NTP Solutions

Our GPS L1-based NTP Server is the reliable, cost-effective choice for enterprise and campus networks that require accurate time synchronisation from the Global Positioning System. It receives the GPS L1 civil signal (1575.42 MHz) via an external antenna and distributes nanosecond-accurate time across your entire network using NTP and PTP (IEEE 1588) protocols.

Ideal for corporate data centres, SME networks, broadcast facilities, and general enterprise deployments where a single-constellation GPS signal provides sufficient accuracy and availability.

This server simultaneously receives signals from multiple GNSS constellations — GPS, GLONASS, Galileo, and BeiDou — providing significantly improved accuracy, reliability, and satellite availability compared to single-constellation systems. Multi-GNSS reception ensures continuous, accurate time even when one constellation experiences outages or signal degradation.

Critically, this model includes integrated Jamming Detection and Spoofing Detection with Alerting. When RF jamming or GNSS spoofing attempts are detected, the server generates real-time alerts via SNMP traps, email, and syslog — notifying your operations team immediately so corrective action can be taken, while the server continues to maintain time using its internal holdover oscillator.

Recommended for financial institutions, stock exchanges, telecom operators, power utilities, and government agencies where tamper-awareness is mandatory.

Our flagship NTP server solution, engineered for the most demanding mission-critical environments — defence installations, critical national infrastructure, financial market infrastructure, and high-security government facilities. This platform goes beyond detection by actively neutralising jamming and spoofing threats in real time, ensuring uninterrupted, authenticated time delivery even under active electronic attack.

The advanced Anti-Jamming system uses multi-element antenna arrays, adaptive null-steering, and signal processing algorithms to reject intentional and unintentional RF interference — maintaining GNSS signal lock even in heavily contested RF environments. The Anti-Spoofing engine employs cryptographic signal authentication (where constellation-supported), multi-constellation cross-validation, and anomaly detection to reject falsified GNSS signals before they can corrupt system time.

This server is also equipped with a high-stability Rubidium (Rb) or Caesium oscillator for extended holdover — maintaining nanosecond-level accuracy for hours or days without any GNSS input, ensuring continuous time service even during prolonged jamming events or antenna outages.