On Thursday 20 Jun 2013, Felix Fietkau wrote:
On 2013-06-20 12:26 PM, David Goodenough wrote:
On Wednesday 19 Jun 2013, Ben Greear wrote:
On 06/19/2013 03:56 PM, Adrian Chadd wrote:
.. just keep in mind that adjacent high power transmitters can
actually leak enough RF to trigger ADC
On 2013-06-20 12:26 PM, David Goodenough wrote:
On Wednesday 19 Jun 2013, Ben Greear wrote:
On 06/19/2013 03:56 PM, Adrian Chadd wrote:
.. just keep in mind that adjacent high power transmitters can
actually leak enough RF to trigger ADC saturation and thus the device
may actually not try
On 2013-06-20 8:13 PM, David Goodenough wrote:
On Thursday 20 Jun 2013, Felix Fietkau wrote:
On 2013-06-20 12:26 PM, David Goodenough wrote:
On Wednesday 19 Jun 2013, Ben Greear wrote:
On 06/19/2013 03:56 PM, Adrian Chadd wrote:
.. just keep in mind that adjacent high power transmitters
I would like to have a point to point full duplex link (outdoors). I realise
that this can not be done with a single wifi card/antenna, I will need a pair.
I only need a single point to point link, not a master/slave setup.
I would want the low level protocol bits to work this way as well so
On 06/19/2013 09:50 AM, David Goodenough wrote:
I would like to have a point to point full duplex link (outdoors). I realise
that this can not be done with a single wifi card/antenna, I will need a pair.
I only need a single point to point link, not a master/slave setup.
I would want the
On 06/19/2013 03:56 PM, Adrian Chadd wrote:
.. just keep in mind that adjacent high power transmitters can
actually leak enough RF to trigger ADC saturation and thus the device
may actually not try to decode anything.
Thus, whilst your TX is TXing, the RX side may be unhappy. :-)
We've had
.. just keep in mind that adjacent high power transmitters can
actually leak enough RF to trigger ADC saturation and thus the device
may actually not try to decode anything.
Thus, whilst your TX is TXing, the RX side may be unhappy. :-)
Adrian
(This is why TDMA is awesome.)
On 19 June 2013
