Why we picked Airoha AG3335 over conventional RTK platforms — and what it means for integration cost on real machines.
Field-ready GNSS receivers for robotics, AGV, precision agriculture, construction machinery, and low-speed autonomous systems — with professional RTK performance, integration-ready hardware, and competitive system cost.
From field-ready G-Mouse receivers to module-level GNSS hardware, Kalmix supports evaluation, prototyping, and volume deployment.
Practical RTK positioning for machines that move, work, and operate outdoors.
Outdoor localization for mobile robots, yard vehicles, and industrial automation platforms.
RTK positioning for auto-steering, spraying, seeding, and field machine guidance.
GNSS positioning for machine control, grading, and construction automation workflows.
Positioning for campus shuttles, inspection vehicles, and slow-moving autonomous platforms.
Integrated receiver design, outdoor housing, and machine-ready mounting for real-world equipment.
Centimeter-level positioning capability for robotics, agriculture, construction, and low-speed autonomous systems.
Professional GNSS capability with accessible hardware pricing and lower integration overhead.
Selected technical articles for RTK receiver evaluation, robotics integration, and field-ready GNSS workflows.
Why we picked Airoha AG3335 over conventional RTK platforms — and what it means for integration cost on real machines.
From GPS basics to RTK fix on a moving robot — what robotics engineers need to know before integration.
Decode NMEA 0183 sentences, understand GNSS receiver outputs, and prepare cleaner data pipelines for RTK integration.