Haddii aad barato router-yada bilaa-waayirka ah ee la bilaabay tan iyo xagaagii 2015, waxa aad arkaysaa in badidood ay xayeysiiyaan tignoolajiyada loo yaqaan MU-MIMO ama Multi-User MIMO waxa ay sidoo kale ballan qaadayaan xawilaadaha wireless-ka oo ilaa afar jeer ka dheereeya router-dhaqameedka. . Waa maxay MU-MIMO marka laga reebo soo gaabinta dhawaqa qosolka leh oo aadan fahmin? Muxuu MU-MIMO ku qabtaa routerkaaga bilaa-waayirka ah oo ma inaad ku iibsatid router tignoolajiyadan? Akhri hagahan oo baro wax kasta oo aad u baahan tahay inaad ogaato:

Sida aaladaha ugu xidhmaan router-yada wireless-ka marka la isticmaalayo heerarkii hore ( SU-MIMO ama 1x1 MU-MIMO)

Wareeriyeyaasha wirelesska ah ee aan taageero u fidin MU-MIMO^(MU-MIMO) waxay isticmaalaan waxa loogu yeero habka SU-MIMO si ay xogta ugu gudbiyaan kanaalka raadiyaha wireless-ka. SU-MIMO waxay u taagan tahay Hal-Isticmale Multiple Input Multiple Output,^{(Single-User Multiple Input Multiple Output,)} waxayna ka dhigan tahay in hal kanaalka wireless uu u diri karo kana heli karo xogta macmiilka shabakadu mar. SU-MIMO waa qayb ka mid ah heerka isku xidhka 802.11n kaas oo la soo gabagabeeyay oo la daabacay Oktoobar 2009^{(October 2009)} . Dhammaan dariiqyada wireless-ka ee taageera nooca ugu dambeeya ee heerka 802.11n waxay isticmaali karaan SU-MIMOhabka loo gudbiyo xogta. Markaad isticmaalayso habkan, router-yadu waxay ku fiican yihiin dirida iyo helitaanka xogta, laakiin kaliya hal jiho, hal macmiil markiiba. Haddii aad lahayd router-ka-wireless-ka oo leh hal anteeno loo isticmaalo soo-helidda iyo dirida xogta, wuxuu isku xiri karaa hal qalab oo shabakad ah markiiba. Aynu ka soo qaadno inaad haysato saddex isticmaale, mid walbana qalabkoodu ku xidhan yahay baahinta WiFi ee router-ku. Router-ku wuxuu u diri karaa oo heli karaa xogta kaliya isticmaalaha ugu horreeya. Marka la sameeyo isticmaalaha koowaad, waxay aadaysaa isticmaalaha labaad ka dibna saddexaad.

Tirada durdurrada xogta isku mar ah ayaa xaddidan tirada ugu yar ee anteenooyinka la isticmaalo. Haddii routerkaaga uu leeyahay afar anteeno, gudaha SU-MIMO , waxaad isku mar yeelan kartaa ilaa afar xog durdurrada. Tusaale ahaan, router-ka bilaa-waayirka ah ee gudbin kara ama ku qaadan kara laba anteeno wuxuu maamuli karaa laba isticmaale isku mar. Router-ka leh afar anteeno wuxuu xamili karaa afar durdur oo kala duwan iyo ilaa afar macmiil isku mar. Tan iyo inta badan WiFishabakadaha waxaad leedahay macaamiil badan oo wireless ah oo ku xiran, mid kastaa wuxuu codsanayaa helitaanka xogtooda, router-ku wuxuu u dhaqmaa sida qoriga mashiinka lagu rakibay meel farxad leh. Waxa ay si degdeg ah uga saartaa qaybo badan oo xog ah oo ay markeeda u dirto qalabyo badan. Qalab kastaa waxa uu sugayaa markiisa si uu u diro oo uu helo xogta, markaa marka qalab cusubi isku xidho, khadka iyo sugitaanka ayaa sii dheeraada. Sidaa darteed, mar kasta oo aaladaha aad ku xirto router-ka wireless-ka ee isticmaalaya SU-MIMO , waa sii weynaada daahitaanka iyo xawaaraha aad ku heleyso aalad kasta.

