The Brandywine Modular Master Clock System (MMC) is an advanced, high-precision timing solution designed for mission-critical applications. Featuring dual-redundant Master Clock Modules (MCM), it ensures reliable time and frequency synchronization using GPS, IRIG-B, Have Quick/1PPS, or external 10 MHz references. With industry-first GPS integrity checking and a unique optical crosslink for Master-Slave or Master-Master configurations, the MMC delivers unmatched resilience against GPS spoofing. Available in 1U (5 slots) and 2U (12 slots) variants, it supports hot-swappable modules, multiple oscillator options (Rubidium, CSAC, OCXO), and customizable outputs, making it ideal for defense, aerospace, and high-reliability industries.
Key Features
- Dual-redundant Master Clock Modules for high availability
- Industry-first GPS integrity checking to counter spoofing
- Optical crosslink for Master-Slave or Master-Master setups
- Hot-swappable components for seamless maintenance
- Supports GPS (C/A, SAASM, future M-Code), IRIG-B, Have Quick/1PPS, and 10 MHz inputs
- Multiple oscillator options: Rubidium, CSAC, and OCXO
- Up to 12 hot-swappable Output Signal Modules (NTP, IRIG, PPS, etc.)
- Intuitive 2U touch-screen interface for easy control
- Secure control via SNMPv3 and encrypted Windows application
- 1U (5 expansion slots) and 2U (12 expansion slots) configurations for flexibility
Applications
The Modular Master Clock System is tailored for defense and aerospace applications requiring precise, reliable timing. It supports mission-critical operations such as satellite communications, radar systems, and navigation in military platforms. The MMC’s GPS integrity checking ensures secure synchronization in contested environments, protecting against spoofing threats. Its hot-swappable modules and redundant design make it ideal for command and control centers, avionics testing, and space launch operations. With flexible configurations and robust output options, the MMC meets stringent timing requirements for defense networks, aerospace telemetry, and secure data transfer in high-stakes environments.
