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# If you do not want to configure your client to listen for multicast, comment

# this line out. This should only be used for casual time keeping, like keeping

# a desktop system in sync.

multicastclient 224.0.1.1

# You can also use broadcast mode. Again, only use for casual timekeeping.

broadcastclient

# The default is to require authentication. Without authentication you do not

# have any control over what servers your system is getting its time from.

# It is possible for another system to target your system to change the time.

# However for casual time keeping and ease of administration authentication

# may not be necessary. Using authentication is recommended.

disable auth

# To configure NTP servers, replace the server_name with either the IP address

# or hostname of the server you wish to use. If you just want to keep the time

# in a causual way, one server may be enough for you. If you wish to keep it

# to a more accurate level, 3 or more is recommended. Do not choose 2, because

# 2 servers is an unstable configuration. By the same token 3 is only acceptable

# if all are always available, since when a single one reboots or otherwise

# becomes unavailable, you have just 2. The iburst keyword specifies that

# multiple packets be sent at start-up to allow the system to more quickly

# get the correct time at boot.

#

# For a list of Internet NTP servers see

# http://support.ntp.org/bin/view/Servers/WebHome

# If you use this list, be sure to read, understand and abide by the rules

# each server has published for accessing themselves.

#

# There is also a DNS round-robin pool of public access NTP servers. The

# instructions for accessing these are at http://www.pool.ntp.org

# Please consider adding your own servers to the pool if possible.

#

# Many ISP's also provide NTP servers for use by their customers.

# server server_name1 iburst

# server server_name2 iburst

# server server_name3 iburst

# Always configure the drift file. It can take days for ntpd to completely

# stabilize and without the drift file, it has to start over on a reboot

# of if ntpd restarts.

driftfile /var/ntp/ntp.drift

# It is always wise to configure at least the loopstats and peerstats files.

# Otherwise when ntpd does something you don't expect there is no way to

# find out why.

statsdir /var/ntp/ntpstats/

filegen peerstats file peerstats type day enable

filegen loopstats file loopstats type day enable

# To track the events regarding the system clock, the protostats file can be useful

# as well.

#filegen protostats file protostats type day enable

# To see the current state of the crypto authentication protocols, enable the

# cryptostats file.

#filegen cryptostats file cryptostats type day enable

# The clockstats files are only useful if a hardware reference clock is

# configured. See the /etc/inet/ntp.server file for more information about

# that.

#filegen clockstats file clockstats type day enable

# The sysstats and rawstats output might be useful in debugging, but are

# not important otherwise.

#filegen sysstats file sysstats type day enable

#filegen rawstats file rawstats type day enable

# There are several types on authentication supported by NTP. The easiest

# to use is a set of passwords, called "keys". They should be stored

# the /etc/inet/ntp.keys file. Each key in the ntp.keys file can be

# assigned to certain types of trust levels. See ntpd(1m) for more

# information on setting up key.

#keys /etc/inet/ntp.keys

#trustedkey 1

#requestkey 1

#controlkey 1

#

# To configure leap seconds processing, download the latest NIST leap seconds

# file to /etc/inet, and then create a symbolic link to it from the ntp.leap

# file. Without this file, NTP will still be able to accept leap announcements

# from its upstream sources. If this file exists and is less than 6 months old

# then the contents of this file will take precedence over the upstream servers.

# The latest leap seconds file is always available at ftp://time.nist.gov/pub

#leapfile /etc/inet/ntp.leap