In high-stakes applications like GPS, satellite navigation, and seismic monitoring, even a minuscule timing error can lead to critical system failures. The foundation of this precision is your choice of oscillator.

In the world of high-precision timing, the Oven-Controlled Crystal Oscillator (OCXO) has long been the gold standard for applications demanding exceptional frequency stability. But a new challenger has emerged: the Digitally-Compensated OCXO (DOCXO). For designers of cutting-edge technologies like I... read more

In the quest for ultra-precise timing, two giants dominate the field: the Digitally Compensated Crystal Oscillator (DOCXO) and the Oven-Controlled Crystal Oscillator (OCXO). Both are renowned for their exceptional frequency stability, but they approach the problem of temperature in fundamentally dif... read more

The rise of edge computing has transformed how we process data—bringing intelligence closer to the source. But at the heart of every reliable edge device lies a critical, often overlooked component: the timing solution.

In precision science, “calibration” and “frequency accuracy” often call to mind cold machines—but DOCXO’s approach tells a different story. Behind every calibrated DOCXO device (the backbone of GPS, medical imaging, and quantum computing) lies an irreplaceable human touch. Science’s rigor depends on... read more