Dad badan iyo shirkado badan ayaa iibsada nidaamka WiFi mesh si ay u horumariyaan daboolida ^(WiFi)WiFi ee guryaha iyo goobaha shaqada waxay bixinayeen shabakado wireless la isku halayn karo. Sidan, waxay dhigi karaan hal xarun WiFi mesh meel ay inta badan dhibaatooyin kala kulmaan, si ay u horumariyaan daboolitaankooda shabakada wireless. Si kastaba ha noqotee, waxaa jira xaalado marka xitaa nidaamka WiFi mesh uusan ku caawin karin. Xaaladdaas, hal fikrad oo weyn ayaa ah in lagu xiro dhammaan xarumaha WiFi mesh ee fiilooyinka Ethernet . Waa kuwan sida ay u shaqeyso marka la isticmaalayo ASUS Lyra mesh^{(ASUS Lyra mesh WiFi)} nidaamka WiFi, iyo faa'iidooyinka aad hesho:

Waa maxay dib u habaynta marka ay timaado nidaamka WiFi^(WiFi) mesh ?

Backhaul waa erey farsamo oo inta badan lagu isticmaalo isgaarsiinta. Waxay la macno tahay "laf-dhabar". Sidaa darteed^(Therefore) , marka qof uu yiraahdo WiFi backhaul marka la tixraacayo nidaamka WiFi mesh^{(mesh WiFi system)} , waxay ka dhigan tahay in laf-dhabarka shabakadu ay ka kooban tahay isku xirka wireless-ka ee tooska ah ee u dhexeeya qanjidhada nidaamka mesh. Dib-u-hawlgalayaasha WiFi waxay diyaar u yihiin nidaamyada ^(WiFi)WiFi -ga mesh tri-band . Xaaladdan oo kale, mid ka mid ah saddexda xadhig ee wireless-ka ayaa loo qoondeeyay inay isku xiraan qanjidhada ka samaysan nidaamka mesh, si ay si xor ah u wada xiriiraan, iyada oo aan la faragelin, sidaas darteedna ay bixiyaan shabakad wireless oo la isku halleyn karo oo ku saabsan aagga ay ku nool yihiin. Dib-u-hawlgalayaasha ma geli karaan macaamiisha shabakadu, kaliya waxay galaan noodhka ka samaysan meshNidaamka WiFi^(WiFi) .

Nidaamyada mesh WiFi ee la awoodi karo ma laha dib-u -hawlgal WiFi ah oo go'an , taasoo la macno ah inay u kala qaybiyaan xadhkahooda wireless-ka dhammaan macaamiisha shabakadda, sidaas darteed waxay keenayaan soo- saarka WiFi xasilloon. ^(WiFi)Si kastaba ha noqotee, inta badan nidaamyada WiFi^(WiFi) mesh , iyo dhammaan nidaamyada ASUS Lyra , isticmaalayaashu waxay abuuri karaan dib-u-hagaajinta Ethernet . Tani waxay ka dhigan tahay in dhammaan qanjidhada laga soo bilaabo nidaamka WiFi mesh ay la socdaan fiilooyinka shabakadda si ay midba midka kale ula xiriiraan si dhakhso ah, iyo si kalsooni leh.

Dib-u-hagaajinta WiFi^(WiFi) vs. Ethernet backhaul: sidee ayaan u samaynay cabbiradeena?

Bal aan eegno aqalka loo isticmaalay imtixaankeena iyo sida loo dhisay. Waxaad arki kartaa in ASUS Lyra ugu weyn lagu dhejiyay qolka fadhiga. Si loo helo daboolka ugu wanaagsan ee suurtogalka ah, waxaan ku dhejineynaa Lyra^(Lyra) labaad ee qolka weyn^{(Big Bedroom)} ee weyn , iyo seddexaad oo ku yaala marinka, meel u dhow albaabka jikada. Gurigayagu waxa uu leeyahay internet degdeg ah oo 1 Gigabit ah kaas oo awood u leh in lagu dhejiyo intarneedka ilaa 500 ^(Gigabit)Mbps . Sidaa darteed^(Therefore) , inta ugu badan ee aan heli karno waxay ku dhowdahay 960 - 980 Mbps xawaaraha soo dejinta, iyo 500 Mbps xawaaraha rarka.

