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ACEINNA Ships Cost-effective, High Precision Navigation System for Robotics and Autonomous Vehicles

Organization: ACEINNA Inc.
Country: United States
State: MA
Innovation Class: Technology & Services Innovation
Innovation Subclass: Product Introduction

The OpenRTK330L is the only positioning solution that can boast of a triple-band RTK/GNSS receiver and a triple redundant inertial in a single device.

Description:
RBR50 Robotics Innovation Awardsobotics Business Review

In March 2020, ACEINNA launched the OpenRTK330L, a high-performance, multiband RTK/GNSS receiver and triple-redundant inertial sensor designed for autonomous vehicles, Level 3 autonomous driving and driver-assistance systems, drones, mobile robots, and industrial/agricultural machinery. The OpenRTK330L is compatible with multiple satellite systems, including GPS, GALILEO, GLONASS, QZSS, and BeiDou.

Analysis:
Commercial class mobile robots, drones, and other vehicles face conflicting mandates for autonomous navigation and mapping. It is critical that they locate themselves as precisely and reliably as possible, but the technology must not be cost-prohibitive. Solutions must be robust in the extreme, but the devices themselves must be as compact as possible.

The OpenRTK330L is the only positioning solution that can boast of a triple-band RTK/GNSS receiver and a triple redundant inertial in a single device.

With the OpenRTK330L receiver/sensor, ACEINNA has delivered a cost-effective (a $150 price point), highly accurate (3cm), and dependable positioning solution. For developers creating mobile robots, drones and autonomous vehicles, the cost/ performance tradeoffs for guidance and navigation systems are now much less stark. - Dan Kara

The OpenRTK330L is the only positioning solution that can boast of a triple-band RTK/GNSS receiver and a triple redundant inertial in a single device.

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