Leap second information
https://www.livescience.com/earth-spin-negative-leap-second ...
Broadcast Time synchronisation
Time synchronization is crucial in broadcasting to ensure that all components of a broadcast system operate in perfect coordination. This ...
Why is synchronization critical for Radar?
Why is synchronization critical for radars? A radar doesn't just "see" with waves… it measures time with extreme precision. Distance, ...
Count down basic or modular clocks
Timelink has developed a strong expertise in implementing launch or event accurate countdown clocks. Countdown time information can be implemented ...
What is a Launch Countdown
A launch countdown is a carefully orchestrated sequence of events leading up to the launch of a rocket or spacecraft ...
Les Horloges Atomiques de Nouvelle Génération : Redéfinir la Précision du Temps
Les horloges atomiques ont longtemps été les gardiennes de la précision du temps, mais avec l'avancement de la technologie, de ...
🎯 Precision at Its Finest: The Crucial Role of 10MHz Stability in Radar Technology! 🛰️📡
In the world of radar technology, where split-second decisions can make all the difference, 10MHz stability emerges as the keystone ...
IRIG-B Time Synchronization: Perfectly Aligned Across the World! ⏰🌎
In a world where precision and accuracy are paramount, IRIG-B time synchronization emerges as a beacon of reliability and consistency ...
Allan Deviation Definition
The standard method of characterizing the frequency stability of oscillators in the time domain, both short and long term. The ...
Resilient Time and frequency generators
TimeLink equipments are resilient by nature to GNSS vulnerability thanks to their internal architecture which counts time using its internal ...
Leap second information
https://www.livescience.com/earth-spin-negative-leap-second ...
The Earth has been spinning faster lately
Scientists around the world have noted that the Earth has been spinning on its axis faster lately—the fastest ever recorded. ...
Leap second – how does it work
The precise reference time over the world is based on atomic clock and is maintained by all countries, this time ...
Time over the world – how does it work
A brief history of the time is defined across the world. 1884: International time is defined
- Adopted Greenwich as ...
GPS spoofing concern
Today concerns arise around GPS spoofing capability which mean building a system that creates signals that would appear to a ...
IRIGB optical fiber distribution – TMO3000-T/R
Timelink is pleased to introduce its new optical fiber time transport system. TMO3000-T/R is a transmitter/receiver system made of ...
Spectre and Meltdown Vulnerabilities
Timelink products are protected against those vulnerabilities by the fact that in order to exploit the vulnerability, malware is required ...
NTP basic – how it works
NTP is a protocol which allows a customer to be synchronized starting from a TCP/IP network.It was developed to provide ...
Disciplined clock – Stability and Time Error
When using a disciplined clock (GNSS disciplined for instance), two modes of operation are of importance. Disciplined Mode When the ...
The IRIGB standard
Communication systems, data handling systems, tracking and telemetry systems require time-of-the day information for data correlation with time. Parallel and ...