Router 160mhz can work with 80mhz clients. If you dont you will only get 1200 Mbps at 80Mhz.

Router 160mhz can work with 80mhz clients 80MHz of Wi-Fi 5 There is also the fact a lot of AC routers only support 80Mhz channel width,. It may even reach 700 Mbps. All similar results. (which can be bonded as you mention). Router is tp-link Archer AX73 (AX5400) WIFI 6 Checking bandwith 3 different ways using a WIFI analyzer, the modem settings through the router login through IP address/tp tether app which is basically the mobile app for accessing router the router can be configured to use the bh as a fh allowing clients to connect. 6Gbps, the limit of WiFi 6! I thought these maximum throughput of WiFi did ignore 2. max 866Mbps on a 80MHz 5G channel (common) with at least a 2x2 router. Honestly speaking. 7Gbit peak at 160Mhz) WiFi5: Ubiquiti NanoHD OpenWRT You "should" use 80mhz or even better 160mhz if you have Quest3, otherwise your connection speed goes low. and one of the pods is within 5m of my router. If 5 GHz router automatically selects a channel above 140 (e. I managed to get the throughput to go up to around 450mbps (with a link speed of 2400mbps) by enabling 160MHz mode on the router. 160mhz AP don’t talk well with 80mhz devices. I have RT-AX86x TUF-AX3000 & RT-AC-5300. Send. 6Gbps, the calculation is For the 5GHz-2 radio, that is the dedicated backhaul radio, I enable 160MHz. [Wireless Router] How to ensure compatibility of 160MHz and device with RT-AX89X? For advanced users who use Intel AC9560, AC9260, AX200, AX201: 1. If it’s resulting in a lot of interference or random dropouts for you, which is IF the 160mhz bandwidth ran in the lower 5ghz band, it would work fine like the routers with wifi6 chipsets made AX6000 and earlier, to Chipsets AX11000 on (multi 160mhz bands). I have too many nearby networks for 160mhz to work well (overlaps too many saturated channels) so I‘ve always just used 80mhz on my GT-AX11000 a few things to try: -factory reset router and then tune the 5ghz to 80mhz bandwith only (not Auto or 20/40/80). No internet", or just doing infinite attempts to connect, over and over again. I can see they're on 44@80MHz and I just moved my network to channel 100 (from 64@160MHz) too see if their experience will improve, and now I can only select 80MHz It is obvious that the router is incorporating some sort of rule that caps WiFi (internet WiFi) speeds at 700mbps, regardless of client specs. Use the link above to get a copy of your settings that work right now. I checked 160MHZ and selected the AX wifi mode in the 5ghz band, then I went through the PC (PC using the AX 200 intel card) but when I checked, I only found the network card on the PC to operate at 80MHZ and the AX standard. 80mhz is also fast enough to cover most type of ISP plans up to 600-800 Mbps (2x2 client), depending on product Hey, I recently bought AX88U and I am trying to maximize the bandwidth I can get of it. I'm using the latest stock Asus f/w 3. . When describing the channel, it says Channel: <my 5GHz channel> (5GHz, 160MHz) However, it won't stick to 160MHz but will switch between 160MHz and 80MHz continuously. 160MHz is the highest bandwidth available on 5GHz routers. 11ac clients support 80MHz channels, and no 802. Yeah only one router can transmit at a time and it requires the entire range it's transmitting on to be free. for some reason, I am not able to create a 160Mhz connection, only up to 80Mhz. Some say that ideally, we should not pass 200ms to still get a passable 1080p streaming experience, while others swear that anything above 100ms is unusable, so we should put an arbitrary limit of 150ms (please do correct me if Comparison with the RT-AX88U and the RT-AX58U. Send to Email Copy Link. (802. But when I switch it to 80mhz, I’m still getting un-reliable speeds and massive pings! Plus it was talking okay with my MacBook which uses 3x3 80mhz WiFi 5 card, so there shouldn’t be a reason why 160mhz can’t talk to 80mhz WiFi 6! I wouldn't even go to 160mhz personally. that explains why didn't a 8x8 Router hit 9. If you are using Asus RT-AX89X as the primary router and other Asus routers that supports wifi 6 160MHZ mode, then the 80MHZ mode can not go over 600Mbps, which means that it can not go over 75MB/S, while 160MHZ can not go over 150MB/S. Wi-Fi 6 capable phones like the Galaxy S20 series only use 80MHz resulting in a maximum connection speed of 1. 9GHz. 5Gbps speeds. Remember that in those situations the router/client can "fall back" to 80MHz, 40MHz or even 20MHz bandwidth. 2Gbps, for example. Is there some way to verify that this is either a router problem or maybe just an issue with my d There isn’t enough spectrum at the top end for 160MHz, so instead it uses 80+80MHz. On Auto, the router does not rev up to 160MHz when on Auto and connected to a 160MHz client. , 149), then the mobile device will not see its 5 GHz wireless network. By default, the Wi-Fi 5 standard uses 80MHz of channel width, however, by having twice the channel width (160MHz) we will achieve twice the real speed with the same number of antennas. So putting 160mhz clients in a product is kind of redundant. Probably 80mhz, Most WiFi 6 routers and client devices can't do 1 gigabit over WiFi. The reason is that a band can only work on one channel at a time. 7Gbit peak at 160Mhz) WiFi5: Ubiquiti NanoHD OpenWRT - I have set the region to USA in the router but it still won't connect on 160Mhz. 2. 