[Make-wifi-fast] [Bloat] Looking for a citation...

Bob McMahon bob.mcmahon at broadcom.com
Mon Aug 19 18:12:36 EDT 2024


> for users with access links that exceed 800~Mbps, the user's home
wireless network was the performance bottleneck 100% of the time.

hmm, I'm concerned about a study that has a 100% number.

I have a home Wi-Fi infrastructure and a >1G xfinity plan. I don't have a
Wi-Fi bottleneck because I use a 2.5G wired fronhaul with a 4 port
proteclli vault pro connected to 4 Wi-Fi 6e APs that are located properly
per spacetime.  I didn't need to consult with anybody nor get others
agreements to do this. As a homeowner, I did it all by myself. Wi-Fi has
never been the problem since doing this despite the 100% claim.

I treat communications like an essential service. I don't run all my
electrical devices from one single extension cord. Probably time for
homeowners to think about updating their comm infra and treat it as if it's
a critical service because it is.

Bob



On Mon, Aug 19, 2024 at 6:29 AM Livingood, Jason via Make-wifi-fast <
make-wifi-fast at lists.bufferbloat.net> wrote:

> See https://arxiv.org/abs/2311.05499 and the refs at the end as well for
> prior studies.
>
>
> Measuring the Prevalence of WiFi Bottlenecks in Home Access Networks
>
> Ranya Sharma, Marc Richardson, Guilherme Martins, Nick Feamster
>
> As broadband Internet speeds continue to increase, the home wireless
> ("WiFi") network may more frequently become a performance bottleneck. Past
> research, now nearly a decade old, initially documented this phenomenon
> through indirect inference techniques, noting the prevalence of WiFi
> bottlenecks but never directly measuring them. In the intervening years,
> access network (and WiFi) speeds have increased, warranting a re-appraisal
> of this important question, particularly with renewed private and federal
> investment in access network infrastructure. This paper studies this
> question, developing a new system and measurement technique to perform
> direct measurements of WiFi and access network performance, ultimately
> collecting and analyzing a first-of-its-kind dataset of more than 13,000
> joint measurements of WiFi and access network throughputs, in a real-world
> deployment spanning more than 50 homes, for nearly two years. Using this
> dataset, we re-examine the question of whether, when, and to what extent a
> user's home wireless network may be a performance bottleneck, particularly
> relative to their access connection. We do so by directly and continuously
> measuring the user's Internet performance along two separate components of
> the Internet path -- from a wireless client inside the home network to the
> wired point of access (e.g., the cable modem), and from the wired point of
> access to the user's ISP. Confirming and revising results from more than a
> decade ago, we find that a user's home wireless network is often the
> throughput bottleneck. In particular, for users with access links that
> exceed 800~Mbps, the user's home wireless network was the performance
> bottleneck 100% of the time.
>
> On 8/18/24, 05:08, "Bloat on behalf of Rich Brown via Bloat" <
> bloat-bounces at lists.bufferbloat.net <mailto:
> bloat-bounces at lists.bufferbloat.net> on behalf of
> bloat at lists.bufferbloat.net <mailto:bloat at lists.bufferbloat.net>> wrote:
>
>
> In various posts, I have baldly asserted that "above 300-500mbps ISP
> links, all the bufferbloat moves into the Wi-Fi."
>
>
> I am pretty sure that I someone on these lists stated that as fact.
>
>
> Could I get a link to a discussion that is definitive? Or a statement that
> is actually true that I can incorporate into my future posts? Many thanks.
> _______________________________________________
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