The OSA 4500 provides higher grade synchronization at minimal cost and minimal space. Based on the high performance Double Oven Oscillator OSA 8663, up to four 1 PPS and four 10 MHz outputs deliver time and frequency at a high level of accuracy and stability.

A comprehensive command set via RS232 serial line is available for the OSA 4500 management, allowing alarm reporting and full equipment control. The OSA 4500 is also very easy to integrate, highly reliable and totally maintenance-free.

Numerous types of integration can be accommodated thanks to the OSA 4500 versatility, to easily adapting any integration into base stations, broadcast stations and such equipment, as an OEM timing clock solution.

OSA 4500 with GPS Clock

The OSA 4500 time and frequency is derived from the Global Positioning System (GPS). Up to 12 satellites can be tracked and a “position fix” mode is automatically trigged to reach higher stability. When no valid GPS reference input is available, the OSA 4500 enters in holdover mode and holds its output frequencies to supply long hours of frequency and phase accuracies. With ATDC system implemented, the OSA 4500 provides superior holdover stability, reaching phase variations lower than 5μs per day. A comprehensive command set via RS232 serial line is available for the OSA 4500 management, allowing alarm reporting and full equipment control. The OSA 4500 is also very easy to

OSA 4500 with GLONASS + GPS Clock

The OSA 4500 is also available with GLONASS+GPS receiver, which offers combined GLONASS and GPS signal reception to supply highly reliable synchronization clock from the two world’s largest Global Navigation Satellite System (GNSS); the renowned Global Positioning System (GPS) and the promising Russian Federation’s GLObal NAvigation Satellite System (GLONASS).

Holdover

When no valid GNSS reference input is available, the OSA 4500 enters in holdover mode and holds its output frequencies to supply long hours of frequency and phase accuracies.

ATDC (Aging and Themperature Drift Compensation)

Enhanced with its Aging and Temperature Drift Compensation (ATDC) system, the OSA 4500 becomes the most stable GPS quartz clock ever seen in holdover mode, especially in large temperature variations environment and harsh conditions. Thus, the OSA 4500 provides superior holdover stability, reaching phase variations lower than 5μs per day.