11ac mode with a maximum bandwith of 80Mhz. Only, when 160Mhz client is connected to AX88U(Main), I am seeing the DFS State become active in the "System It's useless for typical users since there's basically 0 user devices that uses 160Mhz bandwidth with a capable mu-mimo. WiFi 6 can work on 2. Try Teams for free Explore 40-, 80-, and 160MHz-wide Wi-Fi channels are identified by which 20MHz-wide channel functions as the primary By rights devices only capable of 80Mhz like all the iPads and iPhones should work ok at 160Mhz as they I’ve managed on a selection of WiFi 6 routers 856mbps DL on 2x2 AX clients. There is a setting "160 HT" that you can enable in order for the router to enable 160MHz bandwidth, but it doesn't work - the AP still only uses 80MHz bandwidth. Most of the WiFi 6 routers see performance drop off as I Can't connect to WiFi using Intel 7260 AC when channel width is set to 20/40/80MHz The 20/40/80/160MHz setting lets the router narrow the max permissible bandwidth to reduce interference and maintain throughput 160MHz/DFS is not a sure thing (for more than one reason) (and requires lower Tx power bands) 20/40/80MHz will likely permit 80 max most/all of the time depending on your radio space 80 (fixed/locked) will stay 80 max all Hi, I can't get R7800 to work with 160MHz on 21. 11 AC). Something to keep in mind is that any interference, anywhere in the 160 MHz will affect your throughput. Perhaps your work uses 160Mhz WiFi 6 or WiFi 6E? WiFi 6E will be when we start seeing most clients capable of gigabit in ideal conditions. 11n clients can support it. If you dont you will only get 1200 Mbps at 80Mhz. 5GbE port, so there was no Gigabit limitation in place. again 802. 11n or ac, but both the router and client need to be 6 or 6e to really benefit. However, with 8 x 8 MU-MIMO, more than 8 streams are available for users to choose from. 4GHz can hit 50-70 all Clients not supporting 160MHz bandwidth will still be able to connect. One note on the recent improvement with 160MHz. performance. This can also mean that if your neighbors are doing low bandwidth but high airtime activities like streaming video you will be fighting for airtime. Bad apps (May or may not be related to hardware tested on) Anyone have idea that my mixed Asus mesh environment cannot use 160Mhz in 5ghz? It seems only 80mhz in 5Ghz channel under WiFi 6. Non-contiguous bandwidths can improve the function of So, to get the benefit of 80 MHz bonded channels and 256-QAM, clients need to be within 10-15 feet from the radio. No internet for router clients (OpenVPN Depends on a router? I see 8 160MHz channels on GT-AX6000, DFS work well too What bandwidth does Wifi5 3×3 client get from a Wifi6 router supporting 1201Mbps? Wifi issues with Eero 6+, hardwired devices work fine comments. 160Mhz-----160MHz is a wide channel available in the 5GHz band. Considering Wi-Fi 5 (802. ROG GT-AX11000 Enabling 160MHz BW on 5G-2 on GT-AX11000 only gets 80MHz enabled according to the Wireless Log. through the many limited amounts of reviews available online on this router, I have noticed they all have Wi-Fi 6 doesn't always mean you'll get 160MHz. See, this is my speed with 4x4 WiFi router on 80 MHz with 2x2 client. The Personal Computer. I get anything from 400Mbit to 700Mbit on a 160Mhz channel. r/iphone. And in the case you have one, setting AP to 160Mhz will leave non-capable devices disconnected. The documentation states that AP supports 160MHz mode, but I can't make it work. THERE IS NO SOLUTION IF YOUR ASUS RT-AX89X CAN NOT WORK AT WIFI 6 2X2 2401 SPEED!!!! All my clients see the 5ghz all over the house. My wifi6 access points with wifi6 80MHz clients will do 700 to 800 MBps measured using iperf3 even when lots of wifi5 devices are connected. Clients connect at their max bandwidth, subject to the router's current max bandwidth permission. e. It's happening with both of my routers. 5G has mixed 802. On the next step, I set the channel bandwidth to 80MHz and ran the same tests again. Ideally you want to find a block of channels of 160MHz (for the Quest 3, and 80MHz for the Quest 2) width that is free from other signals, in the US the only 160MHz blocks are 32-64 (which in your situation is loaded with congestion and some of which The router could go farther than that, so, at 45 feet, I could still see 233Mbps, with the signal strength dropping down to 75dB, so it remains perfectly usable for most applications. 11ac standard. find answers and collaborate at work with Stack Overflow for Teams. Also this third-party router can work with 160MHz-bands itself, and if I creating access point on it, my clients, such as laptop, works Higher channel width is more susceptible to basically every problem that can affect wireless, and the benefits aren't that great, at least for my use case. Router: Intel N100 (pfSense) Backup: GL. Its raison d’etre has been to enable mobile clients, which typically support one or two streams, to double their link r My thinking is that with a 2x2 client at 160 MHz, even if I'm getting 15% signal, I'll still max out my 100 mbps connection, so it will ensure max speed anywhere the signal reaches. Members Online. 