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I have a super simple question- Is there such a thing as too much WiFi coverage in your office? I currently have 6 UniFi AP's from Ubiquity Networks. Not sure if its overkill and causing more bad than good?

Yes there is a such thing as too much. 802.11 has 3 non-overlapping channels. Which means on that left side of the building you have channels overlapping. Resulting in interference and degraded signal quality.

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In addition to tweaking the channels that are used (which the APs can do automatically as long as it is enabled in the portal) you can also lower the power output on each AP so they don't overlap as much. Just look out for dead spots.

Bare in mind yes this is MS paint, so you may have a few areas with overlapping, you may want to either move them back a little bit, or decrease their power. But interference from the walls may mean this map I MSPainted up is completely inaccurate. Get a wifi tester app for your phone, that'll give you a better view.

You're just starting, there is no expectation that you're required to help us, I know when I first started up until I reached Serrano I believe I was on the question asking side of things. There is so much brain power on here and so much knowledge you'll spend a lot of time soaking it in.

Well the wifi is definately faster, however if you wire connect the RBS8 series then the speed would be around the same as the Orbi AC since the ethernet ports are 1000Mbps for both systems. So even though the connect rate is faster between the RBS and what ever your wifi device is, the wired speed will be 1000Mbps.

I don't believe I have anything that is wifi 6 as far as devices go right now, but will in future, but is it more stable and consistant? Is the orbi filled with issues like I've had with the current older one? Will the addon sats of the old work with the new system?

In particular, the Orbi AX systems have compatibility issues with some older wifi devices necessitating manual settings changes like CTS/RTS threshold to 2347. This worked well for almost all my devices but others here have resorted even disabling AX mode (on their new AX router!). There are also less admin settings on Orbi AX than Orbi AC, like not being able to turn off the SSID broadcast (to help with setting up some IoT devices that don't like the 5Ghz band sharing the SSID with 2.4Ghz).

I went from AC3000 to AX5700 (costco model) and there is at least 100 mb + increase in speeds which is noticeable on my wifi 5 machines. For wi fi 6, there is a lot of difference as I can go to almost 700 - 800 mbs on my iphone pro max. Not sure congestion wise, as I have 30 devices and have not had any drops or issues. It has been solid so far. The 2.4 band speed has also improved so overall improvement is there and is noticeable.

Hey I recently got crunchyroll on my phone and it's using up an insane amount of my wifi (like 1.5 Gb per episode) just wondering if anyone else has had similar issues and if anyone knows how I can fix it? I don't want to unsubscribe but at this rate Ill have to! Any help is appreciated!!

I don't know where you got the impression that the R6250 is an expensive piece of kit. It is low down in the pecking order for Netgear routers. First released eight years ago, at AC1600 it is also several generations behind today's wifi technology. Even back then Netgear made "faster" routers, such as the R7000 (AC1900) and R7700 (AC2350).

Sonoff and aquara miss any Roller shutter ZigBee device. Shelly got everything I can imagine (now), but Iam afraid of WiFi. When I going to settle with all the wall switches, roller shutter, garage, homecoming motion detection and much more this will be soon 50 devices spamming my WiFi access points. This ain't sound like a very suitable solution.

I've about 27 smart devices from one brand that all happily run on 2.4ghz wifi, and I'm looking to add more smart light switches. That would add another 15-20 devices depending on how I go about 3-way lights. That number doesn't include media devices that run on 5Ghz and occasionally wander to 2.4ghz band when they are brought to distant corners of the coverage. There is a powerful router with two APs but most find themselves bound to the more centrally located AP. Anyway, curious to hear your thoughts on the limitations of the physical spectrum.

It appears the problem of my iPhone not being able to connect to the 70D only occurs when the 70D wifi is setup with a password (they call it encryption). If I setup the 70D wifi with a blank password, I have no problem connecting with my iPhone and transfering images via Canon Connect.

