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Precision GPS/GNSS based NTP Network Time Servers
GPS/GNSS Precision Frequency Standards
Networked Frequency Distribution Units with Redundancy
Quality Network Time Displays and clocks
Networked Time Code Distribution Units with Redundancy
Bus Based Plug In Timing Solutions
Precision Frequency Distribution
A range of quality frequency distribution units, including features such as dual inputs with automatic changeover and multiple independently-
A broad range of quality Frequency Distribution Units that have gained a worldwide reputation for their reliability, flexibility and low phase noise in critical timing applications.
Features commonly include dual reference inputs with automatic “hitless” changeover and multiple independently-
Many units provide automatic signal status monitoring and alarms along with intuitive, secure and easy to use network based user interface.
Base level units units provide a precision OCXO frequency standard, while TCXO and Rubidium oscillators are available to deliver a variety of price and performance options. A combination option employing a low noise OCXO phase locked to a rubidium is also available, offering the low noise characteristic of an OCXO with the long term stability of a rubidium.
The FTSU range of signal distribution products provide precision programmable frequency and pulse signal amplification, synthesis and distribution in a variety of commonly utilised combinations. These devices deliver favourable performance in high integrity applications such as secure communications systems, satellite ground stations and digital television broadcasting where long term reliability and signal quality are depended upon.
The standard FTSU accepts two sets of input signal source normally comprising 1PPS and the reference frequency (typically 10MHz) delivering automatic “hitless” reference changeover should one of the continuously monitored on-
In this way, custom signal distribution functionality can be purpose built into a timing systems based upon the application specific requirement