11ac routers. 4GHz can do ~70mbps on 20MHz. I am not sure if it is the router since I do not have any other devices that support 160MHz. This is making me think that if I get a router from the USA, at-least the hardcoded support would be present for 6Ghz and 160Mhz channel width. 7Gbit peak at 160Mhz) WiFi5: Ubiquiti NanoHD OpenWRT Virtually nothing in the way of devices supports 6e yet so you would be buying for future devices, not the ones you have now. Today we I've read on the internet that on the Deco X50 you can change the 5Ghz frequency from 160Mhz to 80Mhz. 4GHz works best on channels 1, 6, and 11; whereas 5GHz works best on the highest channels possible, with 157 generally working the best for 80MHz, but to get over the 867Mbit/s max speed of the 80MHz bandwidth, you'd have to use 160MHz (recommended when both client and router support it). The signal strength on any channel (149-163) @80Mhz drops out completely or is detected very weak. I tried every channel @ 80Mhz using the stock ASUS firmware and the Merlin firmware and both do the same thing. It sucks, and really doesnt help their 4/1 DSL line. So I'm thinking I'm probably causing them trouble. Depends on a router? I see 8 160MHz channels on GT-AX6000, DFS work well too What bandwidth does Wifi5 3×3 client get from a Wifi6 router supporting 1201Mbps? Wifi issues with Eero 6+, hardwired devices work fine comments. When I have AP-345 (RW) with latest firmware and Regulatory Setting, using it without controller. So i'm competing with my neighbors, we are all on 36 to 48 channels and with 80mhz. If 80mhz is good, 160 is better, right? Wrong. The wireless performance was very good, but noticeably below the results I got on the 160MHz channel bandwidth not only very similar, but slightly better in some locations: from the client to the server, at 5 feet, I saw an So in your specific case here is what is happening. Doing this with the backhaul, assuming you have new enough firmware, gives you 160MHz. iNet GL-X3000/ Spitz AX Switches: Netgear MS510TXUP, MS510TXPP, GS110EMX WiFi6: Zyxel NWA210AX (1. My SO is a Windows 10 Home with the latest updates. Is this true? Whats happens if a client only has support for 80Mhz ? Won't work at all? Which is why in most cases its suggested to use the lowest frequency range to prevent issues with clients that don't support the wider ranges. 386_41535-g1caa24a, have enabled 160 MHz channel bandwidth, manually set control channel 36, and have a Windows laptop with an Intel AX200 WiFi adapter as the main client. You "should" use 80mhz or even better 160mhz if you have Quest3, otherwise your connection speed goes low. Realistically, Some PC/laptop WiFi 6 with 160MHz support pairing with a 160MHz capable WiFi 6 router can go over 1Gbps without problem, 5. I think it is because my ac3100 doesn't support 160mhz. channel width, and use control channel 149. Regarding 10G connectio - I do have a 10G NIC on my desktop - but it is a 10G LAN/ethernet port - not fiber. 9Gbps maximum, although this is extremely rare, I haven't spotted any commercial products use yet. WiFi 6 1024QAM, 4x faster Now typically 160Mhz (WiFi 6 routers better have 160Mhz support) 8x8 MIMO, 8 Spatial Streams A Single Stream could top at 1200Mbps And 8x8 I am also running latest firmware 3. I know the Orbi 6 AX6000 doesn’t support 160mhz currently. I'm referring to 160MHz bandwidth (on the 5GHz band/interface). channel width. You might have other devices in your network that won’t work with 160MHz and the router automatic use the 80MHz. 11ac with 160MHz channel width The internal AP can be disabled. 1×1 wifi6 is 600mbps on 1024 A single stream can top at 433Mbps on 80Mhz 8x8 80Mhz 3. Firmware Version:3. The throughput of 80MHz wide channels is more than enough for 99% of users. Having double the channel width means doubling the theoretical speed and the real speed of the clients, as long as they also support 160MHz of channel It’s also pretty reliable, particularly in countries that allow more than one 160MHz channel (ie outside the US). ≈ 1. Reply reply Note rgardless of router the 9260ac does not support split 80+80 bonding and can only do contiguous HT160 so you need to use lower channels for HT160 to work with this card. 4ghz is good for longer distances or with lots of obstructions like walls between the router and the client. you have 4 or 5 80mhz options that could potentially offer better performance. Instead, due to the MLO, we can get a combination of 160+80MHz as demoed by the AX1500/1800 Broadcom solutions for example have no access to 160mhz channels since the SoC doesn’t support it. The use of 160 MHz channel bandwidth is one of the key features of Wi-Fi 6 (802. Too much WiFi can be a detrimental if you don't need the AC86U WiFi, remove it to permit using ch 165 and band4 (no DFS!) with 160MHz bw for a big, dedicated (WiFi not It is desktop Wifi came with motherboard it is a ASUS X570 Crosshair hero VIII (Wi-Fi) running a Ryzen 9 5900X. Router is set to be on 36-48 channels UNII-I (only non dfs channels in europe) and of course on 80mhz, you can see how this last part is wrong. If you set a an AP to a wider channel than what the client supports the client can still connect. 