TrueTech SpA

When GNSS is used as a primary time reference, protecting timing systems from malformed or manipulated signals becomes critical. Introducing an external GNSS signal‑validation layer ahead of the network timing core allows GNSS‑derived time to be assessed before it is accepted, helping reduce exposure to spoofing, jamming, and subtle time bias attacks.



Read the use case on our website.
https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=37668

UAVs depend on precise timing for navigation, communications and sensor fusion, but GNSS signals can be denied or jammed. Microchip GNSS disciplined oscillators provide stable timing and reliable holdover, helping UAV systems maintain performance when GNSS is unavailable.


https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=37106

Broadcasting tracking across large areas requires precise device synchronization for accurate reporting. See on our website how Microchip’s TTM 01-G Time Server enables accurate camera and sensor sync for ball tracking in professional golf broadcasting.


https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=36217

Network time servers can be vulnerable to denial-of-service attacks, impacting time accuracy and system reliability.

Microchip’s SyncServer® uses real time, hardware-based packet processing and hardware-based NTP timestamping, packet limiting and alarming to protect the CPU and maintain reliable, high-bandwidth NTP operations.



Read more on our website.
https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=35901

Coordinating clocks across distant sites can be difficult. Microchip’s SkyWire™ technology uses GNSS signals to enable precise, real-time clock comparisons and alignment with national time standards, supporting reliable time synchronization for distributed systems.



Watch the video on our website.
https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=35659

Vehicle platforms face the challenge of maintaining precise timing for navigation, communications, and electronic warfare in harsh environments. Microchip’s GNSSDOs deliver rugged, low SWaP solutions with holdover capability, ensuring mission-critical operations stay synchronized.



Read the use case on our website.
https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=35323

Critical infrastructure relies on GNSS, but faces spoofing and jamming risks. Microchip’s BlueSky® GNSS Firewall 2200 with SkyWire™ technology filters signals, blocks threats, and compares clocks across sites, ensuring secure, synchronized timing and UTC traceability. Read the data sheet on our website.


https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=34984

Scientific research in fields like physics, astronomy, and metrology rely on ultra-precise timing for accurate measurements. Microchip’s GNSS Disciplined Oscillators provide a dependable timing solution that ensures data integrity and effective synchronization.



Read the use case on our website.
https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=34435

Why depend solely on GNSS for precision timing?

The Microchip TimeProvider 4500 version 3.0 offers a terrestrial alternative by utilizing existing optical networks, standard SFP modules, Ethernet, and PTP. It is designed to be resilient, redundant, and carrier-grade. This PTP Grandmaster also meets the ITU-T High Accuracy Time Transfer (HA-TT) standard.

Visit our website to watch the video and learn more.


https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=34088

A global traffic enforcement company needed accurate, network-independent time for speed tracking. Microchip’s TTM 01-G with GNSS timing met strict accuracy, reliability, and size needs. The result: secure, precise timestamps and maintenance-free operation worldwide. Read the case study on our website.


https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=33807

HORDE PNT allows PNT assets to be distributed throughout a network and accessed by any platform, facilitating missions such as coordinated UAV swarms for sensing without dependence on GPS or traditional hierarchical architectures.



Read the article on our website. HORDE PNT
https://truetech.cl/Microchip?cxp_page=3006&utm_source=fb&utm_term=33217

This year featured insightful conversations on the factors that maintain connectivity and operation in modern systems.

A highlight was a podcast in which Evan Alexander from Microchip explains how timing underpins GNSS, and explores the challenges of ensuring reliable performance in real-world environments.

As the year concludes, this podcast offers meaningful perspectives, complemented by a comprehensive review of 2025’s key timing and synchronization topics.



👉 Listen to the podcast
👉 Explore the full year wrap-up
https://truetech.cl/Microchip?cxp_page=5148&utm_source=fb&utm_term=31825