Protempis ICM 720 (Formerly Trimble ICM 720) Timing module

Protempis ICM 720 Timing Module

The ICM 720 is designed to provide a precise time pulse for the synchronization of 4G/5G base stations, or other systems requiring a precise pulse-per-second (PPS) output. In addition to 1PPS, ICM 720 also provides a programable 10MHz output.
Its 19x19mm surface-mount package makes it ideal for embedding into your host solution. When operating in Over-Determined Timing Mode the accuracy of pulse per second (PPS) is within 5 nanoseconds of GNSS/UTC. Additionally, ICM 720 timing module includes many of Protempis’s standard timing features, including Time-Receiver Autonomous Integrity Monitoring (T-RAIM) algorithm, automatic self-survey, and GNSS disciplining of the oscillator to provide an accurate frequency reference.

Highly accurate timing and synchronization are vital to today’s critical network infrastructure efficiently to optimize and improve network performance for enhanced service delivery. Backed by Protempis’s more than 30 years of experience, innovation and long-term commitment to the market, the ICM 720 module provides a low-cost, easy to use, highly accurate and reliable GPS timing source for the critical infrastructure in different industry verticals such as 5G X-Haul, smart grid, data center, industrial automation and SATCOM networks as well as calibration services and perimeter monitoring applications.

With integrated Smart GNSS Assurance™ Technology and inherent security features, ICM 720 offers an industry leading, value-engineered solution for carrier grade resilient timing products. It is designed to meet the resilient timing requirements mandated by 2020 Executive Order (EO) for positioning, navigation, and timing (PNT) services.

Protempis’s ICM 720 module is a dual band (L1 and L5) multi-constellations GNSS timing receiver that provides single RF input for all GNSS bands to simplify host circuitry. Powered by Protempis’s Smart GNSS Assurance™ technology, the timing module offers protection against jamming and hacking of signals with automatic fallback to available GNSS signals (L1 to L5). These capabilities and highly accurate timing service provide operators with the ability to meet stringent timing requirements of critical infrastructure while guarding network synchronization against attacks from hackers. Infrastructure equipment suppliers & solutions providers will benefit by integrating highly accurate clock services to their devices & solutions while enabling secured resilient timing solutions for critical infrastructure.