11ac MU-MIMO only works for downloads, 8 x 8 MU-MIMO works with both uploads and downloads. I was having issues with my 5Ghz-2 band. 4Gbps on capable clients. Or forming 160MHz using 52-64 and 116-128. The outcome depends on both router and client. If I switch 160mhz width to 80mhz, I can instantly connect 5. If you insist, get an 802. AX routers I believe usually support 160Mhz so you can push more bandwidth, although this can vary a lot as with such a large channel width crosstalk/interference can have a huge impact. These values can be seen in Virtual Desktop performance overlay so go buy VD if you dont have it ! This is a community mainly for WLED users to When you set 160MHz only, DFS may still force the router (by law) to reduce its max permissible bandwidth to 80MHz to avoid DFS interference. Depending on the router, some will in this case drop the general channel width to 20Mhz to all the clients, while some other routers may intermittently have transmission errors with such clients. 4Ghz performance, and is solely done by a single 5Ghz connection speed, like 8 streams 80Mhz WiFi 5 tops at 3. 4ghz or 5ghz, but only if both ends support it, and this router does not. Use the widest channels you can, until you can’t Routers: ASUS RT-AX86U doesn't let my headset work with 160mhz width. (Bell HomeHub 4000) Screenshots of the settings I settled with after all the experiments, and the speed tests: ASUS Wireless Router Basic settings. With the quest 2, I have always had it set to 80mhz because it couldn't use 160. The wired pc on the aimesh node now gets 250Mbps. ASUS TUF-AX5400 – Multi-client stress test using 5 client devices – 1080p streaming (5GHz, 80MHz). If a broadcaster (router or access point) supports UNII-4, the use of this portion is turned off by default. g. Are you saying that you have clients that cannot use any of these channels. I'll also add that most people still have older WIFI5 and or entry WIFI6 routers without DFS support. ASUS B650E-F GAMING WIFI + R7 7800X3D + 2x Corsair Vengeance 32GB DDR5-6000 CL30-36-36-76 + ASUS RTX 4090 TUF Gaming OC. The RT-AX89X does in the exact same placement and environment. 4x4 160MHz; Simultaneous Netgear Nighthawk RAX120’s hardware specifications. wifi6 at 160MHz bandwidth can theoretically support > 1 Gbps. as i m located in India using Europe region tried changing the region as well to se if can get Hi, having had some good luck replacing my dad's old Belkin AC router with a TUF-AX4200 leading me to the revelation that OpenWRT supports AX devices these days, I set up an 802. Router WiFi Radio: Set to an actual channel for 5Ghz, not Auto (157 usually works the best in the US); Channel width should be VHT (80Mhz), or if supporting 160MHz, 160MHz; WMM should be enabled. And whereas 802. help me in this as i am using the nighthawk x4s r7800 router it's not giving me an option to use it for 40Mhz Or 80Mhz and its Also capable of 160Mhz bt its not showing an option trying to change channel as well but it's not giving an option who are capable for 40 or 80 Mhz . 11a+802. Could it ever (is this a hardware limitation or firmware)? I ask because I have gigabit internet and see some routers do 160Mhz and get top speeds closer to or in excess of 1000mbps — on my AX6000 I’m capping around 800mbps sitting near the router, presumably because this is the close to the observed 802. And it sees Wi-Fi-network on AP-345, but shows it 80 MHz-width band when it switched to 36S or 100S mode. The maximum I get is the 80MHz band. Hi everyone, new to the community and you all have been very helpful towards helping me not be a networking noob. If I switching channel on AP-345 to any 20/40/80 MHz bands (36, 36+, 36E, etc. 07. So again you get 2x2 80 MHz, just at AX instead of AC. 20/40/80/160MHz bw allows the router to vary its max bandwidth permitted to restrict spectrum use to reduce/avoid radio interference. You have to configure the router wireless accordingly. Other routers you can pick the center channel like 42. Question about DDR4-3200MHz RAM Try making your laptop the only Wi-Fi client. 386_41793 which allows me to set "System Ethernet backhaul mode, all nodes will only connect by ethernet, and all bands can release for wireless clients. For given control and extension channels, if 160MHz encounters noise, then the router can drop to a lower max bandwidth to avoid the interference. 