Meeting the Need MEMS Can't
Inertial navigation can keep you on-track with or without GPS/GNSS. Regardless of weather or road conditions, KVH FOG-based inertial systems meet the challenge when MEMS fall short.
Reliability You Trust
KVH’s FOG-based inertial systems are proven to deliver the reliability and performance autonomous vehicles require. The new PIC Inside products from KVH offer even greater reliability and repeatability in the specs that you need.
Only KVH offers PIC Inside, which brings FOG and photonic technology together. The result is FOG-based accuracy and reliability that’s designed for automotive mass production.
KVH FOG-based Inertial Systems Stay On-track When MEMS Fall Short
Low-cost Micro-electro-mechanical systems (MEMS)-based inertial sensors are not accurate enough to reduce safety risks adequately, nor can they provide true situational awareness, despite the appeal of their cost and size. FOG-based inertial systems overcome those issues and deliver a superior performance for improved safety.
Reliability You Count On
KVH offers FOGs and inertial sensors that provide the data autonomous vehicles navigation require:
- Dependable positional accuracy
- Reliable angular rate
- Trusted acceleration data
KVH’s PIC technology reinvents FOG technology with a groundbreaking integrated planar optical chip. It replaces individual fiber optic components for even greater reliability and repeatability.
The P-series is integrated with high-performance accelerometers for reduced lateral drift in dead reckoning, better orientation and attitude stability, and superior resistance to shock and vibration.
Enhancing GPS/GNSS to Deliver Navigation Accuracy
GPS/GNSS signals used for navigation can be blocked by buildings, terrain, tunnels, parking garages, and signage, or be intentionally jammed or spoofed. FOG-based inertial systems enhance GPS/GNSS using integrated gyros and accelerometers for unjammable, unblockable, and highly accurate navigation. That’s why KVH FOG-based inertial navigation systems are the preferred navigation sensors for vehicles that have driven millions of autonomous miles.
Ensuring Performance through Rigorous Testing & Qualification
We rigorously test our new PIC technology to ensure superior performance, accuracy, and reliability.
- Part Level – Testing includes over temperature cycling, temperature and humidity, and shock and vibration, all run over multiple lots of parts to validate the repeatability and robustness of manufacturing
- Product Level – Testing is done across the complete set of performance specifications and environmental conditions and repeated over time to validate the design
Making Autonomy Affordable
KVH’s revolutionary photonic chip technology overcomes numerous technological obstacles to meet the demanding requirements for autonomous vehicles – including mass producibility. The consistency of components and manufacturing ensures steady performance and reliability vital for the eventual mass production of affordable precision FOG-based inertial sensors to serve the autonomous automotive industry.
Why did May Mobility Partner with KVH?
Hear from Andrew Dykman, Senior Field Autonomy Engineer
"The KVH IMU on our vehicle gives us detailed, accurate and low noise information about how we’re moving through the world. This allows us to align ourselves and other things in the environment such as pedestrians, cyclists and other cars."
Photonic Chip Technology-based Inertial Systems
Disruptive Technology for Safe, Precise Autonomous Navigation
KVH’s new photonic integrated chip (PIC) technology reimagines FOG technology by replacing individual fiber components with an innovative integrated planar optic chip. This results in a FOG that’s even more reliable and delivers superior repeatability unit-to-unit, essential for the safe, accurate performance of autonomous platforms.Read the eBook