OCXO Frequency References | High Stability, Low Noise Rack Mount Solutions

Novus Power provides OCXO frequency references designed for demanding applications in Telecom, Defense, Distribution, and Research. Our modular and rack mount solutions support outputs from 10 MHz to 100 MHz with high stability and low noise performance. Systems include GNSS-locked and Rubidium options with multi-channel (3,6,10 and 20 channels) capability, distribution amplifiers, and SNMP for remote monitoring and control. With reverse polarity protection, transient protection, and rugged design practices, these references deliver long-term reliability in both compact chassis and rack configurations. They can be kitted with cables and power supplies for quick deployment.

NR2110D-O Dual Channel10 MHz Reference

OCXO Frequency References

NR2110D-O Dual Channel10 MHz Reference

PPS Source-NR3700-G-PPS

GNSS Locked References

PPS Source-NR3700-G-PPS

Nr3620 10 MHz gnss locked frequency reference. features low phase noise, NMEA and PPS out

GNSS Locked References

PPS and NMEA Source- NR3620-LT


Frequently Asked Questions

What is an OCXO frequency reference?

An OCXO frequency reference uses an oven-controlled crystal oscillator to provide high stability and low noise outputs, making it ideal for mission-critical timing applications.

What frequency outputs are available?

Novus Power frequency references support a wide range, including 10 MHz to 100 MHz, with both sine and PPS outputs depending on the model.

Do you offer rack mount and modular options?

Yes. Our references are available in rack mount chassis for lab or network integration, as well as compact modular designs for field and tower use.

Can these references be GNSS locked?

Many models include GNSS locked options for enhanced long-term accuracy and automatic calibration.

Are the systems protected against faults and harsh environments?

All designs include reverse polarity protection, transient protection, and rugged construction to ensure long service life in remote and critical installations.