FIIRO GAAR AH:^(NOTE:) Warqadaha farsamada qaarkood, SU-MIMO waxaa loo tixraacaa 1x1 MIMO . Tan maskaxda ku hay markaad aragto 1x1 MIMO oo la isticmaalayo dambe ee maqaalkan.

Waa kuwan waxa MU-MIMO sameeyo marka ay timaado dhanka WiFi:

MU-MIMO, Multi-User MIMO ama Multiple Multiple Input Multiple Output^{(Multi-User Multiple Input Multiple Output)} waa awoodda ay u gudbiyaan dhowr macaamiil isku mar, halkii ay ka ahaan lahaayeen hal kaliya, ama u wareejinta xogta macmiilka shabakad adoo isticmaalaya xog badan oo xog ah hal mar oo sidaas awgeed kordhinta xawaaraha ee wareejinta. Habkan wareejinta ah, router wireless-ku wuxuu "la hadli karaa" in ka badan hal isticmaale markiiba hal kanaal raadiye wireless ah ama hal isticmaale isagoo isticmaalaya xog badan oo qulqulaya isla kanaalka.

Waxaa jira noocyo kala duwan oo ah fulinta MU-MIMO kuwaas oo laga helo jiheeyayaasha iyo qalabka:

• 2x2 MIMO - waxay bixisaa laba durdurrada bannaan ee si toos ah ugu gudbinta iyo helitaanka xogta isla kanaalka ama inta jeer. Hirgelintan, waxaad u baahan tahay laba anteeno oo keliya, waxaadna isku mar ku xidhi kartaa ugu badnaan laba macmiil, mid ka mid ah durdur kasta.
• 3x3 MIMO - waxay bixisaa saddex durdurrada bannaan, waxaadna u baahan tahay saddex anteeno. Waxaad isku mar ku xidhi kartaa ugu badnaan saddex macmiil.
• 4x4 MIMO - waxay bixisaa afar durdurrada bannaan, waxaad u baahan tahay afar anteeno, waxaadna ku xidhi kartaa ugu badnaan afar macmiil.
• 8x8 MIMO - waxa ay bixisaa sideed durdurrada bannaan ee isla kanaalka wireless-ka ama inta jeer ee isku midka ah ilaa ugu badnaan afar macmiil (haa tani waa sax). Hirgelintan, waxaad u baahan tahay siddeed anteeno. 8x8 MIMO wali maaha tignoolajiyada guud.

Sawirka hoose waxaad ku arki kartaa matalaad router ah oo taageero u ah 3x3 MIMO , oo si isku mid ah ula xiriiraya seddex qalab.

Maxaa dhacaya marka aaladahaaga bilaa-waayirka ahi ay sidoo kale taageero u hayaan MU-MIMO ?

Hal dhinac oo MU-MIMO ah ayaa ah in macaamiisha wireless-ku ay sidoo kale taageero u heli karaan farsamadan. Taleefannada casriga ah ee jaban^(Cheap) iyo kiniiniyada waxay leeyihiin hal anteeno wireless ah si ay u yareeyaan kharashaadka wax soo saarkooda, markaa waxay bixiyaan 1x1 MIMO . Telefoonnada^(Premium) casriga ah ee casriga ah iyo tablet-yada, inta badan waxay leeyihiin laba anteeno waxayna ka faa'iidaysan karaan 2x2 MIMO . Laptop-yada la awoodi karo waxay leeyihiin laba anteeno Wi-Fi ah waxayna ka faa'iidaysan karaan 2x2 MIMO halka kuwa ka qaalisan ay leeyihiin saddex anteeno waxayna ka faa'iidaysan karaan 3x3 MIMO . Asus PCE-AC88 adabtarada^{(ASUS PCE-AC88)} wireless PCI -Express^{(PCI-Express)} waa kan ugu horreeya ee hirgeliya 4 × 4 MIMO^(MIMO) . Qof kasta ayaa u isticmaali kara kombayutarka miiska^(WiFi)Isku xirka shabakada WiFi .

