[Bloat] [Rpm] [Starlink] [LibreQoS] On FiWi

[dan]

I more or less agree with you Frantisek.   There are throughput numbers
that are need for current gen and next gen services, but those are often
met with 50-100Mbps plans today that are enough to handle multiple 4K
streams plus browsing and so forth, yet no one talks about latency and
packet loss and other useful metrics at all and consumers are not able to
and never will be able to understand more that a couple of numbers.  This
is an industry problem and unless we have some sort of working group that
is pushing this like the 'got milk?' advertisements I'm not sure how we
will ever get there.  The big vendors that have pushed docsis to extremes
have no interest in these other details, they win on the big 'speed' number
and will advertising all sorts of performance around that number.

We need a marketing/lobby group.  Not wispa or other individual industry
groups, but one specifically for *ISPs that will contribute as well as
implement policies and put that out on social media etc etc.  i don't know
how we get there without a big player (ie Netflix, hulu..) contributing.

On Mon, Mar 20, 2023 at 2:46 PM Frantisek Borsik <frantisek.borsik at gmail.com>
wrote:

>
> Late to the party, also not an engineer...but if there's something I have
> learned during my time with RF elements:
>
> --- 99% of the vendors out there (and most of the ISPs, I dare to say, as
> well) don't know/care/respect thing as "simple", as physics.
>
> --- 2.4GHz was lost because of this, and 5GHz was saved like "5 minutes to
> midnight" for ISPs, by RF elements Horns (and UltraHorns, UltraDish,
> Asymmetrical Horns later on), basically, that have inspired ("Imitation is
> the sincerest form of flattery that mediocrity can pay to greatness." Oscar
> Wilde) some other vendors of the antennas to bring their own version of
> Horns etc.
>
> --- sure, lot of improvements in order to fight noise, modulate,
> virtualise (like Tarana Wireless) were done on the AP (radio) side, but
> still - physics is physics and it was overlooked and neglected for such a
> LONG time.
>
> --- ISPs were told by the vendors to basically BLAST through the noise and
> many more BS like this. So they did as they were told, they were blasting
> and blasting. Those that were getting smarter, switched to RF elements
> Horns, stopped blasting, started to being reasonable with topology ("if
> Your customers are 5 miles away from the AP, You will not blast like crazy
> for 10 miles, because You will pick up all the noise") and they even
> started to cooperate - frequency coordination, colocation - with other ISPs
> on the same towers etc (the same co-ordination needs to be done between the
> ISP behind the CPEs now - on the Wi-Fi routers of their customers.)
>
> The similar development I was able to see when I got into Wi-Fi (while at
> TurrisTech <https://blog.cerowrt.org/post/tango_on_turris/> - secure,
> powerful open source Wi-Fi routers). The same story, basically, for vendors
> as well as ISPs. No actual respect for the underlying physics, attempts to
> blast-over the noise, chasing clouds ("muah WiFi 6, 6E....oh no, here comes
> Wi-Fi 7 and this will change EVERYTHING ---> see, it was a lot of "fun" to
> see this happening with 5G, and the amount of over-promise and
> under-delivery BS was and even still is, staggering.)
> The whole Wi-Fi industry is chasing (almost) empty numbers (bandwidth)
> instead of focusing on bufferbloat (latency, jitter...).
> Thanks to Domos for putting together the Understanding Latency webinar
> series. I know that most of You are aware of latency as the most important
> metric we should focus on nowadays in order to improve the overall Internet
> experience, but still...
> About 6 hours watch of watching. And rewatching:
> https://www.youtube.com/watch?v=KdTPz5srJ8M
> https://www.youtube.com/watch?v=tAVwmUG21OY
> https://www.youtube.com/watch?v=MRmcWyIVXvg
>
> Also, there is one more thing to add re Wi-Fi. If You can cable, You
> should always cable. Mesh as we know it, would be a way better Wi-Fi
> enhancement, if the mesh units would be wired as much as possible. We will
> reduce the noice, grow smart and save spectrum.
>
> Thanks for the great discussion.
>
> All the best,
>
> Frank
>
> Frantisek (Frank) Borsik
>
>
>
> https://www.linkedin.com/in/frantisekborsik
>
> Signal, Telegram, WhatsApp: +421919416714
>
> iMessage, mobile: +420775230885
>
> Skype: casioa5302ca
>
> frantisek.borsik at gmail.com
>
>
> On Sun, Mar 19, 2023 at 11:27 AM Michael Richardson via Rpm <
> rpm at lists.bufferbloat.net> wrote:
>
>>
>> {lots of lists on the CC}
>>
>> The problem I have with lorawan is that it's too small for anything but
>> the
>> smallest sensors.  When it breaks (due to infant death or just vanadalism)
>> who is going to notice enough to fix it?  My belief is that people won't
>> break things that they like/depend upon.  Or at least, that there will be
>> social pressure not to.
>>
>> Better to have a protected 1Mb/s sensor lan within a 144Mb/s wifi than a
>> adjacent lorawan.
>>
>> --
>> Michael Richardson <mcr+IETF at sandelman.ca>, Sandelman Software Works
>>  -= IPv6 IoT consulting =-                      *I*LIKE*TRAINS*
>>
>>
>>
>> _______________________________________________
>> Rpm mailing list
>> Rpm at lists.bufferbloat.net
>> https://lists.bufferbloat.net/listinfo/rpm
>>
>
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