Timing Knowledge Centre
Build your knowledge and learn how to get synchronised timing across your digital infrastructure.
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Why Your Network Needs Synchronised Time
Learn why your network needs synchronised time and how properly synchronised timing can help to secure your systems.
Learn about network timing >
The Science Behind GPS Time
Learn about the science behind GPS timing and how GPS uses atomic clocks to provide high precsion time synchronisation.
Learn about GPS time sync >
Time Sync Across Enterprise Networks
Learn about time synchronisation on IT systems and discover the critical importance of this across enterprise networks.
Learn about enterprise timing >
NTP and SNTP: A Comparison
Learn about the key differences between the Network Time Protocol and the Simple Network Time Protocol and which to use.
Learn about NTP and SNTP >
How NTP Synchronises Your PC
Learn about NTP and the mechanism behind how the Network Time Protocol is used to ensure your PC maintains accurate time.
Learn about NTP operation >
Time Synchronisation and Cybersecurity
Learn about time synchronisation and cybersecurity and how cybercriminals exploit network time synchronisation errors.
Learn about cybersecurity timing >
Holdover Technology Explained
Learn how different holdover technologies protect your mission-critical networks if your primary time reference fails.
Learn about holdover >
NTP Broadcast Explained
Learn about NTP broadcast and discover how it provides a simple method for distributing time across network segments.
Learn about NTP broadcast >
Cable Delay in GPS Systems
Learn about cable delay in precision GPS timing systems, why this matters and discover implementation best practices.
Learn about cable delay >
What is Network Time Protocol?
Learn about Network Time Protocol, why it matters, how it works and how it ensures accurate timekeeping across networks.
Learn about NTP >
What is IRIG-B Timecode?
Learn about the specifics of IRIG-B timecode, which industries and applications use it and why it is used in critical systems.
Learn about IRIG-B Timecode >
Building Resilient Network Timing
Learn why timing redundancy is important and discover key approaches and best practices for implementing this on your network.
Learn about timing redundancy >
Understanding NTP Stratum
Learn about Network Time Protocol stratum, why it matters and how it helps to ensure accurate timekeeping across networks.
Learn about NTP stratum >
How Accurate Timing Protects Your Network
Learn how accurate timing is a critical component of your organisation's cybersecurity infrastructure to protect your network.
Learn about accurate timing >
GPS Antenna Lightning Protection
Learn how a lightning strike can damage your GPS timing antenna and discover what you can do to protect against this.
Learn about lightning protection >
What is a Time Server?
Learn about the importance of accurate time in modern IT systems, why this is needed and how time servers provide this.
Learn about time servers >
Time Synchronisation Protocols: NTP vs PTP
Learn about the differences between Network Time Protocol and Precision Time Protocol, and which you need for your network.
Learn about NTP vs PTP >
Mastering GPS Antenna Placement
Learn the best place to position your GPS timing antenna, how this can affect system performance and how to ensure reliability.