ASUS Lyra AC2200 waa nidaam WiFi mesh qaali ah oo ka socda ASUS . Mid ka mid ah sababaha tani waa xaqiiqda ah in ay leedahay dib-u -hawlgal WiFi ah, oo ku yaala band 5 GHz , oo loo isticmaalo oo kaliya xarumaha ASUS Lyra si ay ula xiriiraan midba midka kale, si ay u bixiyaan caymiska ugu fiican ee suurtogalka ah. Labada xadhig ee kale ee la heli karo ee wireless-ka waxaa loogu talagalay macaamiisha shabakadda.

Waxaan ku rakibnay nooca firmware-ka 3.0.0.4.382.20208 dhammaan xarumaha Lyra ka dibna u isticmaalnay laptop-kayaga si aanu u cabbirno xawaaraha xidhiidhkayaga internetka, anagoo adeegsanayna SpeedTest . Waxaan diiwaangelinay dhammaan natiijooyinka waxaanan xisaabinnay celceliska xawaaraha qol kasta. Waxaan markaa abuurnay dib-u-hagaajinta Ethernet^{(Ethernet backhaul)} , waxaanan ku xirnay dhammaan Lyras , anagoo adeegsanayna fiilooyinka CAT6 Ethernet . Waxaan ku celinay isla cabbirada qolalka oo dhan, oo leh SpeedTest , ayaa diiwaan galiyay natiijooyinka, ka dibna la barbar dhignay waxa aan helnay markii aan isticmaaleyno dib u celinta WiFi ee ASUS Lyra .

Xadhkaha xadhiga 2.4 GHz , soo dajisyadu waa ilaa 50% ka dheereeya waxayna soo galiyaan ilaa 110% dhakhso

Markaad isticmaalayso dib-u-hagaajinta Ethernet ee ASUS Lyra , saameynta ugu wanaagsan ee ugu muhiimsan ayaa lagu qiyaasay inta jeer ee 2.4 GHz . Marka laga reebo hal mar, soodejintu had iyo jeer aad ayay u dheereeyeen marka la isticmaalayo dib-u-hawlgalka Ethernet . Hal qol, xawaaraha soo dejinta ayaa kordhay 50%.

Soo dejinta si joogto ah ayey u dheeraysay, dhammaan qolalka, sababtoo ah dib-u-hawlgalka Ethernet . Hal qol, xawaaruhu wuxuu 110% ka dheereeyey marka loo isticmaalo dib-u- hawlgalka WiFi ee nidaamka ^(WiFi)ASUS Lyra AC2200 mesh WiFi .

Xajmiga 5 GHz ee xadhkaha-la'aanta ah, wax-soo-gudbinta ayaa 60% ka dheereysa

Markii aan u wareegnay inta jeer ee wireless-ka 5 GHz , arrimuhu si cad uma kala go'in. Markii aan cabbirnay xawaaraha soo dejinta, waxaan helnay kala duwanaansho qol ilaa qol, iyo dib-u-hagaajinta WiFi waxay bixisay wax qabad aan wax dhibaato ah ka qabin inay la tartamaan dhabarka dambe ee Ethernet , taasoo caddaynaysa inay jirto doorasho weyn oo lagu iibsado nidaamka WiFi mesh oo leh dib u habeyn WiFi ah .

Sida aad arki karto, dib-u-hawlgalayaasha Ethernet ayaa ka dhaqso badnaa dib-u-hawlgalka WiFi ee laba qol oo keliya, marka loo eego gees yar. Meelaha kale, dib-u-hawlgalka WiFi wuxuu lahaa waxqabad aad u fiican.

Si kastaba ha ahaatee, markii aan cabbirnay xawaaraha rarka, waxaan ogaanay horumar markaan isticmaaleyno dib-u-hawlgalka Ethernet , inta badan qolalka. Hal qol, kororku wuxuu ahaa 60%, halka kuwa kale uu ka yaraa intaas, laakiin weli waa mid muhiim ah.

Goorma dib-u-hagaajinta Ethernet waa fikrad aad u fiican nidaamka WiFi mesh ?

ASUS waxay leedahay qalab badan oo qoyskeeda Lyra ah: ASUS Lyra AC2200 , ASUS Lyra Trio , ASUS Lyra Mini , iyo ASUS Lyra cod. Waxaad arki kartaa isbarbardhigga inta badan qalabkan, halkan: ASUS Lyra vs. ASUS Lyra Trio vs. ASUS Lyra Mini: Price, performance, and features!

