The Microchip/Microsemi/Symmetricom 1510-602 is a modular Time and Frequency System built on the XLi platform for precision synchronization and timing applications. The system delivers timing accuracy better than 30 nanoseconds RMS to UTC under normal conditions and frequency accuracy better than 1×10⁻¹², with configurable dual GPS receivers and support for multiple reference inputs. Its plug-and-play architecture automatically detects system configuration, eliminating manual OS modifications and streamlining deployment in time-critical environments.
Technical Specifications
Timing & Frequency Performance
• Timing accuracy to UTC: Better than 30 ns RMS (normal conditions); less than 40 ns RMS (Selective Availability)
• Frequency accuracy: Better than 1×10⁻¹²
• Internal oscillator stability: Better than 1×10⁻¹² (upgradable to ovenized quartz or rubidium)
Receiver & Input Options
• GPS receiver: 12-channel with Receiver Autonomous Integrity Monitoring (RAIM)
• Dual redundant GPS receiver configuration supported
• Primary and secondary reference inputs: GPS, Time Code, 1 PPS
• Time code formats: IRIG A, B, G, E, IEEE 1344, NASA 36 (AM and DCLS modes)
Outputs
• 1 PPS output (standard)
• Programmable pulse rate outputs
• Time code output (simultaneous AM and DCLS available)
• Open collector alarm output
Connectivity & Control
• 10/100 Base-T Ethernet (standard)
• RS-232/422 serial port for control and command-line interface
• Remote control via Telnet or serial port
• HTML web-based interface with SNMP enterprise MIB support
• Front panel keypad and display for local monitoring
– Key Features
Modularity
The 2U chassis accommodates up to ten single-height option modules; 1U base models support up to four. Plug-in output modules enable customization for specific applications and future upgrades without redesign.
Configuration Recognition
Automatic hardware detection eliminates operating system modifications and manual configuration steps.
– Typical Applications
Precision synchronization, telecommunications timing, frequency distribution, test laboratories, and applications requiring UTC traceability with redundant GPS architecture.
– Compatibility & Integration
The system integrates with existing networks via Ethernet and legacy timing systems through multiple time code format support (IRIG, IEEE 1344, NASA 36). Serial control enables integration into automated test environments.
