On Nov 15, 2010, at 12:29 PM, SteveW wrote:
> With the default step threshold of 128 ms, if a machine's time is
> within 128 ms of the ntp server's time, when it syncs with the server,
> will it exit from ntpd -g -q without stepping the clock?
That should be the case. If the offset is less than 1
Dave Hart wrote:
> Danny Mayer wrote:
>> Dave Hart wrote:
>>> Harlan Stenn wrote:
A single "pool FOO.pool.ntp.org iburst" line should be
enough.
>>> ... assuming you're using 4.2.7. Â With 4.2.6 or earlier,
>>> "pool" spins up only one association, and uses DNS only
>>> at startup.
Se
I wanted to confirm that my understanding of the step threshold and
how it applies to ntpd used with -g -q options (similar to ntpdate) is
correct.
With the default step threshold of 128 ms, if a machine's time is
within 128 ms of the ntp server's time, when it syncs with the server,
will it exit
Steve Kostecke wrote:
> Is the ipv6 module loaded?
IPv6 is build into the kernel.
> Do any of your network interfaces hae IPv6 addresses?
Yes, i can tracert IPv6 hosts.
traceroute to www.heise.de (2a02:2e0:3fe:100::7), 30 hops max, 40 byte packets
1 2001:41d0:2:1aff:ff:ff:ff:ff 7.345 ms * *
On Sat, Nov 13, 2010 at 06:50:49PM -0600, Edward T. Mischanko wrote:
> It appears that there is no regulation of the system clock when polling
> above 256. Drift will reach as much as 5ms with no sign of correction until
> polling times are reduced to 256 and lower. Reducing the polling gate in
David Woolley wrote:
> Eduardo wrote:
>> Hy, I need to configure ntp on centos platform and my idea is synchronize
>> against another platform with active directory 2003, that is possible?
>
> Yes Run the reference ntpd V4 on the Windows box.
>
> You can synch to w32time on Windows 2003, but the
In article ,
"Edward T. Mischanko" writes:
>I am running a Garmin 18x LVC with PPS enabled; it is very stable and I
>beleave it to be accurate. My nearest back-up server is consistantly
>around -8.625ms away. This is so much that other clients on my network see
>me as a false ticker even wit