ASUS Lyra AC2200 waa nidaamka kaliya ee mesh ee qoyska Lyra ee leh dib u hagaajinta ^(Lyra)WiFi . Kuwa kale ma sameeyaan. Inta badan, saamaynta togan ee abuurista dib-u-celinta Ethernet waxay noqon doontaa mid aad muhiim u ah nidaamyada WiFi ee mesh iyada oo aan lahayn dib u habeyn ^(WiFi)WiFi ah . Hadda, aan aragno marka ay tahay fikrad wanaagsan in la abuuro dib u habeynta Ethernet :

• Markaad u baahato daboolka bilaa-waayirka guri/dhisme weyn oo dabaqyo badan leh, halkaas oo alaabada WiFi -ga caadiga ahi ay ku fashilanto inay bixiso caymis la isku halayn karo.
• Goobaha shaqada iyo guryaha dabaqyada leh darbiyo qaro weyn oo adkeynaya in la helo daboolka fiilo la isku halayn karo ee dhammaan qolalka. Tusaale ahaan, waxaa laga yaabaa inaad haysato qol ama laba halkaas oo signalka WiFi had iyo jeer daciif yahay, iyadoon loo eegin sida aad u habayso xudunta nidaamka ^(WiFi)WiFi mesh . Abuuritaanka dib-u-hawlgalayaasha Ethernet, iyo dhigista hal xarun aagga ay dhibaatooyinka kaa haystaan, waxay samayn kartaa adduunyo kala duwan.
• Markaad rabto inaad hagaajiso xawaaraha shabakada oo dhan, dhammaan aaladaha shabakada Tani waxay si gaar ah faa'iido u yeelan kartaa isticmaalayaasha awoodda leh xalalka Kaydinta Isku-xidhka^{(Network Attached Storage)} ( NAS ), iyo ganacsiyada yaryar ee ku wareejiya xog badan iyaga oo isticmaalaya shabakadooda.

Ma^(Did) u abuurtay dib-u-hawlgalka Ethernet nidaamkaaga ^(Ethernet)WiFi mesh ? Maxa ka soo baxay?

Waxaan rajeyneynaa inaad ka heshay tijaabadayada mid xiiso leh. Samee dib u habeyntaada Ethernet , samee isbarbardhig, ku soo noqo maqaalkan, oo faallo uga tag. Waa maxay waayo-aragnimadaada ku saabsan dib-u-hawlgalayaasha Ethernet ee nidaamyada WiFi mesh ? Miyay hagaajiyaan xawaaraha iyo caymiska aad hesho? Hoos ka faallooda^(Comment) , oo aan ka wada hadalno.

WiFi vs. Ethernet backhaul: Performance improvements for your mesh WiFi system!

Many peoрle and сompaniеs buy mesh WiFi systems to improve the WiFi coverage in homes and workplaces were providing reliable wireless networks is tough. This way, they can place оne mesh WiFi hub іn an area where they usually have problems, to improve their wireless network covеrage. Howeνer, there are ѕituations when even a mеsh WiFi syѕtem cannot help. In that case, one great idea is to connect all your mesh WiFi hubs throυgh Εthernet сables. Here's how it works when using an ASUS Lyra mesh WiFi system, аnd the benefits you get:

What is a backhaul when it comes to mesh WiFi systems?

Backhaul is a technical term used mostly in telecommunications. It is a synonym for "backbone". Therefore, when someone says WiFi backhaul when referring to a mesh WiFi system, it means that the backbone of the network is made of direct wireless connections between the nodes of the mesh system. WiFi backhauls are available for tri-band mesh WiFi systems. In this situation, one of the three wireless bands is reserved to connect the nodes that make up the mesh system, so that they communicate freely, without interference, and thus provide a more reliable wireless network in their area of coverage. The backhaul cannot be accessed by network clients, only by the nodes that make up the mesh WiFi system.

Affordable mesh WiFi systems do not have a dedicated WiFi backhaul, meaning that they split their wireless bands with all network clients, thus delivering a less stable WiFi throughput. However, for most mesh WiFi systems, and all ASUS Lyra systems, users can create an Ethernet backhaul. This means connecting all the nodes from the mesh WiFi system with network cables so that they communicate with each other faster, and more reliably.

