NTP Time Server Systems

Galleon Systems atomic clock radio and GPS NTP Time Server systems provide an accurate time synchronisation resource to IP network clients and other critical devices. Accurate timing information is obtained from GPS or MSF, WWVB, DCF radio time sources. Most operating systems can be accurately synchronised, including: Windows 2000\XP\Server 2003\NT\95\98\ME\Vista, LINUX, UNIX and Novell Netware.

Galleon Systems offers a comprehensive range of Radio and GPS NTP Server , Computer Time Synchronisation and atomic clock timing solutions. Our products provide timing solutions that ensures accurate, secure and reliable time on  computers and computer networks. 

Please take time to view our comprehensive range of time synchronisation products....

Featured Products

	Time Server for PC's. Accurate GPS timing server for PC's and other time critical devices and applications. Galleon Systems GPS atomic clocks to accurately synchronise Windows 95/98/ NT/2000/XP/2003/Vista, LINUX and UNIX platforms.
	Radio Atomic Clock for PC's. Low-cost radio timing signal receivers for PC's. Radio receivers to receive either the MSF, WWVB or DCF radio timing signals and accurately synchronise Windows NT/2000/XP/2003/Vista platform. Low-cost, accurate and secure solution for PC timing.
	NTP Server NTP version 4 stratum one GPS, radio and dual reference NTP servers for accurate IP network timing. Galleon Systems NTS-4000 series Radio and GPS NTP Server provides a highly accurate, highly reliable solution to your network timing problems.
	Digital Wall Clock Galleon Systems digital wall clocks utilise SNTP to provide an accurately synchronised display. The devices sits directly on an ethernet network and synchronise time using the Simple Network Time Protocol (SNTP). Additionally the devices are power-over-ethernet enabled to reduce installation costs.

News

From March 2007, the atomic clock MSF radio timing signal broadcast from Rugby, UK, will be replaced by a transmitter located at Anthorn, Cumbria. The transmission, by VT communications. under licence from NPL (National Physics Laboratory). Users of the signal are unlikely to be affected. Small variation in signal strength may be noticeable, but this should not affect reception of the timing code. Further information can be obtained from the National Physics Laboratory web-site.