Oscilloquartz - Taiwan Distributor
Oscilloquartz, also known as OSA, originated from the watchmaking region of Switzerland and was established in 1949.
With over half a century of history, it has amassed extensive experience in time synchronization systems. In 2014, it became one of the brands under ADVA.
The product range includes master clocks, atomic clocks, and cesium atomic clocks, applicable in various fields such as communications, defense, finance, and transportation.
With over half a century of history, it has amassed extensive experience in time synchronization systems. In 2014, it became one of the brands under ADVA.
The product range includes master clocks, atomic clocks, and cesium atomic clocks, applicable in various fields such as communications, defense, finance, and transportation.
With the rise of the 5G environment and the Taiwanese government's promotion of N79-related applications, the number of private networks has increased, and the demand for high-speed transmission has become more apparent, emphasizing the importance of time synchronization.
For different private network architectures, OSA provides corresponding product devices such as grandmaster, TC, BC, OC, etc. Establishing a time synchronization environment within the domain ensures good stability and accuracy. The Sync Jack interface allows viewing the time oscillation frequency to manage synchronization quality, ensuring the correctness and reliability of the time source signals at each endpoint. |
After 2020, regional wars erupted in various countries, bringing new demands for positioning, navigation, and timing (PNT).
During this period, a zero-trust strategy was adopted in satellite strategies within defense policies: "Never trust, always verify." In critical PNT services, GPS cannot be a single point of failure. OSA provides a reliable, secure, flexible, and trustworthy PNT solution. The source of time synchronization must not solely rely on satellite signals; it is crucial to incorporate multiple trusted sources to ensure the accuracy of time synchronization. |