AndI also agree that the rapidly growing number of WiFi IoT devices in homes does not seem be on the radar or the WiFi vendors. I think having 50+ WiFi IoT devices in your house will be common soon. Most current generation WiFi6 systems seem to talk about 50 to 100 device capacity. But these numbers are often buried in the specifications, and it not clear to me how performance degrades (or stops) for even low bandwidth devices when you approach or hit this wall.
For Access point, the recommended clients number is about 15. Since TL-WA1201 support dual-band Wi-Fi, you may connect your devices to this Wi-Fi separately if possible, not all connect to one band Wi-Fi.
Marketing tell you the maximum (theoretical speed, number of clients, etc) in order to sell more and justify their big commission/salaries; but Support have to make it work and so their recommended figure is realistic. And the realistic figure for regular 802.11n devices is apparently 30. Fortunately IoT devices (with exception for cameras) send to send short messages (low bandwidth), so more should work OK.
However in real-world environments we recommend no more then 70 connections per Router. Most can handle up to 110 without issue, but then the performance and speed drop as the Wireless is a shared resource. Typically 70 items is the recommended so it does not impact too much on the router response and connections.
If you need a only a WIFI AP for esphome devices I would check for a used device that is capable of running openwrt. For example a TP-Link N600 can be available used for $10 and is capable running the latest openwrt release
Unfortunately these are totally irrelevant for IoT on 2.4GHz band I agree with orange-assistant that a more basic model, or even second hand should do the IoT job just as well. I personally opted for a new router which can run openwrt to keep my options open.
IoT devices are generally low bandwidth (only send short messages); however I would suggest you look closer at the bandwidth required for cameras; specifically video resolution x color depth x frame rate. For example 800x600 x 16bit colour x 10 frames/second = 9.6Mbps per camera just for the image.
If you have to pay an electrician to run power cables through the ceiling cavity, you will probably find that the extra cost of POE devices and a POE hub is the cheaper alternative, given that you have to install the APs and run ethernet cable anyway. And I always recommend wired connections where feasible for speed and reliability, leaving wi-fi for those connections where wires are not feasible.
Having chosen that particular device (over others) only because of the claim it has the highest theoretical throughput on 2.4Ghz wifi was clearly what netgear marketing wanted.
Still there is a high chance other devices on your list could (even advertising less theoretical maximum throughput) actually perform better for your particular scenario For example the same priced RT-AC68U is a 3 stream MIMO device that (in theory) should outperform your chosen 2(?) stream device.
Un router dual-band affidabile con due antenne che misura 129 x 475 x 223 millimetri. Dispone di quattro lan ethernet gigabit e una wan di collegamento al modem. Integra una porta usb 3.0 e una porta usb 3.1. La velocit massima supportata su singola frequenza di 1,2 Gbps. Supporta anche Alexa skill e l'app Asus router semplifica la gestione di ogni funzione, anche la sicurezza. Buono il rapporto qualit/prezzo. compatibile con la soluzione mesh di Asus.
Fritz!Box, la serie di router prodotta da Avm, ha recentemente aggiornato il suo modello top di gamma (il 7590) con una nuova edizione che introduce il wi-fi 6. Un passo che, per chi sta cercando un dispositivo affidabile a 360 gradi, sicuramente nella giusta direzione. Raggiunge una velocit di trasmissione combinata di 3.6 Gbps (2.4 GHz a 1.2 Gbps, 5 GHz a 2.4 Gbps), a cui affianca connessioni cablate adsl2+ e vdsl fino a 300 Mbps. Dispone inoltre di quattro porte lan da un Gbps, una porta wan da un Gbps e due porte USB 3.0, e pu anche fungere da base per gestire fino a sei telefoni cordless contemporaneamente.
Tenda RX2 Pro un router perfetto per chi non ha particolari esigenze di banda e vuole semplicemente migliorare la diffusione del proprio segnale wi-fi disponendo al tempo stesso di ingressi (tre in questo caso) che consentano un collegamento cablato ai propri dispositivi. Monta cinque antenne da 6 dBi progettate per migliorare la trasmissione del segnale, con una velocit che pu raggiungere i 1201 Mbps in 5 GHz e i 300 Mbps in 2,4 GHz.
Semplice e rapido da configurare, Asus RT-AX53U AX1800 un router wi-fi 6 che, con una spesa tutto sommato contenuta, garantisce una connessione stabile e sicura. Perfetto per chi non vuole perdersi tra mille settaggi e tra mille schermate, dispone di un sistema di protezione di rete piuttosto efficace e raggiunge una velocit complessiva di 1.8 Gbps, con punte massime di 1201 Mbps in 5 GHz e di 574 Mbps in 2.4 Ghz.
