Chronyc tracking stratum
WebSep 10, 2024 · chronyc> tracking Reference ID : AC141003 (172.20.16.3) Stratum : 3 Ref time (UTC) : Fri Oct 09 06:21:18 2024 System time : 0.000007615 seconds fast of NTP time Last offset : +0.000007168 seconds RMS offset : 0.000022300 seconds Frequency : 87.841 ppm slow Residual freq : +0.002 ppm Skew : 0.090 ppm Root delay : 0.000269273 … WebUse the chronyc -a tracking command to check the offset (the Last offset row): # chronyc -a tracking 200 OK Reference ID : 192.0.2.21 (control1.example.com) Stratum : 3 Ref time (UTC) : Fri Mar 4 16:19:50 2016 System time : 0.000000007 seconds slow of NTP time Last offset : -0.000088924 seconds RMS offset ...
Chronyc tracking stratum
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WebJan 10, 2015 · I have set up chrony with local clock, but when I issue chronyc tracking the leap status shows its not synchronised [root@redhat_1 ~]# chronyc tracking Reference ID : 127.127.1.1 Stratum : 10 Ref time (UTC) : Sat Jan 10 00:29:47 2015 System time : 0.000000000 seconds fast of NTP time Last offset : 0.000000000 seconds RMS offset : … Webroot@fh:~# date 2024年 04月 10日 星期一 15:44:51 CST root@fh:~# chronyc tracking Reference ID : C0A80101 (fh) Stratum : 11 Ref time (UTC) : Mon Apr 10 07:17:27 2024 System time : 0.000000024 seconds fast of NTP time Last offset : +0.000005521 seconds RMS offset : 0.000005521 seconds Frequency : 0.298 ppm fast Residual freq : +0.031 …
WebOct 23, 2024 · A GPS satellite contains multiple atomic clocks, so it is considered a “stratum zero” time source. Any equipment that gets its time from GPS satellites is therefore “stratum 1” time sourcej. And gear that gets time from a “stratum 1” time source (for example, networked servers) are “stratum 2”. And so on. At each level there is ... WebChronyc report as not synchronized. # chronyc tracking Reference ID : 00000000 () Stratum : 0 Ref time (UTC) : Thu Jan 01 00:00:00 1970 System time : 0.000000000 …
http://studyofnet.com/815524220.html WebMay 26, 2024 · I have a pesky Raspberry Pi with GPS doing GPS+PPS for stratum 1 time keeping using chronyd. ... ----- # chronyc tracking && chronyc -n sources Reference ID : 00000000 () Stratum : 0 Ref time (UTC) : Thu Jan 01 00:00:00 1970 System time : 0.000000019 seconds fast of NTP time Last offset : -0.000000070 seconds RMS offset : …
WebApr 12, 2024 · root@LimeLinux:~# chronyc tracking Reference ID : 5E8231BA (94.130.49.186) Stratum : 4 Ref time (UTC) : Sun Dec 27 03:44:34 2024 System time : …
Web查看 ntp_servers chronyc sources -v 查看 ntp_servers 状态 chronyc sourcestats -v 查看 ntp_servers 是否在线 chronyc activity -v 查看 ntp 详细信息 chronyc tracking -v 强制同 … churches in west bridgfordWebApr 12, 2024 · NTP使用层次结构:NTP服务器可以形成一个层次结构,其中较高级别的服务器(称为“上游”服务器)从更准确的时间源获取时间,较低级别的服务器(称为“下游”服务器)则从上游服务器同步时间。正常情况下如果系统时钟跟时间服务器不一致,chrony调整的方式是慢慢增加,或慢慢减少,不会 ... churches in waynesville moWebApr 5, 2024 · [root@rockyidm1a etc]# chronyc tracking Reference ID : A58C8E76 (ns.august.tw) Stratum : 3 Ref time (UTC) : Wed Apr 05 21:40:08 2024 System time : 0.000143721 seconds fast of NTP time Last offset : +0.000076564 seconds RMS offset : 0.000085321 seconds Frequency : 8.221 ppm fast Residual freq : +0.011 ppm Skew : … develop personal work priorities courseWebMar 31, 2024 · chronyc tracking # 查看可用的 NTP 服务器列表:查看本地计算机与 NTP 服务器之间的连接状态 chronyc sources # 调整时钟频率:立即调整系统时钟,使其与 NTP 服务器同步 chronyc makestep # 显示当前的活动:显示 NTP 守护进程的当前状态,例如它是否正在向其他 NTP 服务器 ... churches in westbury nyWebI have set Chrony to sync with 4 NTP servers (config file below). When I run chronyc tracking and chronyc sources, it looks like the servers my machine is connecting to for … churches in westfield indianaWebDec 14, 2024 · In the "chronyc sources" output there is "+/- 4695ms", which is larger than the default maxdistance of 3 seconds. The maxdistance option was added in chrony-2.2, so that's why it worked with chrony-2.1. Older versions only have a hardcoded limit for the root dispersion to be smaller than 16 seconds. develop online training courses seattleWebNov 3, 2024 · chronyc -n tracking ; date Reference ID : 193.34.2.90 (193.34.2.90) Stratum : 7 Ref time (UTC) : Sun Nov 3 09:23:51 2024 System time : 2563.336425781 seconds fast of NTP time Last offset : +0.000040391 seconds RMS offset : 0.000760717 seconds Frequency : 30.168 ppm slow Residual freq : +0.016 ppm Skew : 0.907 ppm Root delay : … developpement photos photoweb