WiFi backhaul vs. Ethernet backhaul: how we made our measurements?

Let's take a look at the apartment that was used in our testing and how it is set up. You can see that the main ASUS Lyra is placed in the living room. To have the best possible coverage, we put the second Lyra in the Big Bedroom, and a third in the hallway, near the entrance to the kitchen. Our apartment has a fast 1 Gigabit internet connection that is capable of uploads on the internet of up to 500 Mbps. Therefore, the maximum we can get is around 960 - 980 Mbps for the download speed, and 500 Mbps for the upload speed.

ASUS Lyra AC2200 is a premium mesh WiFi system from ASUS. One of the reasons for this is the fact that it has a dedicated WiFi backhaul, on the 5 GHz band, used only by the ASUS Lyra hubs to communicate with each other, so that they provide the best wireless coverage possible. The other two available wireless bands are for network clients.

We installed the firmware version 3.0.0.4.382.20208 on all the Lyra hubs and then used our laptop to measure the speed of our connection to the internet, using SpeedTest. We recorded all the results and calculated the average speed for each room. We then created an Ethernet backhaul, and connected all the Lyras, using CAT6 Ethernet cables. We repeated the same measurements in all rooms, with SpeedTest, recorded the results, and then compared them with what we got when using a WiFi backhaul for ASUS Lyra.

On 2.4 GHz wireless band, downloads are up to 50% faster and uploads up to 110% faster

When using an Ethernet backhaul on the ASUS Lyra, the most significant positive impact was measured on the 2.4 GHz wireless frequency. With one exception, downloads were always faster when using the Ethernet backhaul. In one room, the download speed increased by 50%.

Uploads were consistently faster, in all rooms, due to the Ethernet backhaul. In one room, the upload speed was 110% faster than when using a WiFi backhaul for the ASUS Lyra AC2200 mesh WiFi system.

On 5 GHz wireless band, uploads are up to 60% faster

When we switched to the 5 GHz wireless frequency, things were not as clear cut. When we measured the download speed, we had variations from room to room, and the WiFi backhaul offered performance that had no troubles competing with the Ethernet backhaul, proving that there is a great choice to buy a mesh WiFi system with a dedicated WiFi backhaul.

As you can see, the Ethernet backhaul was faster than the WiFi backhaul in just two rooms, by a small margin. In other places, the WiFi backhaul had excellent performance.

However, when we measured the upload speed, we noticed improvements when using an Ethernet backhaul, in most of the rooms. In one room, the increase was of 60%, while in others it was less than that, but still significant.

When is an Ethernet backhaul an excellent idea for your mesh WiFi system?

ASUS has many devices in its Lyra family: ASUS Lyra AC2200, ASUS Lyra Trio, ASUS Lyra Mini, and ASUS Lyra voice. You can see a comparison between most of these devices, here: ASUS Lyra vs. ASUS Lyra Trio vs. ASUS Lyra Mini: Price, performance, and features!

ASUS Lyra AC2200 is the only mesh system in the Lyra family that has a dedicated WiFi backhaul. The others do not. Most probably, the positive impact of creating an Ethernet backhaul is going to be even more significant for mesh WiFi systems without a dedicated WiFi backhaul. For now, let's see when it is a good idea to create an Ethernet backhaul:

• When you need wireless coverage on a large, multi-floor house/building, where traditional WiFi products fail to provide reliable coverage.
• In work-places and apartments with thick walls that make it difficult to get reliable wireless coverage in all rooms. For example, you may have a room or two where the WiFi signal is always weak, no matter how you arrange the hubs in your mesh WiFi system. Creating an Ethernet backhaul, and placing one hub in the area where you have problems, can make a world of difference.
• When you want to improve the speed across the whole network, for all network devices. This may be especially useful for power users with Network Attached Storage (NAS) solutions, and to small businesses that transfer a lot of data through their network.

Did you create an Ethernet backhaul for your mesh WiFi system? What were the results?

We hope that you found our experiment interesting. Create your Ethernet backhaul, make comparisons, come back to this article, and leave a comment. What is your experience with Ethernet backhauls for mesh WiFi systems? Do they improve the speed and coverage you get? Comment below, and let's discuss.

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