RadiX Axe 6600 un router wi-fi 6E con una spiccata anima gaming che, viste le sue caratteristiche, per in grado di districarsi egregiamente in qualunque situazione. Dispone di un buon quantitativo di opzioni di personalizzazione (gestibili anche tramite app) e, grazie a un motore AI integrato, pu gestire in completa autonomia il flusso dei dati assegnando automaticamente le risorse per ottimizzare il traffico di rete e, di conseguenza, le performance. Raggiunge una velocit di trasmissione massima di 4.8 Gbps sulla banda da 6 GHz, di 1.2 Gbps su quella da 5 GHz e fino a 574 Mbps su quella da 2.4 GHz ed dotato di una porta wan da 2.5 Gbps, quattro porte lan da un Gbps e una porta usb 3.0.
There is a bug with negotiation rates with certain router models. Essentially AX and AXE models but more might also be affected. I have been investigating this bug since launch and finally both Meta and TP-Link have confirmed that the Quest3s negotiation protokolls with the routers is very unstable. This problem is totally unrelated to VD or AirPlay functionality, but it's here you'll notice the problem.
Hey everyone! Let's sum things up with a list of routers discussed in this thread. Keep in mind that these are personal recommendations, and success may vary based on your setup and location. It's advised to buy routers with return policies so you can test them yourself (purchase at your own risk).
Note this is *not* a 6E router, but rather a high-end 6 router, and this works perfectly for Quest 3 at a price around $200 lower than a high end 6E router (like the GT-AXE16000). However, I am extremely pleased with the performance. As you can see in this "Old Friend" video, on average latency end-to-end is 35-45ms, and is under 50ms 100% of the time, which is generally considered the benchmark. While I don't have a 2nd video handy, playing HALF LIFE ALYX via SteamVR, I obtained even better results than with the "Old Friend" demo (which used Meta's PCVR protocol), with SteamVR's network latency being as low as 1ms at times, and rarely if ever exceeding 5ms. At all times in both cases with "worst case scenario" movement, the link stays pegged at 2401mbps.
In the below video, I did a Quest 3 "torture test," which involved rapid squatting up and down (in beat with the music!), violent head shaking, and rapid arm movement, all at the same time as you can see from the video. Despite this, which is a worse case scenario that exceeds what you do in real gameplay, I was unable to trip up the wifi in any significant way.
To achieve this, I used the tri-band GT-AX11000 PRO router, and manually set it so that Quest 3 had its own 5ghz radio & SSID (5ghz-2), set to 160mhz width starting with channel block 100, AX-only. This basically gives Quest the most bandwidth possible, and best chances of success, at the same link speed as 6E offers, but with the greater range of 5ghz; so I can also use Quest 3 in the room adjacent to the router through a wall without issue. VD settings are as-pictured, which offer the highest possible quality currently available at 90hz. With this router, if you are not using a mesh you can also use Quest with 5ghz-1 starting at channel block 36 if it works better for your area (will depend on interference).
I stream virtual desktop 200mbit solid and the virtual desktop status screen shows 2401 for the speed. I only connect the quest 3 to this device and and within 20 feet from the access point. I wasn't even aware of the bug.
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La rete internet domestica sta assumendo un ruolo sempre pi centrale nella nostra quotidianit. Da semplice strumento per navigare sul web tramite il PC, diventata il cuore pulsante di abitazioni sempre pi smart, a cui colleghiamo la nostra crescente schiera di dispositivi sempre connessi. Senz'altro smartphone e tablet, ma anche molto di pi: console da gioco per le sessioni di online multiplayer, set-top box o smart TV per l'intrattenimento da salotto, dispositivi domotici come smart speaker, lampadine, robot aspirapolvere, videocamere di sorveglianza e molto altro. Per sostenere al meglio tutta questa mole di connessioni, necessario dotarsi dei migliori router Wi-Fi sul mercato.
Partiamo subito con i migliori router Wi-Fi economici. Si tratta di soluzioni di qualit per la fascia di prezzo a cui appartengono, capaci di soddisfare ottimamente le esigenze pi basilari, per migliorare o estendere la copertura e la stabilit della rete Wi-Fi domestica. Ecco quindi i migliori router Wi-Fi soprattutto per chi possiede una linea ADSL, mentre se possedete una FTTC performante o addirittura una FTTH, il caso di alzare il budget e passare alla prossima categoria.
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