Seeking a solution for precise and accurate time delivery? Microchip’s cutting-edge technologies for energy efficiency and time accuracy can assist you in creating more reliable and secure networks and systems to meet the most demanding applications.
Scientific research in fields like physics, astronomy and metrology relies on ultra-precise timing references to conduct accurate experiments and observations. Whether the application is synchronizing particle detectors, timing celestial events, or maintaining time standards, precise timing is fundamental to advancing scientific knowledge.
DownloadWelcome to the world of speed cameras with built-in plate recognition. While there are some predictions that we’ll all be driven everywhere in speed-regulated autonomous vehicles within the next few years or decades, for now, government agencies around the world are using these cameras ticket speeding drivers.
DownloadProfessional golf has seen its share of change over the years, mostly related to how it's watched rather than how it's played. Video technology has been improving rapidly, offering better ball-tracking techniques that make it easier than ever to watch the game on a screen.
DownloadCommunication network operators need physical PoPs to facilitate interconnection between different carriers and service providers.
DownloadSATCOM systems are critical to military operations, as they enable resilient global connectivity for voice, data, timing, ISR transmission and battlefield coordination. SATCOM systems can be deployed in a variety of environments and platforms including ground, airborne, maritime and space.
DownloadCommunications network operators who are struggling to support legacy SSU and BITS systems can now migrate to a newer platform that supports E1/T1/CC critical timing services as well as next generation network-based timing services using PTP, NTP and Synchronous Ethernet.
DownloadPrecise Timing Grandmaster With Gateway Clock, High-Accuracy and Redundancy
DownloadThis is part 2 of a two-part episode.
Listen hereAn organization that is rolling out a Zero Trust Architecture should understand how irrational it is to get time from public NTP server pools and how it violates the fundamental concepts of Zero Trust.
DownloadAn organization that is rolling out a Zero Trust Architecture should understand how irrational it is to get time from public NTP server pools and how it violates the fundamental concepts of Zero Trust.
DownloadTactical radio systems provide secure and reliable voice and data links in challenging environments including urban canyons, indoors and electromagnetic jamming.
DownloadAs ride sharing and larger payload capacities decrease satellite launch costs, Low Earth Orbit has become the preferred domain for new satellite constellations and scientific missions in space.
DownloadA time scale system delivers a UTC-traceable source of time, operating autonomously with exceptional precision and reliability.
DownloadModern radar systems are essential for a variety of military applications, including missile guidance and warning, surveillance, targeting, electronic warfare and navigation systems.
DownloadEnhancing Cybersecurity in Education with SyncServer® Network Time Servers: A Key Component in Zero Trust Architecture
DownloadThe GridTime™ 3000 GNSS time server is a software-enabled solution that provides enhanced levels of redundant, secure and resilient timing for power utility substations.
DownloadMicrochip’s next-generation Cesium Atomic Clock delivers precise timing for months during GNSS outages
Learn more5G communications networks rely on high-precision source clocks that lock to the Global Navigation Satellite System (GNSS). If the GNSS timing reference is lost or impaired, calls will drop, and data services will dramatically slow down or stop altogether.
Learn moreRegulatory and user requirements for data centers demand sub-microsecond sequential time stamps. Time stamping precision and accuracy is critical not only across servers in a data center, but also between data centers in a network.
Learn moreTransportation infrastructures—such as aviation, railway or maritime—rely on the use of Positioning, Navigation and Timing (PNT) services delivered by Global Navigation Satellite System (GNSS) for operational efficiency, reliability and, most importantly, public safety.
Learn moreModern defense systems demand absolute precision. Yet, critical timing sources like GPS are vulnerable to jamming and spoofing, which puts mission success and security at risk. Join Microchip’s live webinar to discover how advanced synchronization technologies are shaping the future of defense systems.
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Our GNSS Disciplined Oscillator (GNSSDO) modules combine high-performance oscillators and our proprietary holdover, aging and environmental correction algorithms into a small-form-factor PNT system.
Interview With David Chandler, Senior Manager in Product Marketing of Atomic System Clocks at Microchip Technology Inc.
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This is part 2 of a two-part episode.
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This is part 1 of a two-part episode.
Listen here
This Epsiode will be a real technical deep dive. We will learn why we use atomic clocks instead of normal ones and what role the speed of light plays in the process.
With its low power consumption and wide temperature range, the Low-Noise Chip Scale Atomic Clock (LN-CSAC) is an excellent choice for battery- powered applications that are exposed to extreme temperatures.
Protect, Resist, Withstand, and Recover from GNSS Adversities
This video offers a brief review of the functionality and features of the SSU 2000/2000e platform, which is used by communications network operators worldwide to generate and distribute superior SONET/SDH TDM synchronization.
Enhance the security and reliability of your substation's timing network by upgrading to the latest version of the GridTime™ 3000 GNSS Time Server.
The Miniature Atomic Clock (MAC) was launched in 2020, setting the standard as the top-performing rubidium oscillator in terms of size and power efficiency. Since then, thousands of MAC units have been deployed across Communications, Test & Measurement and Aerospace & Defense sectors.
Do you need to make accurate frequency measurements, but don’t have a reference you can reliably trust? Using standalone quartz oscillators for measurements introduces aging effects that can compromise the frequency accuracy of your measurements.
Do you need to make accurate frequency measurements, but don’t have a reference you can reliably trust? Using standalone quartz oscillators for measurements introduces aging effects that can compromise the frequency accuracy of your measurements.
TimeProvider® 4100 Series version 2.4 now features high capacity with 2,000 PTP clients and embedded BlueSky™ GNSS Firewall technology for anti-jamming and anti-spoofing protection.
Microchip's HORDE PNT architecture enables decentralized position, navigation and timing for resilient operation in GPS-denied and contested environments.
DownloadMicrochip’s TimeProvider® 4500 v3 grandmaster clock enables terrestrial alternative to GNSS for resilient critical infrastructure services.
DownloadThe pursuit of resilient timing systems is more critical than ever as the RF spectrum becomes more contested by the day, threatening the performance of devices in the cloud.
DownloadNetwork clocks are the backbone of critical infrastructure operations, with the precise alignment of clocks becoming increasingly important for data centers, power utilities, wireless and wireline networks and financial institutions.
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