and people in the meeting room; designed to work within the same room.

WirelessHD kits (there are video reviews on the links):

Mars Stick – available;

WiHD-150 – ultra-compact;

WiHD-400 – with 4K support.

WHDI

Along with WirelessHD is a veteran of the wireless HDMI standards (over 10 years old). Combines optimization for wireless and video channels at the same time: the wireless part is a redesigned Wi-Fi 802.11n, the video part is stated that the signal goes without compression using proprietary “video modem” technology (but of course there are certain optimizations). The declared transmission delay is less than 1ms, it cannot be checked on such a scale, since even over the cable there will be more due to switching and the TV. Visual without delay , therefore it is very widely used in a professional environment – by cameramen and filmmakers. By the way, for the most part, the company went there, a small assortment remained on the consumer market (compared to the same ’12-’13 year).

Kits for WHDI (there are video reviews on the links):

ZWHDI100 – compact, assembled in Taiwan;

besprovodnoe amimon whdi stick – convenient;

ND200 – good range;

WiVu

The technology, originally developed in South Korea, migrated to the American chipmaker Cavium and received the name WiVu. Implemented on their own chips. Provides comfortable video broadcasting in HD quality with excellent speed characteristics (visually – without delay), support for 3D broadcasting and multicast – simultaneous transmission of to several receivers. There are also implementations with USB forwarding -HID – when you can connect a keyboard and mouse to a TV receiver in another room, and the transmitter will transmit control signals to a computer via a USB cable. Works on top of regular Wi-Fi, recently released version with support for the longer-range (but less free) 2.4GHz band.

WiVu kits (there are video reviews on the links):

WHD-Ext – long-range, dual-frequency;

DF100 – compact transmitter;

DF150 – with IR forwarding and loop through.

HDBitT

That’s where the expanse is so expanse – so it is here: HiSilicon is a division of the giant Huawei, which “rivets” the hardware stuffing for IP cameras and DVRs in millions of copies , at some point they realized that the hardware pulls HD well, so you can implement equipment with HDMI input and HDMI output, all according to the same principles: H.264 codec, almost no delay , signal transmission via Wi-Fi. We turned to the Taiwanese neighbor ITE Semiconductor, which has been engaged in video senders for many years and “ate a dog” on them, and in partnership created the appropriate software and hardware base.
Some manufacturers came up with the name HDBitT for their implementations on this chipset, and it took root quite tightly.
Devices with HiSilicon “at the heart” on the modern market are probably the vast majority, let’s say more, it’s not at all necessary that they have “Cossack” from ITE in the chipset, there are also independent solutions. However, this does not mean at all that they have “nowhere else to grow”: the potential of hardware is huge . By the way, the only one of the “network” representatives, , supports 4K resolution , in addition, it is planned to implement a codec that is twice as efficient – H.265 . It is also possible to view the signal on any video player (such as VLC ), but this is only if you can enter the secure Wi-Fi network of a particular kit;)

HDBitT kits (there are video reviews on the links):

WL-Stick – compact, long range;

AHD-Ext – dual frequency, long range, 3D;

4K Kit – support for 4K resolution.

WiPlay

One of the oldest, if not the most, of the “network”. A peer of WirelessHD and WHDI, but originally built on the principle of broadcast over TCP / IP . The protocol was, some time ago, successfully “reversed”: by analyzing the traffic and backtracking, we managed to find out the broadcasting algorithm: a JPEG image “flows” almost continuously from the transmitter to the receiver (hello netcat?), broken only by UDP headers. Due to this organization, the protocol works very quickly, without visible delay . With the help of scripts from enthusiasts, you can restore the video stream to a completely readable MJPEG stream and, with the help of some manipulations, view on any devices, but again – only if you first overcome the security of the Wi-Fi network on which the device is running.

Kits on WiPlay (there are video reviews on the links):

3KM Kit – ultra-long-range;

3Q Tank – archival model.