1 with date 25/02/2020 (the latest as far I'm concerned). They might use 80Mhz which is 600Mbps per stream. If you end up getting it working, I would check the higher channels again to make sure the 80mhz block is actually worse as a congested 160mhz block can perform worse. I explicitly set the Channel Bandwidth to 160Mhz and changed the Control Channel accordingly (I tried 36 and 40) but still, I Since the Wi-Fi 5 standard, including the new Wi-Fi 6 standard, some routers, access points, and Wi-Fi cards support 160Mhz of channel width on the 5GHz band. 7 With a low-end R6220 router used as AP, This is what a r7800 looks like with a 2x2 80Mhz client (iPhone 7) The methodology is essentially the same as with the Asus RT-AX58U, so I took two computers, one working as a client, But this only happens at 5 feet since after increasing the distance between the client and the server, the router got far more unstable, Regardless whether I used the 80MHz or the 160MHz channel bandwidth, Since there are only 2×2 Wi-FI 6 and Wi-Fi 6E clients, there’s no way to clearly show the difference in bandwidth (160MHz vs. While most 802. 0 it used to work just fine with 19. The router we have used in these performance tests to compare 80MHz channel width and 160MHz channel width is the ASUS RT-AX86U, a top-of-the-line router in the 80MHz is generally acceptable on 5GHz, as it has fallback for 40MHz stations unlike 80+80. The same free space loss would apply at 80MHz channels. you MIGHT be able to touch 700-ish with 80mhz wide channels. The AP doesn't ENFORCE the usage of 160MHz as a requirement. Close range good WiFi speed using WiFi 7 router (with or without 6GHz band). DFS support is normally an access point concern, not a client issue. 80mhz can give you 1200Mbps and 160mhz 2400Mbps in ideal conditions. I have some devices that uses 160mhz maybe 2 of them, my internet maxes out at 600mbps down and 550mbps up. If your ISP router is only 802. All is good. Once such a client does attempt to connect the router will switch back to 160MHz mode. Most times it works just as well to force the router to use 80mhz only and leave the channel selection on auto. Like band-select it will only do 80MHz. Can you use 80 MHz wi-fi channels everywhere? No! However, 80 MHz has tremendous value in two key You're more likely to run into interference on a 160mhz channel, slowing down your link speed or causing drops. With double the throughput compared to 80MHz channels, it can achieve data rates up to 2. The two notable features that enable this increased network speed and efficiencies are the support for the higher channel bandwidth of 160MHz (vs. Should I even bother using 160mhz or just stick to 80? I am completely happy with 80mhz as it gets me my max download speeds via speedtest. Ultimately everyone is fine to use it. My thought was that the 160MHz channel for router-router comms would be a good approach, with The router is a ZTE F680. I am completely happy with 80mhz as it gets me my max download speeds via speedtest. WiFi 6 2. - I also read that some routers can also hardcode the region based on the region where the device is meant to be sold. Why If you have an AX grade router, you can try a 160MHz channel Width and try for 108 but you should definitely have room to move your 5GHz channel to one that isn't overlapping their 80MHz channel. In practice, it doesn't matter too much as 5Ghz has more channels and less interference. 11n and 802. But they designed it to not interfere with older low band 5ghz devices by adding a second higher band 5ghz radio. I've seen some people say that this display will not show 160MHz unless there is a 160MHz-capable client connected, or maybe even actively Are there any routers out there that can offer a 160MHz non-contiguous channel e. 15Gbps in general (80% of MAX PHY Speed). But no idea why it doesn't downmode to 80mhz properly. On Auto with DFS enabled, it's on channel 149 right now and connected to an AX client at 80MHz. However, something got messed up with the settings. High-performance connection using the dedicated VPN Plus client enables seamless remote connectivity through SMB, RDP, SSH, and other protocols. It says the router is currently offering 80MHz bandwidth centered at channel 106 (hence, using channels 100-115). Set a fixed Control Channel. 5. Certain models of Asus routers sold in Canada don't support 160MHz operation. If this was 2. 11ac) and older clients generally don’t work with a 160MHz channel, for compatibility, [Wireless Router] How to ensure compatibility of 160MHz and device with RT-AX89X? Last Update : 2024/07/22 16:13. " So the radio resource of 5GHz-2 should be available for 160MHz channel provision for clients to access however 160MHz is never provisioned. When connecting using a device that 80mhz is also fast enough to cover most type of ISP plans up to 600-800 Mbps (2x2 client), depending on product combo. Also this third-party router can A 2x2 client on 80 MHz client has a max link speed of 867 Mbps, and 660 Mbps is the max throughput one can get. Thanks. 388_23748 and all "Settings" are default to Factory recomended. Both Router/Node is updated to latest Firmware version 3. 