We’re excited to invite you to SyncGov2025, a dynamic webinar conference hosted by the industry experts from Microchip’s Frequency and Timing Systems BU

Webinar Title: Mission-Critical Timing: Enhancing Defense Readiness Through Advanced Synchronization

Welcome and Introduction
Speaker: Randy Brudzinski
Time: 5 min
Abstract: A brief welcome and overview of the session’s objectives highlighting Microchip’s FTS BU and acknowledging the role of our channel partners

Synchronization Using Signals of Opportunity and Why It Matters
Speaker: Jim Olsen
Time: 25 min
Abstract: GPS (or GNSS) timing receivers have been used for timing applications for many years. GPS timing receivers are not bad, but they are vulnerable. Vulnerable to what exactly and why. What options are available to address vulnerabilities? What role does Precision Time Protocol (PTP) play in addressing GPS vulnerability? What role do cesium atomic clocks play in addressing GPS vulnerability? All these topics and more explored in depth so pay close attention because “Timing Is Everything”.

Zero Trust Concepts and the Importance of Cybersecurity Protection
Speaker: Paul Skoog
Time: 15 minutes
Abstract: Explores the application of Zero Trust principles with a focus on SyncServer’s BlueSky Capabilities. Learn how layered security and authentication can protect timing infrastructure from spoofing/jamming and cyber threats.

The Cesium Atomic Standard and The Future of Atomic Timekeeping
Speaker: David Chandler
Time: 20 min
Abstract: Quantum Technology Abstract: The 5071 series cesium has been the defacto time and frequency reference for the last 30 years. Laboratory innovations have resulted in clocks with superior stabilities, that are slowly making their way into early release cycles. Learn more about these new technologies, and when they will be ready high volume programs.

Low Power Atomic Clocks in Space and Tactical Applications
Speaker: Will Krzewick
Time: 15 min
Abstract: Explore how chip-scale and miniature atomic clocks, including their space-qualified models, are revolutionizing precision timing for compact, mobile, and space-constrained applications. These advanced clocks deliver high accuracy and stability, enabling reliable synchronization in challenging environments where traditional solutions are impractical.

Position, Navigation and Timing in the Sensor Open Systems Architecture (SOSA™)
Speaker: Evan Alexander
Time: 10 min
Abstract: Technical Session on integrating Embedded PNT Systems and GNSS disciplined Oscillators into SOSA-aligned IEEE 1588 Precision Time Protocol (PTP) Grandmaster PNT cards, enabling precise timing and synchronization across SOSA aligned systems and platform sensors. Enabling high-assurance operations across the electromagnetic spectrum—supporting electronic intelligence (ELINT), electronic support (ES), and resilient navigation for mobile and disaggregated systems.

Integrating Position, Navigation and Timing Components into Tactical Systems
Speaker: Kirk Montgomery
Time: 15 min
Abstract: This presentation introduces Microchip’s Tactical Time-Based Systems, engineered by the FTS Boulder (Government Systems) group to meet the evolving demands of modern defense and aerospace missions. At the core of these solutions is a resilient, layered timing architecture that forms the foundation for mission assurance in GPS-contested and denied environments.

Understanding the Importance of Clock Phase Noise and Stability in Radar Systems
Speaker: Chris Higgins
Time: 10 min
Abstract: This webinar offers an overview of key radar principles, focusing on methods for determining target range and velocity. It emphasizes the importance of a low-noise signal chain in achieving high-performance radar, which enables improved resolution and extended tracking capabilities. The session will discuss the drawbacks of noisy signal chains and introduce solutions that utilize low-noise clocks. These clocks help maintain system accuracy, even when faced with GNSS interference and challenging environmental factors.