On Wed, Apr 1, 2015 at 4:41 PM, Oz-in-DFW wrote:
> The phone has to keep synch within a few microseconds of the network.
>
I suspect only the so-called baseband system needs to maintain any
synchronization with the RF network and the "alarm" clock is only loosely
coupled. I have an LTE radio in
I'm coming late to this thread from January -- but did anybody ever make
the PCBs for Gerhard's 10MHz output board? I'm interested.
I just got my pair of RFTG's.
Philip
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On 4/1/2015 2:31 PM, Paul wrote:
On Wed, Apr 1, 2015 at 12:33 PM, Reid Oda wrote:
This seems to imply that the iPhone does get sub-second timing info from
GPS. Can anyone confirm/deny this?
As of iOS N where I believe N == 5 it does the equivalent of calling
ntpdate every few hours if the ne
There are two LED's on the circuit board next to the power supply module.
One is green blinking. I'd never seen the other one on.
I needed to get them off of my bench power supply and onto a permanent
supply. I tried a 24V 3A supply. They must have been cheating a little on
the ratings. The volta
Hi Javier,
As far as I understand in WR both references are synchronous. Why don't you
try to track both references (or N references) simultanously? If you take
care of the design, your performance should increase while locked and the
transition from one reference to the other if you ever miss one
On Wed, 1 Apr 2015 16:11:54 -0700
Chris Albertson wrote:
> The key jingle experiment is detecting a phase difference between
> ears. I was writing about our ability to know if a sound is "in
> time" with some other sound. For example if a bass player is keeping
> time with a drummer. I figur
