Across Ocean Systems Ltd. Launches Innovative Analog to Digital Engine Sensor Gateway (Converter) for Seamless NMEA 2000 Integration

Across Ocean Systems Engine Gateway

Apr 15, 2025

On April 7th 2025, Vancouver, British Columbia company Across Ocean Systems Ltd., announced the launch of their ground-breaking Analog to Digital Engine Getaway, designed to bridge the gap between older engine sensor systems and modern NMEA 2000 digital networks. This innovative device offers a simple and cost-effective solution for upgrading legacy analog sensors, making it easier than ever to integrate critical engine data with advanced multifunction displays.

As marine and industrial technologies rapidly evolve, many users still rely on older engine systems with analog sensors. However, these older systems often lack compatibility with current NMEA 2000 networks, making real-time monitoring and integration with digital displays a challenge. The new Analog to Digital Engine Getaway addresses this issue by converting analog signals from legacy engines into NMEA 2000 digital data, allowing users to view essential engine parameters on modern digital displays.

Key Features of the Analog to Digital Engine Sensor Getaway:

            • Multiple Inputs for Flexibility:
The converter features 1 RPM input, 4 analog inputs for measurements like coolant temperature and oil pressure, and 4 digital inputs for binary sensors such as low oil pressure and high coolant temperature switches.

            • Seamless NMEA 2000 Integration:
The device effortlessly converts and sends all relevant engine data to any NMEA 2000 network, enabling users to monitor real-time performance and condition data on compatible multifunction displays.

            • Universal Compatibility:
Whether for boats, industrial machinery, or automotive applications, the converter is designed to work with any system that supports NMEA 2000, offering exceptional flexibility for various industries.

            • Rugged and Durable:
Built to withstand the harshest environments, the converter ensures reliable operation in marine, industrial, and automotive applications.

            • Easy Installation:
With a plug-and-play design and Wi-Fi configuration interface available though your connected phone or computer, the converter integrates quickly and easily into existing systems without the need for complex rewiring or upgrades.

“We’re thrilled to bring this solution to the market,” said Jordan Shishmanov, president of Across Ocean Systems Ltd. “Our Analog to Digital Engine Getaway is a game-changer with unsurpassed price/performance value. If you’re looking to upgrade your legacy engine sensors to work seamlessly with NMEA 2000 systems, look no further! This product is the ultimate solution for anyone looking to upgrade their engine monitoring systems without the need to replace expensive hardware. It provides a cost-effective way to make older systems fully compatible with modern NMEA 2000 networks, ensuring users can access critical engine data with ease and precision.”

The Analog to Digital Engine Getaway is ideal for a variety of applications, including:

            • Marine Engines: Upgrade older boats with analog engine sensors to take full advantage of modern NMEA 2000 displays.

            • Heavy Machinery: Convert analog signals from industrial and construction machinery to digital format for seamless integration into fleet monitoring systems.

            • Automotive and Motorsports: Enhance vehicle telemetry systems by converting analog engine data into digital signals for real-time analysis.

For more information about the Analog to Digital Engine Sensor Getaway, please visit https://acrossoceansystems.com/index.php/product/single-analog-engine-gateway/

About Across Ocean Systems Ltd.
Across Ocean Systems Ltd. is a leading provider of innovative solutions for modernizing engine monitoring and data integration systems. With a focus on quality, reliability, and ease of use, Across Ocean Systems Ltd. is dedicated to helping customers optimize their systems for better performance and data accessibility.

Across Ocean Systems

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