Fikradda ka danbaysa MU-MIMO maaha oo kaliya in isku mar lagu xidho aalado badan shabakada wireless-ka laakiin sidoo kale in la kordhiyo xawaaraha isku xirka wireless-ka. Sidaa darteed, aaladaha shabakadaadu waxay bixiyaan mid ka mid ah fulinta MU-MIMO ee soo socda:^(MU-MIMO)

• 1x1 MIMO - Aalaadaha noocaan ah waxay leeyihiin hal anteeno waxayna ku xidhi karaan hal ilbidhiqsi oo kaliya.
• 2x2 MIMO - waxay leeyihiin laba anteeno waxayna isku mar ku xidhi karaan laba durdurrada MIMO .
• 3x3 MIMO - waxay leeyihiin saddex anteeno oo isku mar ku xidha saddex durdurrada MIMO .
• 4x4 MIMO - waxay leeyihiin afar anteeno oo isku mar ku xidha afar durdurrada MIMO .

Shabakaddaada, waxaad isticmaashaa noocyada kala duwan ee aaladaha fiilo-wareenka kuwaaso bixiya hirgalinta MIMO kala duwan . Aynu ka soo qaadno inaad haysato router-ka bilaa-waayirka ah oo leh 4x4 MIMO . Router-kani waxa uu bixiyaa afar xog oo biyo ah. Sidaa darteed, waxaad ku xidhi kartaa oo aad isku mar ku wareejin kartaa xogta afar talefan oo casri ah oo leh 1x1 MIMO sababtoo ah mid kasta oo casriga ah wuxuu isticmaalaa hal marin oo keliya. Haddii kale, waxaad ku xidhi kartaa oo isku mar u wareejin kartaa xogta laba tablets oo leh 2x2 MIMO , hal laptop oo leh 3x3 MIMO iyo hal smartphone oo leh 1x1 MIMO ama kaliya hal qalab, haddii ay bixiso taageero 4x4 MIMO . Si kastaba ha ahaatee, qalabkaas leh 4x4 MIMOWaxay yeelan doontaa faa'iidada xawaaraha wareejinta oo aad uga dheereeya hal taleefan oo leh 1x1 MIMO .

Waa maxay faa'iidooyinka MU-MIMO?

Haddii aad iibsato router-ka bilaa-waayirka ah ama nidaamka WiFi mesh oo taageero u ah wareejinta MU-MIMO , waxaad helaysaa faa'iidooyinka soo socda:

• Waxay hoos u dhigtaa wakhtiga ay tahay in qalab kastaa sugo^{(Decreases the time each device has to wait)} si uu xogta u helo
• Waxay kordhisaa xawaaraha soo dejinta ee^{(Increases the download speed)} loo fidiyay dhammaan aaladaha taageera durdurrada wireless -ka MU-MIMO
• Labada qalab ee taageera MU-MIMO iyo kuwa aan ahaynba, waxay ku raaxaystaan ​​khibrad Wi-Fi ka wanaagsan^{(enjoy a better Wi-Fi experience)}
• Waxay kordhisaa awoodda shabakadda iyo tirada aaladaha^{(Increases network capacity and the number of devices)} uu routerkaas isku mar wada qaban karo

Dhinacyada xun ee MU-MIMO

Waxa kale oo jira faa'iido darrooyin isticmaalka nidaamyada mesh wireless iyo router -yada MU-MIMO :

• Waxay shaqeysaa kaliya marka la isticmaalayo heerka wireless 802.11ac iyo 5 GHz inta jeer ee WiFi^{(It works only when using the 802.11ac wireless standard and the 5 GHz WiFi frequency)} . Kama faa'iidaysan kartid inta jeer ee 2.4 GHz iyo heerarkii hore sida 802.11n. Inta jeer ee 2.4 GHz ayaa ku xayiran adeegsiga SU-MIMO .
• MU-MIMO waxay kordhisaa xawaaraha soo dejinta oo keliya, ee ma kordhiso xawaaraha soo dejinta^{(MU-MIMO increases only the download speed, not the upload speed)} .
• Waxaad u baahan tahay labadaba router MU-MIMO iyo aaladaha shabakada MU-MIMO^{(You need both a router with MU-MIMO and network devices with MU-MIMO)} si aad u hesho soo dejin degdeg ah. Markaad iibsanayso kombuyuutar cusub, taleefannada casriga ah, iyo qalabyada kale, waxaad u baahan tahay inaad hubiso inay la shaqeeyaan shabakadaha wireless 802.11ac iyo inay taageeraan xawaalada MU-MIMO.

Goorma ayaa MU-MIMO la sii daayay?