There is no arbitrary limit. Any increase in cable length will reduce signal strength. (So will the connectors that you'll need to connect another length of cable to this one.) As Burgi and DavidPosthill said in the comments, how much it's reduced for a given length depends on the cable and the frequency.

It depends very much on the cable type you buy. You need to buy a cable that is designed for the frequency range. Once you have found a suitable range of cables you need to chose the physical size, smaller cables will be easier to manage but lossier.

So where i thought the problem was with the Sophos UTM before (or configuration), it seems like it's more of a Mac Sophos thing. Can anyone advice in what i can do/try to get the wifi speed better on my macbook?

However, when I test speeds on Android phone, ipad and PC wirelessly connected to the router, the speeds are something like 90/98 Mbps if the clients are very close to the router (wifi signal is excellent). The speed will be like 12/76 Mbps if the clients are not that close to the router (say two walls apart, wifi signal is good or fair). I tried disabling the windows firewall but got the same result.

Wifi bandwidth is much less deterministic than wired connections as it depends on so many factors including the physical environment (proximity, building materials, RF noise/interference in the area, etc.).

For example, the device(s) you are using to test the bandwidth may or may not have wifi hardware that supports higher speeds, or it could be an issue with the bandwidth of the networking subsystem and/or processor within that device.

There are many differences between Bluetooth and WiFi protocols, most of them affect the throughput. However, the most important factor is the channel bandwidth. Bluetooth operates at 1MHz channels, while WiFi uses 20MHz and 40MHz channels, effectively providing much better throughput. Both BT and WiFi have power saving schemes (and many other properties) which affect the throughput but these are secondary to channel width.

Hi!

I bought a new wifi card some months ago but for whatever reason, my speed is significantly worse than on Windows. On Windows, I get around 60MB/s, while on Arch, I am lucky to get 20. There is also in issue that happens intermittently where a domain won't load for about 5 seconds before then loading normally. I am assuming this is DNS related due to the fact that it only happens on new/infrequent domains and typically works normally after the issue occurs once. I am using iwd with its built in dhcp client and systemd-resolved for DNS, and nothing else (except ufw and iptables-nft). It's also probably worth noting that I have an Nvidia GPU. I've tried everything, disabling power saving, as well as the iwlwifi tips on the arch wiki to no avail. I assumed that buying a card that has a well supported, in-tree driver would cause no issues, but I digress. Disabling 11ax (iwlwifi.disable_11ax=1) seemed to help the issue a little bit, but didn't fix the issue entirely. My router (LinkSys E8450) and this wifi card are both WiFi 6 equipped. I am honestly lost at what else to try, here is all the diagnostic info I can think to provide.

What *are* the speedtest-cli results?

What about the speedtest in =282044 ?

For wifi throughput you're preferably looking at a local connection on trasient data, ie.

Run all of that in a console login, no desktop environment to minimize sideload.

Try "iwlwifi.disable_11ac=1", this is just a hunch, but you might be on a 2.4GHz 802.11n connection on windows and apparently 5GHz on linux.

If you're on the edge of the 5GHz signal (distancewise) you might wildly swing between great and no throughput, while the 2.4GHz band will provide a lower, but stable throughput.

Not if you're passing iwlwifi.disable_11ax=1 (as stated in your OP)

ax would likewise allow for a 2.4GHz connection and MUCH more throughput than a meager 480Mb/s (or was the 60MB meant to be 60Mb?)

The issue being "just" some latency which is independent from the general slowness or is the wifi currently not slow at all?

resolved resolves archlinux.org out of the cache, w/ no delay whatsoever.

The other times look reasonable enough.

The first step in figuring out how much does a wireless site survey cost is understanding what a wireless site survey is. A wireless site site survey, also called a WiFi site survey or an RF site survey is simply the process of planning a wireless network for a particular environment to meet its unique requirements for coverage, capacity, roaming, quality of service and other metrics that may need to be met.

Since my cable network acquires IP dynamically. I found I can just let wifi router run in AP mode so that it just expand the cable network instead of build a new one. Now the trace route is short and fast. 2351a5e196