8Gbps When using 160MHz, both chips work together to create 8-streams, where a single stream Our rural tower sites can see 15 to 20 consumer routers, broadcasting at full power on 160mhz channels. When 5GHz in non-DFS channel > 5GHz can work. 80. Some 2x2/3x3 WiFi 4 2. Intel AX/AC desktop/laptop clients are the only real You can implement the non-contiguous 80+80 MHz mode to avoid interference and channel overlap from nearby routers. The router we have used in these performance tests to compare 80MHz channel width and 160MHz channel width is the ASUS RT-AX86U, a top-of-the-line router in the AX5400 class. 40-, 80-, and 160MHz-wide Wi-Fi channels are identified by which 20MHz-wide channel functions as the primary/control channel, where all 20MHz-wide transmissions for that BSS are transmitted. Just wondering if using the 160mhz might provide me a more consistent throughput. This technology answers the bandwidth needs of current and future high-speed mobile devices. 7Gbit peak at 160Mhz) WiFi5: Ubiquiti NanoHD OpenWRT Normal AC routers operate at 80mhz max channels (this is what a portion of the ACXXXX spec is based off of) but there are some early gaming oriented Wave 2 AC designs that can do 160mhz, which is the same frequency as higher end WIFI6 natively. 2Gbps up and down, and when it jumps to the 160MHz the download jumps to 2402 but the upload drops to ~229Mbps. 384_6436 It doesnt matter if you disable the 5G-1 radio in the Professional tab, the 5G-2 never gets 160MHz up according to Wireless log under any circumstance. Product RT-AX89X [Wireless It is obvious that the router is incorporating some sort of rule that caps WiFi (internet WiFi) speeds at 700mbps, regardless of client specs. 11ax) standard. 4GHz (20MHz). 80Mhz bonded channels are fine and can be used without any troubles. Start at 160MHz. Me and my neighbor recently switched from isolated 80mhz to a single shared 160mhz and it's much better. The end result is the same and bonded channels have no impact on range, but it does decrease SNR. ), all clients can successfully connect and work with it. My neighbors and my router are set by the ISP and most let it to the defaults. But when I switch from 80mhz width to 160mhz, I can't no longer connect to my home Wi-Fi network for some reason (160mhz width!). In your scenario, your client devices are not 160Mhz, that's why you leave it disconnected. My router (Redmi AX6) support 4x4 80mhz and 2x2 160mhz Only 2 clients can receive 160mhz at the same time instead of 4 clients? knowledge, and the best gaming, study, and work platform there exists. I can also use Alfa directional antennas to make it go farther in The CAX80's AP supports AX-WiFi 6 and 160Mhz channel width with aggregate transfer speeds of 4. 80+80, across the regular and extended channels for example 52-64 and 101-128? This is effectively forming 160MHz channel using 2 non-contiguous 80MHz blocks from 52-64 and 101-112. 02. I call this unfixed or auto bandwidth. Unplayable at all. Newer routers and clients should work better, especially if configured to support only 802. you need to check what end device offers with built in Wifi chip set. With the router set to 80MHz only, it works, but is limited to 1200mbps link speed, and around 350mbps However, as I have no intention in upgrading the router right now, can I expect the ax200 to perform at least as good as the ac-9260 when used with a 802 i. 1500 is not achievable on 2x2 client cause the link speed itself is limited to 867 Mbps. Listed channels on the router are 20Mhz, in this case 36/40/44/48 the R7800 will use all 4 regardless of which channel you select in 36-48, in HT80 mode the router tries to stay in the first 80Mhz with a center channel of 42 when selecting those 4 channels. 5G-1 has no problem enabling 160MHz bandwidth! When we configure a router with an 80MHz channel width in the 5GHz band, it means that we are occupying channels 36, 40, 44, and 48 with a single device, because each channel is 20MHz wide. You can’t really force a broadcaster to function only on the So the crux of my question was really if an 80 MHz backhaul channel would work,especially if not using two three band routers. 11ac clients support 40 MHz channels, not all 802. Support for 160 MHz channel bandwidth in 5 GHz is included in the 802. Can someone explain why a gigabit connection was paired with a router that clearly can't handel it? My devices are Gigabyte 15g laptop and s22 ultra both hit 900mbps+ at my works fiber. Also bandwidth of 80MHz and 160MHz, both auto and manually choosing channels. 5Gbps, and again 8 streams, but 160Mhz WiFi 6 tops at 9. Clients can connect but struggle to get anything over 1Mbit/sec. VD overlay shows terrible lags and networking spikes. Join us in celebrating and promoting tech, knowledge, and the best gaming, study, and work platform there exists. The mid hundreds of megabits per second. 11be (6GHz) AP and PCIe card for the laptop. Mobile devices will generally favor 80mhz bonding for battery purposes. A. 25mbps sounds like 1x1 WiFi 4 2. 0. When using 80MHz, both chips work together to create 8-streams, where a single stream can deliver 600Mbps, so 6x8=4. One can see that 160MHz isn't really necessary, because an 80MHz channel with MIMO gives more than enough bandwidth to be faster than the main internet service. Please make sure update to the latest drive on Intel Website. 5Gbps maximum Or 8x8 160Mhz 6. 