The SA.3Xm is designed for applications where an economical solution for frequency stability is required. Requiring little power, and able to operate across a wide spectrum of temperatures, the SA.3Xm is an ideal choice for wireless base stations, telecom networks, and test and measurement devices requiring the precision of a rubidium oscillator.
Versatile
Symmetricom has designed the SA.3Xm for suitability in variety of timing and synchronization applications, including wireless base stations, telecom networks, and test and measurement devices.
Compact Design
Symmetricom has leveraged significant advances in physics miniaturization and integration to design a form factor measuring only 2” by 2” and standing less than an inch — five times smaller than existing rubidium oscillators.
Economical Operation
Low power consumption makes the SA.3Xm an ideal choice for applications where an economical solution for frequency stability is required.
Low Temperature Sensitivity
Wide spectrum temperature operation enables use in a range of applications. Includes standard quartz oscillator pinouts.
Targeted for applications where an economical solution for frequency stability is required, such as UMTS (WCDMA), the SA.3Xm can be used as an independent timing source for base stations. For those looking to transition from costly TDM backhaul transport to economic and efficient Ethernet transport, the SA.3Xm is a cost-effective solution. The SA.33Xm is suitable for replacing existing rubidium oscillators in long holdover applications, such as CDMA.
- Stand-alone (free-run) UMTS timing (without GPS or calibration)
- Holdover for CDMA and WiMAX base stations
- Holdover and stability for communication and transmission applications including telecom networks and test and measurement devices