Provision

An English company (I think some university department ) that tried to “monetize” its achievements in the field of wireless HD signal transmission over Wi-Fi. At the time of the announcement (’10 – ’11) it was a very interesting development, but by the time of practical implementation, approximately in ’13-’14, it already looked rather ordinary, even compared to Cavium: the same H.264 codec, the same Wi -Fi 802.11n, but at the same time, a clearly noticeable “lag” did not allow the company to produce more than one model, which, it seems, still cannot be sold since the first batch. However, the kit also had its own “chips”: for example – free access to the Wi-Fi network (by the WPS button) and broadcast of the incoming signal using the DLNA protocol, which is not put in, except perhaps in electric kettles. That is, any TV with access to the network will be able to “read” the video input of the transmitter. It is also possible to integrate the into the network using the usual USB-ethernet adapter, which is supported out of the box.

Provision Wh2001KIT.

Avermedia

Taiwanese company, known to our compatriot, mainly for TV tuners that flooded the CIS market in the 00s, continues to capture and process digital video. One of their recent projects is a wireless HDMI transmitter. In our opinion, while the project is “raw”, although the equipment is already being actively sold. Take, for example, the H.264 codec, releasing on which after 2015 the hardware platform is somehow out of date. Or, when using this, already along and across the studied and optimized codec show a visible delay, although you do it in general on your hardware, well, it’s damp! Moreover, there are several promising marketing statements (sluggish, I must say, implemented), which we paid attention to: viewing signal from the transmitter through the application on the smartphone (just like that, so that through the native application – no one has yet) and the possibility of implementing the Wi-Fi MESH protocol on transmitters and receivers: that is, combining any number of transmitters (although in practice, rather, 4-5 pieces) and receivers into one network, and not according to the principle – “client” -”access point”, and all are dynamically connected to everyone, and distant nodes “see” each other through the nodes located between them and operating in the mode of dynamic relaying and rerouting of the signal according to the optimal scheme . And of course, I am glad that the project is in the stage of continuous development .

Kits are just waiting. Request delivery dates by email .

Other standards

It is also impossible not to mention two more solutions that were not included in the table due to their Narrow Beam : This is the professional Beam kit from famous filmmakers Teradek from California; and the protocol implemented by the famous Chinese drone manufacturer DJI in its Lightbridge line (on a Texas Instruments chip, by the way). Both kits are built on the same principle – “H.264 over Wi-Fi”, but each has its own set of optimizations: Teradek – for quality and delay for cameramen, and DJI – for distance and speed , for operational control of the flying model.

Conclusion

We may have missed someone, but these are definitely not mass standards. We invite you to discuss in the comments , it is very important for us to hear your opinion! The market is actively developing and new technologies appear “like mushrooms after the rain”, and of course, they will be discussed in future articles!

P. S.: And congratulations to those who have read this far 🙂

Wireless HDMI extender, wireless hdmi adapter, wireless hdmi transmitter, wireless transmission hdmi wi fi

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→ Wireless HDMI Wi-Fi Extender up to 300 meters

Pro-HD WHD300

High-quality HDMI Wireless Wi-Fi Extender/Transmitter 1080p FullHD allows signal transmission up to 300 meters.

This wireless HDMI adapter has an HDMI loop through port that allows you to connect additional equipment or screens to the signal transmitter.

HDMI transmission is done using the 5GHz Wi-Fi band.

Wireless HDMI extender is made in an aluminum case, which allows you to maintain the optimal operating temperature of the equipment, unlike budget models that are prone to overheating.

Infrared control is transmitted along with the HDMI signal over Wi-Fi.

Does not interfere with other devices in the room.

It is possible to use several sets of devices in one area.

Wireless HDMI Receiver/Transmitter Kit does not need to be configured, signal capture is automatic.

Mounting/mounting plane is irrelevant.

36 500 rub

Features

Max. permission
1920×1080@60Hz
HDMI Version
1.3
Protocol support
HDCP 1.2, 12-Bit Deep Color, LPCM 7.1, Dolby TrueHD, DTS-HD Master Audio
Transmission distance
300
Nutrition
12V
Passthrough HDMI
Eat
IR sensor
Eat
Encoding standards
H.264

← Wireless HDMI Wi-Fi Extender up to 50 meters Ce-Link
Wireless HDMI extender up to 200 meters set for FOUR screens Pro-HD WHD240 →

HDMI cable v2.0 Vention Ultra Slim

	0.5m	1 250 rub
	1m	1 600 rub
	1.5m	1 700 rub
	2m	1 800 rub
	3m	2 200 rub

High Quality HDMI Cable v2.

