Steve Fenwick wrote:
> In article
> <82f4d07e-480d-4013-a4bd-(E-Mail Removed)>,
> TBerk<(E-Mail Removed)> wrote:
>
>> On Jan 22, 5:01 pm, "ps56k"<pschuman_no_spam...@interserv.com> wrote:
>>> "TBerk"<bayareab...@yahoo.com> wrote in message
>>>
>>> news:ea437e17-9144-4b69-8a0c-(E-Mail Removed)...
>>>
>>>> What are the computers/adapters using?; B/G/N?
>>>
>>> irrelevant - it's an academic discussion....
>>>
>>> sort of like the old 56k modem transmission constellation patterns
>>> vs the quality of the copper lines, analog/digital conversions, etc -
>>
>>
Quote:
>> SO - how is a b/g setting vs the b/g/n mixed mode setting
>> I seem to recall some interaction in mixed modes,
>> but can't remember if it was related to B/G or the N mode.
>>
>> How do the different modes effect range ?
>> What about going 20mhz compat vs 40mhz channel ?
>>
>> Basically just thinking of all the "choices" in a real world situation
>> where the "range" or "reach" of the WAP
>> is probably more important than a local LAN speed demon,
>> since the end connection is only a DSL line of 1.5mbit...
>>
|
>>
>> Did you get any answers?
>>
>> berk
>
> 802.11n with more than 1 spatial stream should help one get better rate
> at a given range. Range in free space may or may not be improved,
> depending on the difference in transmit power, receive sensitivity, and
> antenna gain. But if you're trying to cover a building with wireless,
> 802.11n should help get better rate.
>
> Steve
>
Hi,
True but for Belkin N+ router, one can't use WAP on -n mode only set
up. I had to toss that router for that. There may be more routers like
that out there.