Critical Infrastructure relies on position, navigation, and timing (PNT) which is now almost exclusively delivered using GNSS. The threat of GNSS errors has become Read more »
As timing and synchronization has grown in importance within Critical Infrastructure networks, centralized management and visibility of this vital function has become essential Read more »
Cesium beam atomic clocks, such as Microsemi’s 5071A and TimeCesium products, have been popular frequency standards for deployment in Critical Infrastructure for many years. The cesium clock used in communications Read more »
When a GNSS failure occurs, dispatching personnel to a location to resolve an issue could take hours or even days. Critical Infrastructure operators rely on holdover clocks to provide valuable Read more »
The solution stack starts with the ability to support sky GNSS signal reception in a highly secure manner. The vulnerability of these GNSS systems to various signal incidents is well documented Read more »
GNSS-based errors, whether intentional or unintentional, can quickly impact a vast geography and widely dispersed locations. Additionally, a large variety of operational environments must be accounted for Read more »
GNSS errors and anomalies can be caused by a range of issues. Because real world signals from the satellites do not travel in a vacuum, but pass through Read more »
Critical Infrastructure is typically constructed in a tiered manner beginning with a set of core sites that are connected Read more »
GPS revolutionized the world with its ability to provide an accurate, reliable, and cost-effective positioning, navigation, and timing (PNT) service with Read more »
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