We design and manufacture unique motion sensors

Photonic Gyroscope

Photonic Gyroscope

Our photonic gyroscopes utilize the optical properties of light in an integrated circuit to detect rotation accurately and reliably.

  • Single photonic integrated circuit (PIC)
  • No moving parts
  • No need for vacuum packaging

Inertial Measurement Unit (IMU)

Inertial Measurement Unit (IMU)

Our IMUs combine our patented photonic gyroscopes with integrated MEMS accelerometers to accurately track 6 axes of motion.

  • Single integrated unit
  • 3 rotational and 3 translational axes
  • Remarkable advantages over alternatives

Benefits

Mission-critical accuracy

Ultra-low bias drift makes our sensors suitable for applications where accuracy is critical.

  • Ultra-low drift, even under vibration
  • Ultra-low signal noise
  • Gyroscope is not affected by acceleration

Reliable in harsh conditions

Exceptional performance, even in challenging circumstances.

  • Light based sensing – immune to electromagnetic interference (EMI)
  • Insensitive to temperature variations
  • Resilient to effects of charging
  • Humidity and underwater use
  • Not impeded by dusty environments
  • No moving parts, physically robust

Small, light and low power

Lower volume and mass compared to electronic sensors - and just one-third of the power consumption.

OSCP's sensors add minimal size, weight and power requirements.

Low cost and scalable

Our technology is suitable and ready for mass manufacturing with high speed and low unit costs.

CMOS compatible technology is scalable: ready for mass production and low cost at volume. Fully integrated chip assembly eliminates need for manual assembly, driving down costs.

The OSCP advantage

Feature OSCP MEMS FOG RLG
Compact Yes Yes No No
Lightweight Yes Yes No No
Low Power Yes Yes No No
Low Bias Drift Yes No Yes Yes
Vibration Resilient Yes No Yes Yes
High Bandwidth Yes No Yes Yes
Temperature Resilient Yes No Yes Yes
CMOS Compatible Yes Yes No No
Scalable Yes Yes No No
Low Price Yes Yes No No