Tignoolajiyada MU-MIMO^(MU-MIMO) waa qayb ka mid ah heerka wireless - ka ee 802.11ac Wave 2 , kaas oo ay ^{(Wave 2)}soo saartay Isbahaysiga Wi-Fi^{(issued by the Wi-Fi Alliance)} xagaagii 2015. Bishii Juun 2016^{(June 2016)} , Isbahaysiga^(Alliance) Wi-Fi wuxuu kordhiyay barnaamijkooda shahaadaynta Wi-Fi si^(CERTIFIED) loogu daro Tilmaamaha laga soo qaatay heerka 802.11ac Wave 2 . Wi-Fi Alliance waa shabakada caalamiga ah ee shirkadaha noo keena alaabada wirelesska, heerarka, iyo teknoolajiyada. Shabakadda waxaa ka mid ah in ka badan 500 oo shirkadood, oo ay ku jiraan magacyo waaweyn sida Cisco , Qualcomm , Microsoft , Dell , Samsung ,Apple , Intel iyo wixii la mid ah.

Miyaan u baahanahay MU-MIMO?

Guryaha casriga ah waxay leeyihiin tiro sii kordheysa oo ah aaladaha casriga ah ee u baahan isku xirka wireless-ka joogtada ah. Xitaa haddii qaar ka mid ah aaladahaagu aysan taageero u fidin MU-MIMO^(MU-MIMO) , waxaad weli ka faa'iidaysanaysaa iibsashada router-ka wireless -ka ee MU-MIMO^(MU-MIMO) , sababtoo ah waxa uu qaadi karaa qalab badan hal mar. Haddii aad sidoo kale gurigaaga ku haysato talefannada casriga ah ee casriga ah, laptops, iyo consoles-yada, markaa faa'iidada isticmaalka MU-MIMO way^(MU-MIMO) kordhisaa. Waxaan kugula talineynaa, haddii aad haysato siddeed ama in ka badan oo ku xiran shabakadda wireless-ka ee gurigaaga, waa inaad ka fekertaa iibsashada Wi-Fi router ee MU-MIMO .

Waa kuwee^(Which) router-yada wireless-ka iyo nidaamyada WiFi mesh ee taageera MU-MIMO ?

MU-MIMO waxaa lagu bixiyaa dhammaan router-yada casriga ah ee casriga ah iyo nidaamka WiFi mesh^{(mesh WiFi systems)} , kuwaas oo la sii daayay ka dib markii heerka 802.11ac Wave 2 la soo gabagabeeyey 2015. Halkan Digital Citizen , waxaanu tijaabinay router badan oo MU-MIMO ah iyo nidaamyada mesh wireless. Waa kuwan kuwa ugu wanaagsan ee aan ku talineyno:

• Premium: ASUS RT-AC86U , ASUS ROG Rapture GT-AC5300 , TP-LINK AC3200 , TP-LINK Archer C5400 , iyo TP-Link Deco M5
• Dhexdhexaadiyaha: ASUS Blue Cave , TP-LINK Archer C2600 , iyo Linksys EA7500 v2 .
• Dhamaadka hoose: ASUS RT-AC1200G+ , TP-Link Archer C1200 , iyo TP-Link Archer C5 v4 .

Isbahaysiga^(Alliance) Wi-Fi waxa kale oo uu bixiyaa marin aad ka heli karto dhammaan aaladaha taageera heerka 802.11ac Wave 2 , oo ay ku jiraan router-ka wireless-ka, taleefannada casriga ah, kombiyuutarrada, iyo tablet-yada. Booqo Badeecaddooda^{(Product Finder)} oo ka dhex baadho noocyada badeecadaha ee adiga xiisaynaya.

Waa maxay waayo-aragnimadaada MU-MIMO ?

Waxaad timid dhamaadka maqaalkan, waxaana rajeyneynaa, inaan ka jawaabnay su'aalahaaga ku saabsan farsamada MU-MIMO . Ma^(Did) ku iibsatay router wireless MU-MIMO ? Haddii aad samaysay, waa maxay waayo-aragnimadaada? Miyaad^(Did) aragtay wax horumar ah oo ku yimid tayada khibradaada WiFi ? La wadaag^(Share) fikradahaaga iyo khibradahaaga adigoo isticmaalaya foomka faallooyinka ee hoose.

Simple questions: What is MU-MIMO in WiFi? Do I need it?