1	EZCast TwinX package \| HDMI Wireless display USB-C Transmitter and Receiver, USB C	9.6	9.6
2	AT-Mizhi Wireless HDMI display adapter 5G+2.4G – 4K HDR Wifi Display Dongle Streaming	9.6	9.6
3	Wifi Display Dongle, 1080P Wireless HDMI Adapter Streaming Video Picture Files, TV Receiver	9.1	9. 1
4	EZCAST 2 Wireless HDMI Display Adapter, Supports Miracast, Airplay mirroring, DLNA, Android, iOS	9.0	9.0
5	Wireless HDMI Display Adapter, HDMI Screen Mirroring Display Dongle Wifi HDMI Adapter Connector	8.6	8.6
6	Wireless HDMI Display Adapter, 4K HDMI Screen Mirroring Display Dongle Wifi HDMI Adapter	8.3	8.3
7	Wireless HDMI Dongle, 4K Wireless HDMI Adapter, MpioLife Wi-Fi HDMI Display Dongle Screen	8.1	8.1
8	FIYAPOO 4K Wireless Display Miracast Dongle, WiFi HDMI Display Adapter, Miracast Airplay Dongle	8″> 7.8	7.8
9	Wireless HDMI Dongle, 4K Wireless HDMI Adapter, WiFi HDMI Dongle, Video Mirror Screen	7.4	7.4
10	Wireless HDMI Dongle, 4K Wireless HDMI Display Adapter Streaming Miracast WIFI HDMI Adapter	7.2	7.2

1	EZCast TwinX package \| HDMI Wireless display USB-C Transmitter and Receiver, USB C	9. 6	9.1	9.7
2	AT-Mizhi Wireless HDMI display adapter 5G+2.4G – 4K HDR Wifi Display Dongle Streaming	9.6	9.1	9.7
3	Wifi Display Dongle, 1080P Wireless HDMI Adapter Streaming Video Picture Files, TV Receiver	9.1	8.6	9.2
4	EZCAST 2 Wireless HDMI Display Adapter, Supports Miracast, Airplay mirroring, DLNA, Android, iOS	9.0	8.5	9.1
5	Wireless HDMI Display Adapter, HDMI Screen Mirroring Display Dongle Wifi HDMI Adapter Connector	8.6	8.1	8.7
6	Wireless HDMI Display Adapter, 4K HDMI Screen Mirroring Display Dongle Wifi HDMI Adapter	8. 3	7.8	8.4
7	Wireless HDMI Dongle, 4K Wireless HDMI Adapter, MpioLife Wi-Fi HDMI Display Dongle Screen	8.1	7.6	8.2
8	FIYAPOO 4K Wireless Display Miracast Dongle, WiFi HDMI Display Adapter, Miracast Airplay Dongle	7.8	7.3	7.9
9	Wireless HDMI Dongle, 4K Wireless HDMI Adapter, WiFi HDMI Dongle, Video Mirror Screen	7.4	6.9	7.5
10	Wireless HDMI Dongle, 4K Wireless HDMI Display Adapter Streaming Miracast WIFI HDMI Adapter	7.2	6.7	7.3

Avermedia

Other standards

Conclusion

Wireless HDMI extender, wireless hdmi adapter, wireless hdmi transmitter, wireless transmission hdmi wi fi

Features

HDMI cable v2.0 Vention Ultra Slim

High Quality HDMI Cable v2.

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Hdmi wireless adapter: The 3 Best Wireless HDMI Video Transmitters of 2023

10 Best Hdmi Wireless Adapter of 2023

You May Also Like

Use the Microsoft Wireless Display Adapter

Set up your adapter

Related topics

Wireless HDMI Technology Overview

WirelessHD

WHDI

WiVu

HDBitT

WiPlay

Provision