• GPS-disciplined Rubidium clock for near-Cesium stability
• Internal battery for increased oscillator stability
• Two switchable 1.544 MHz (T1) or 2.048 MHz (E1) front-panel outputs
• 1-pps front-panel output
• Hold-over drift is <1µs/24h
• 1, 5 & 10 MHz outputs
• -48 VDC operation
• Portable telecom clock with Primary Reference Clock performance
• Compact, lightweight portability
• Configurable alarming for urgent and non-urgent alarms
• User friendly touch panel, selectable for six language

Accuracy, High-Stability, Performance

The GPS-12R frequency standard offers traceable Cesium-like stability at a very attractive price. Synchronized to the GPS satellite system, the GPS-12R provides both short and long–term time and frequency stability, assuring precision and accuracy.

Standard configuration includes three front-panel outputs: two switchable 1.544 MHz (T1) or 2.048 MHz (E1) outputs; and 1-pps time reference. The ultra-stable, built-in Rubidium atomic clock oscillator offers excellent frequency and time stability, whether in GPS-disciplined mode, or in hold-over mode. Configurable alarming provides easy to read urgent and not-urgent alarms for loss of GPS, loss of antenna connection, hardware failures, and more. User settings and display are selectable for six languages.

Portability

Where AC Mains voltage is not available, the internal battery operation provides oscillator stability during transportation or in field applications. This feature is ideal for telecommunications requirements such as SDH/PDH/SONET Analyzers, wireless base stations, or public utility field applications where lightweight portability with zero warm-up time and full stability is essential.

Solutions

As an in-house NIST traceable reference standard for calibration or as the master clock for test instruments, the GPS-12R provides a continuous stable and accurate frequency standard. The GPS-12R with optional 1, 5, 10 MHz outputs is the ideal precision reference standard for use in; metrology, radar antenna array systems, pubic utilities, and the electronics industry. The optional battery provides increased efficiency of the GPS-12R when transportation between work stations is required.
For precise time synchronization and editing of Digital Video Broadcasting/Digital Audio Broadcasting systems; broadcasters and post-production facilities look to the GPS-12R to deliver the ultra-stable master clock required to sync SMPTE time-code generators.

Technical Documentation

GPS-12R Specifications (120 kB)
EC Declaration of Conformity (54 kB)