If you study the wireless routers that were launched since the summer of 2015, you notice that most of them advertise a technology cаlled MU-MIMO оr Multi-User MIMO and they alѕo promise wirеless transfers that are up to four times faster than on tradіtionаl routers. What is MU-MІMO еxcept for a funny-sounding acronym thаt you do not understand? What does MU-MIMO do on your wireless router and should you buy a router with this technology? Reаd thіs guidе and learn everything you need to know:

How devices connect to wireless routers when using older standards (SU-MIMO or 1x1 MU-MIMO)

Wireless routers that do not offer support for MU-MIMO use the so-called SU-MIMO method for transmitting data over a wireless radio channel. SU-MIMO stands for Single-User Multiple Input Multiple Output, and it means that one wireless channel can send and receive data to and from a network client at a time. SU-MIMO is part of the 802.11n networking standard that was finalized and published in October 2009. All wireless routers with support for the final version of the 802.11n standard can use the SU-MIMO method for transmitting data. When using this approach, routers are good at sending and receiving data, but only in one direction, to one client at a time. If you had a wireless router with one antenna that is used for receiving and sending data, it could connect only to one network device at a time. Let's assume that you have three users, each with their device connected to the WiFi broadcast by the router. The router can send and receive data only to the first user. When it is done with the first user, it goes to the second user and then to the third.

The number of simultaneous data streams is limited by the minimum number of antennas in use. If your router has four antennas, in SU-MIMO, you can have up to four data streams simultaneously. For example, a wireless router that can transmit or receive on two antennas can handle two users simultaneously. A router with four antennas can handle four separate streams and up to four clients simultaneously. Since on many WiFi networks you have multiple wireless clients that are connected, each requesting access to their data stream, the router acts like a machine gun mounted to a merry-go-round. It rattles off bits of data very quickly to multiple devices in turn. Each device waits its turn to send and receive data, so when a new device connects, the line and the wait become longer. Therefore, the more devices you connect to a wireless router that is using SU-MIMO, the bigger the latency becomes and the less speed you get for each device.

NOTE: In some technical documentation, SU-MIMO is referred to as 1x1 MIMO. Keep this in mind when you see 1x1 MIMO being used later in this article.

Here is what MU-MIMO does when it comes to WiFi:

MU-MIMO, Multi-User MIMO or Multi-User Multiple Input Multiple Output is the ability to transmit to several clients simultaneously, instead of just one, or to transfer data to a network client using multiple data streams at once and thus increase the speed of the transfer. With this transfer method, a wireless router can "talk" to more than one user at a time on a single wireless radio channel or to one user using multiple data streams on the same channel.

There are different types of MU-MIMO implementations that are found in wireless routers and devices:

• 2x2 MIMO - it offers two spatial streams of wirelessly transmitting and receiving data on the same channel or frequency. For this implementation, you need only two antennas, and you can simultaneously connect a maximum of two clients, one on each stream.
• 3x3 MIMO - it offers three spatial streams, and you need three antennas. You can simultaneously connect a maximum of three clients.
• 4x4 MIMO - it offers four spatial streams, you need four antennas, and you can connect a maximum of four clients.
• 8x8 MIMO - offers eight spatial streams on the same wireless channel or the same frequency to a maximum of four clients (yes this is correct). For this implementation, you need eight antennas. 8x8 MIMO is not yet a mainstream technology.

In the illustration below you can see a representation of a router with support for 3x3 MIMO, communicating simultaneously with three devices.

What happens when your wireless devices also have support for MU-MIMO?

One aspect of MU-MIMO is that wireless clients can also have support for this technology. Cheap smartphones and tablets have only one wireless antenna to reduce their manufacturing costs, so they offer 1x1 MIMO. Premium smartphones and tablets, often have two antennas and can benefit from 2x2 MIMO. Affordable laptops have two Wi-Fi antennas and can benefit from 2x2 MIMO while more expensive ones have three antennas and can benefit from 3x3 MIMO. The ASUS PCE-AC88 wireless PCI-Express network adapter is the first to implement 4x4 MIMO. Anyone can use it on a desktop computer for WiFi network connections.