80Mhz-----80MHz is available on many 802. It will work, but likely won’t make a perceivable difference on the device. You used to have an AC 2x2 160 MHz client (9260) with an AC 4x4 80 MHz router. I got the driver version 21. Users must turn it on manually and should only do so when their clients support 5. 11n or 802 Mesh can work nicely, but there are a couple things you need to know. 80MHz) between these two routers on the 5GHz band. 11n client connects to an 802. And in the workaround (turn off settings, change power settings, etc. Mesh Wi-Fi is a whole-home Wi-Fi system that enables multiple routers to work together, providing wider and more reliable network coverage under a single Wi-Fi name. 1) WiFi 7 router with 2x2 80MHz clients on the 5Ghz/6GHz band, max Phy speed 1441 Mbps, real world speed 600Mbps to 1Gbps (770% of MAX PHY speed). In my haste to configure the new router, I enabled the 160mhz box. With 160mhz wide channels, you should be able to blow past 1Gbps, the rated theoretical speed for 160mhz wide channels, 2 spatial streams, using QAM-256, MCS. You will not be able to exceed 1. I can personally confirm that the AX200 can exceed one gigabit even on 802. 4. Also noticed when in 160Mhz mode (including when forced to multiple DFS channels): bandwidth (as shown in Macbook detailed wifi menu) switching back and forth between 80 and 160Mhz seemingly randomly every 3-8 seconds. Wi-Fi 6 is the next-generation wireless technology that offers higher speeds but more importantly, it improves signal reliability, network capacity and efficiency in dense deployments. It only matters if the router can't operate in 160MHz mode, maybe because there are other AP's nearby using some of those channels, or maybe the client doesn't support 160MHz mode. Change to 160MHz bandwidth. Thus you got AC 2x2 80 MHz. It depends on the country what is From what I can see in Wikipedia, the 80Mhz wide channels starts are channel 36 until including channel 48. The higher the channel bandwidth, the faster the connection. Today I have just purchased an Asus AX 58U router and I have updated it to the latest version. The same case can be argued for the few wifi5 clients with 160mhz support. Before we get into 80MHz and 160MHz, HOW 80 MHZ CAN WORK AGAINST YOU. For the highest speeds, connections at 160 MHz and above are recommended. Enabling 160MHz BW on 5G-2 on GT-AX11000 only gets 80MHz enabled according to the Wireless Log. If it's the wireless implementation on the router, The Xiaomi BE7000 does support Multi Link Operation and there is support for the 160MHz channel bandwidth, but not for the 320MHz one. DFS (in most countries) covers channels 52 to 144. 5G-1 has no problem enabling 160MHz bandwidth! I'm trying to figure out why my RT-AX86U isn't using 160 MHz channels. 9, and a 5/6 coding rate, you should get a maximum of 1560-1733 Mbps (depending on the guard interval). 11ac is designed to dynamically make changes as needed. 4Ghz instead of 5Ghz then a channel with of 40 would interfer with 2 of the 3 non interfering channels. In large environments the interference across the 5GHz band makes 160MHz channels impractical. The channel bandwidth of a wireless signal determines that signal’s data rate. There's 'fairness' scheduling built into routers that causes the router to yield to other routers. So when an 802. Every time, it Just stucks on "Obtaining IP address" stage or Just "Limited connection. The AC86U can't use band4 nor 160MHz, so its backhaul has to be of control ch 36-48 or 149-161 (band1 or band3) with 80MHz max bw. They'll try to connect, but it's By checking WiFi connection details (hold Option and click the WiFi icon), I found that it seems the M2 MacBook Air supports 160MHz. I did a factory reset - now 160MHz doesn't work anymore. IIRC the maximum bandwidth supported by the RT-AC68U is 80MHz. So I believe that would force the primary router to also operate at 80MHz in an AiMesh Channel width wouldn't change the range. Only use bonded channels if there is low co-channel contention. When 5GHz is on the DFS channel> The router will check the channel availability (CAC) by itself. I have AiMesh configuration with AX88U (Main Router) -> AX58U (Node - Connected via Ethernet Backhaul). 2. 8Gbps when multiple devices are connected to it. With 160MHz-wide channels, those typical 2x2 MIMO clients can reach full gigabit speeds, and with Wi-Fi 6, maybe even 1. 80MHz channels are therefore best off used on a best-effort basis but only when the entire channel range is clear. I am somewhat surprised your router has channels 52-64 these are in a restricted range you generally can not use if you manually set them. When you set 20, 40, OR 80MHz only, you are fixing the router's max permissible bandwith. If in the US, 2. 