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

[rjmcmahon]

The 6G is a contiguous 1200MhZ. It has low power indoor (LPI) and very 
low power (VLP) modes. The pluggable transceiver could be color coded to 
a chanspec, then the four color map problem can be used by installers 
per those chanspecs. https://en.wikipedia.org/wiki/Four_color_theorem

There is no CTS with microwave "interference" The high-speed PHY rates 
combined with low-density AP/STA ratios, ideally 1/1, decrease the 
probability of time signal superpositions. The goal with wireless isn't 
high densities but to unleash humans. A bunch of humans stuck in a dog 
park isn't really being unleashed. It's the ability to move from block 
to block so-to-speak. FiWi is cheaper than sidewalks, sanitation 
systems, etc.

The goal now is very low latency. Higher phy rates can achieve that and 
leave the medium free the vast most of the time and shut down the RRH 
too. Engineering extra capacity by orders of magnitude is better than 
AQM. This has been the case in data centers for decades. Congestion? Add 
a zero (or multiple by 10)

Note: None of this is done. This is a 5-10 year project with zero 
engineering resources assigned.

Bob
> On Tue, Mar 14, 2023 at 5:11 PM Robert McMahon
> <rjmcmahon at rjmcmahon.com> wrote:
> 
>> the AP needs to blast a CTS so every other possible conversation has
>> to halt.
> 
> The wireless network is not a bus. This still ignores the hidden
> transmitter problem because there is a similar network in the next
> room.