The idea behind MU-MIMO is not only to simultaneously connect more devices to the wireless network but also to increase the speed of the wireless connection. Therefore, your network devices offer one of the following MU-MIMO implementations:

• 1x1 MIMO - such devices have one antenna and can connect to only one wireless stream.
• 2x2 MIMO - they have two antennas and can simultaneously connect to two MIMO streams.
• 3x3 MIMO - have three antennas and simultaneously connect to three MIMO streams.
• 4x4 MIMO - have four antennas and simultaneously connect to four MIMO streams.

In your network, you use different types of wireless devices that offer different MIMO implementations. Let's assume that you have a wireless router with 4x4 MIMO. This router provides four data streams. Therefore, you can connect and simultaneously transfer data to four smartphones with 1x1 MIMO because each smartphone uses only one stream. Alternatively, you can connect and simultaneously transfer data to two tablets with 2x2 MIMO, to one laptop with 3x3 MIMO and one smartphone with 1x1 MIMO or just to one device, if it offers support for 4x4 MIMO. However, that device with 4x4 MIMO will have the benefit of transfer speeds that are a lot faster than one smartphone with 1x1 MIMO.

What are the advantages of MU-MIMO?

If you buy a wireless router or mesh WiFi system with support for MU-MIMO transfers, you get the following benefits:

• Decreases the time each device has to wait to receive data
• Increases the download speed offered for all devices that support MU-MIMO wireless streams
• Both devices that support MU-MIMO and the ones that do not, enjoy a better Wi-Fi experience
• Increases network capacity and the number of devices that that router can handle simultaneously

The downsides of MU-MIMO

There are also disadvantages to using wireless mesh systems and routers with MU-MIMO:

• It works only when using the 802.11ac wireless standard and the 5 GHz WiFi frequency. You cannot take advantage of it on the 2.4 GHz frequency and older standards like 802.11n. The 2.4 GHz frequency is stuck with using SU-MIMO.
• MU-MIMO increases only the download speed, not the upload speed.
• You need both a router with MU-MIMO and network devices with MU-MIMO to get faster downloads. When buying new computers, smartphones, and other gadgets, you need to make sure that they work with 802.11ac wireless networks and that they support MU-MIMO transfers.

When was MU-MIMO released?

The MU-MIMO technology is part of the 802.11ac Wave 2 wireless standard, which was issued by the Wi-Fi Alliance in the summer of 2015. In June 2016, the Wi-Fi Alliance extended their Wi-Fi CERTIFIED program to include the specifications from the 802.11ac Wave 2 standard. Wi-Fi Alliance is the worldwide network of companies that bring us wireless products, standards, and technologies. The network includes more than 500 companies, including big names like Cisco, Qualcomm, Microsoft, Dell, Samsung, Apple, Intel and so on.

Do I need MU-MIMO?

Modern homes have an increasing number of smart devices that require constant wireless connectivity. Even if some of your devices do not offer support for MU-MIMO, you still benefit from purchasing a wireless router with MU-MIMO, just because it can handle more devices at once. If you also have premium smartphones, laptops, and consoles in your home, then the benefit of using MU-MIMO increases. We recommend that, if you have eight or more devices that connect to the wireless network in your home, you should consider purchasing a Wi-Fi router with MU-MIMO.

Which wireless routers and mesh WiFi systems support MU-MIMO?

MU-MIMO is offered in all modern wireless routers and mesh WiFi systems, that were released after the 802.11ac Wave 2 standard was finalized in 2015. Here at Digital Citizen, we have tested many MU-MIMO routers and wireless mesh systems. Here are the best that we recommend:

• Premium: ASUS RT-AC86U, ASUS ROG Rapture GT-AC5300, TP-LINK AC3200, TP-LINK Archer C5400, and TP-Link Deco M5
• Mid-range: ASUS Blue Cave, TP-LINK Archer C2600, and Linksys EA7500 v2.
• Low-end: ASUS RT-AC1200G+, TP-Link Archer C1200, and TP-Link Archer C5 v4.

The Wi-Fi Alliance also offers a portal where you can find all devices that provide support for the 802.11ac Wave 2 standard, including wireless routers, smartphones, computers, and tablets. Visit their Product Finder and browse through the types of products that interest you.

What is your experience with MU-MIMO?

You have arrived at the end of this article and, hopefully, we have answered your questions about the MU-MIMO technology. Did you buy a wireless router with MU-MIMO? If you did, what is your experience with it? Did you notice any improvements in the quality of your WiFi experience? Share your thoughts and experiences using the comments form below.

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