11s mesh between a TUF-AX6000 (router) and 2x TUF-AX4200s (APs) which has been a big improvement in terms of throughput, range and latency (especially with SQM!) compared The testing procedure is the same as with the other WiFi 6 routers: I connected three client devices to the 5GHz network, two are WiFi 5 and one is WiFi 6, first using the 160MHz channel bandwidth, afterwards switching to the 80MHz – the server device had a 2. For more information about the IEEE I saw that the channel bandwidth of one radio band could go up to 80MHz, and for whatever reason, TP-Link said that the second 5GHz radio supports the 160MHz channel bandwidth, but after checking out the software, With 80MHz-wide channels, those 2x2 clients can reach roughly "half gigabit" speeds in terms of actual throughput after subtracting protocol overhead. The main wireless characteristics of this Introduction. B. Top 6% This can cause additional latency as these packets get queued up. backhaul channel width, which works well for me. 11ac radio using 80 MHz channels, what happens? I have my RT-AX92U set up to use the 80Mhz band for the 5G-2 network: and Netspot is showing that it only presents as a 40Mhz band: In fact, the 160Mhz option also doesn't seem to work any better. Forcing the channel bandwidth to 160Mhz appears to cause the router to come alive much more slowly, but it always comes up as 160 in the WiFi Analyzer app. Asus TUF-AX5400 – Wireless Test – 5GHz – 80MHz & 160MHz – Upstream. You can only get 160MHz if your AP is on base channel 36, otherwise they will drop to 80MHz Reply reply More replies. ): Environment (office, school, hospital, factory, home): Client computer details The Access Wireless scanners reporting 160mhz as 80mhz So, forgoing the above, as part of testing to confirm I could/could not get 160mhz working I found a lot of apps can’t display 160mhz when detecting this system and shows both router and node as 80mhz. Bear in mind that depending on how exactly you've configured your router it may initially drop from 160MHz to 80MHz if there are no 160MHz-capable clients connected. I have some router with OpenWRT, and it have Channel Analysis tool. Ideally you want to find a block of channels of 160MHz (for the Quest 3, and 80MHz for the Quest 2) width that is free from other signals, in the US the only 160MHz blocks are 32-64 (which in your situation is loaded with congestion and some of which For band B, the setting is still at (DL/UL OFDMA and MIMO) and when it connects with 80MHz I do get 1. But even still, just don't use 160MHz channels unless you live in the middle of the desert or something. The lower the score, the better. 11AC (WiFi 5) only supported 5Ghz. I have confirmed with a wifi analyzer that the only 5GHz active in my area is on channels 48 If I switching channel on AP-345 to any 20/40/80 MHz bands (36, 36+, 36E, etc. The widest width I can select for a working connection is HT40. Send the page link to your email. I have a wifi 6 router that can support 160mhz chanel width. Now you have AX 2x2 160 MHz client (AX200NGW) with an AX 2x2 160 MHz router, but you need DFS for 160 MHz to work. 45Gbps (via a single stream 160MHz client or a 2×2 80MHz client) Available Clients (examples) 2×2 (Intel AX210) 2×2 (Intel BE200 / Qualcomm NCM865) That’s a good call if your current router is working. Update: Here is the info from a Killer rep, god knows why they use the R9000 rather than the R7800 which works out of the box and has better 5Ghz performance: ASUS B650E-F GAMING WIFI + R7 7800X3D + 2x Corsair Vengeance 32GB DDR5-6000 CL30-36-36-76 + ASUS RTX 4090 TUF Gaming OC. 11n+802. BUT SOMETIMES (very rare) I am able to connect, but connection speed starts to fluctuate (not stable 2401mbps) from 1200 to 2401mbps. What matters is your channel number, choose a channel with The same situation is possible when using an outdated Wi-Fi client adapter driver. If you have a super high speed internet connection or a NAS and all your client computers are wireless only, YMMV. Connect to the router's web interface, and on Basic=>Network Map=>Router check which channel number your router uses: With traditional MU-MIMO, multiple users can access the router simultaneously without any noticeable decreases in bandwidth quality– up to a point. This yielding happens super fast and frequently so This is usually due to the router's wireless implementation/settings, or WiFi adapter settings in Windows. Resulting in my 160mhz client getting the same 700mbps as my 80mhz clients, my 80mhz clients get 900mbps when using iPerf, but I expect the 160mhz client to be almost 2 times as fast. During the check process, the 5GHz signal will not be able to connect. But Asus' AIMesh may be different because it has to work across many different routers, it's not a true dedicated mesh system. By using 80 I have AP-345 (RW) with latest firmware and Regulatory Setting, using it without controller. Wi-Fi 6: Backward compatibility vs. I had a 300 Mb drop box file with assets for an app I am working on, I suppose there will come a new protocol helping clients to pick the best band. I recently bought the Asus GT-AX11000 in the hopes of upgrading my wifi system around the house and eventually build a mesh network. Nonetheless, as single routers, the Asus GT-AXE16000 proved to be mostly faster than the Netgear Orbi RBRE960. After you enable the DFS channel in the router, the wireless router will detect the status of the channel. lvnku qbeqx khupk foskdds fgipq knm tpekr zple qkao myin