Datatronics, S.A.

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://www.datatronics.es/home/soluciones/sincronismo?cxp_page=3000&utm_source=fb&utm_term=33223

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://www.datatronics.es/home/soluciones/sincronismo?cxp_page=5148&utm_source=fb&utm_term=31825

Each system has its own narrative - and this year, that narrative centered on security and stability.

Enhanced timing foundations enabled teams to reduce complexity, improve communication, and ensure that systems operated precisely as intended.

As you plan new projects for 2026, explore our website to review the key themes that defined dependable system performance in 2025.


https://www.datatronics.es/home/soluciones/sincronismo?cxp_page=5148&utm_source=fb&utm_term=31823

As 2025 draws to a close, the impact of dependable timing on the year is unmistakable.

Throughout various industries, teams enhanced their systems by relying on accurate synchronization, robust oscillators, and consistent timekeeping - the subtle technologies that ensured seamless operation.

Looking forward to 2026, this year-end summary provides an opportunity to reflect on the solutions that contributed to practical performance and lasting resilience.



Read more on our website
https://www.datatronics.es/home/soluciones/sincronismo?cxp_page=5148

Accurate ball tracking in professional golf video production is challenging due to the need for precise synchronization of multiple cameras and sensors.

By integrating the compact Microchip TTM 01-G GPS clock, a sports tech provider now delivers perfectly synchronized broadcasts worldwide.

Read the case study on our website.


https://www.datatronics.es/home/soluciones/sincronismo?cxp_page=3000

Synchronization is essential for stable connectivity and data flow in small office Points of Presence (PoPs). Microchip’s TimeProvider XT Extension System with Redundant TimeProvider 4100 Gateway Clocks helps maintain accurate timing and supports efficient network operations.

Visit our website to learn more.


https://www.datatronics.es/home/soluciones/sincronismo?cxp_page=3000

Precise timing is essential for SATCOM networks to ensure reliable voice, data, and ISR transmission. Microchip’s GNSSDO modules support synchronization between ground stations and satellites, maintaining timing accuracy even during GNSS outages.

Read the use case on our website. SATCOM


https://www.datatronics.es/home/soluciones/sincronismo?cxp_page=3000

In this podcast, Evan Alexander from Microchip discusses the role of timing in Global Navigation Satellite Systems (GNSS) and how Microchip is addressing the challenges of reliable GNSS technology.



Listen to the podcast on our website.
https://www.datatronics.es/home/soluciones/sincronismo?cxp_page=3000

Operators of critical infrastructure depend on GNSS for precise timing; however, GNSS systems are susceptible to disruptions and can be expensive to maintain.

Microchip’s TimeProvider® 4500 offers a robust, terrestrial solution that delivers sub-nanosecond timing accuracy for distribution over distances up to 800 km, even when GNSS is unavailable.



Read the press release on our website.
https://www.datatronics.es/home/soluciones/sincronismo?cxp_page=3000

Alternative Position Navigation and Timing (PNT) is critical for advancing the next generation of timing technologies.

Microchip’s Evan Alexander elaborates on this need by explaining how the IEEE P-1952 standard defines five levels of resilience for PNT devices and by highlighting the importance of GNSS Disciplined Oscillators in achieving robust timing performance.



Read the article on our website. -&-rf-magazine
https://www.datatronics.es/home/soluciones/sincronismo?cxp_page=3000

Microchip is expanding its range of timing solutions with the launch of a new technology.

SkyWire™ Technology, embedded in the BlueSky™ Firewall 2200, functions as a time measurement tool capable of measuring, aligning, and verifying time to within less than five nanoseconds, even when clocks are located far apart geographically.

Read the PR on our website.


https://www.datatronics.es/home/soluciones/sincronismo?cxp_page=3000

Tactical radios use GNSSDOs for time and frequency synchronization, enabling secure communication in challenging conditions.

Frequency hopping and stable timing keep links undetectable during combat.

Microchip GNSSDOs provide accurate timing and integration for military radios.



Read the use case on our website.
https://www.datatronics.es/home/soluciones/sincronismo?cxp_page=3000