Power Management
Electrification
Edge AI
Smart Embedded Vision
Security
Motor Control
Connectivity
Communications
Functional Safety
Networking in maritime applications connects shipboard systems into a unified, reliable communication backbone. These networks utilize marine-hardened Ethernet, CAN or Time-Sensitive Networking (TSN) protocols to enable high-speed, deterministic data transfer. This connectivity allows for centralized monitoring, efficient diagnostics and streamlined operation of complex, distributed systems across vessels or offshore facilities.
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Connectivity
Ethernet Switches
PCIe® Switches
CAN and CAN FD
CoaXPress® Technology
In maritime environments, edge Artificial Intelligence (AI)/Machine Learning (ML) enables vessels and offshore platforms to process data locally in real time, which minimizes latency and bandwidth usage. This empowers systems like autonomous navigation, sonar/radar-based obstacle avoidance and predictive maintenance without relying on constant cloud connectivity. By embedding intelligence at the edge, ships can adapt quickly to changing ocean conditions, optimize performance and enhance safety, even in remote waters.
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Sensor Analytics
Smart Predictive Maintenance
Human Machine Interface
Smart, Embedded Vision Solutions
Edge AI
Communications enable the exchange of data between onboard systems, external networks and fleet management platforms. This includes Vehicle-to-Vehicle (V2V), Vehicle-to-Infrastructure (V2I) and telematics communications to support real-time monitoring, diagnostics, navigation and safety alerts. Reliable communication provides seamless coordination, enhances operational efficiency and enables connected services critical for modern fleet operations.
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CoaXPress® Technology
CAN and CAN FD
PCIe® Switches
Wireless Connectivity
Communications
Electrification is transforming marine transport with cleaner, quieter and more efficient propulsion systems. By replacing or supplementing traditional diesel engines with electric drives and battery storage, vessels can lower emissions, reduce maintenance and operate silently in sensitive environments. Electrified systems also support integration with shore power and renewable sources to align with global efforts to decarbonize maritime operations.
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Silicon Carbide Design Resources
Power Discretes
Silicon Carbide MOSFETs, Diodes and Modules
Electrification
Functional safety in marine systems enables safety-related controls to function correctly in response to inputs, especially under fault conditions. It is vital for protecting life, equipment and the environment, particularly in critical systems like propulsion control, steering, fire suppression and power management. Compliance with standards like IEC 61508 and IEC 61162 allows failures to be detected, controlled or mitigated through redundancy, diagnostics and fail-safe design. Whether onboard a naval vessel or autonomous underwater drone, functional safety underpins dependable, risk-reduced operation in unpredictable marine environments.
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IEC 61508 Industrial Functional Safety (SIL 2/SIL 3)
ISO 26262 Automotive Functional Safety
Functional Safety
Functional Safety
Precision motor control is critical for managing maritime operations, from propulsion systems and steering to cranes, winches and automated hatches. Modern control technologies support smoother operation, greater fuel efficiency and reduced mechanical wear. With digital control loops and integrated feedback, motor systems on ships and rigs can respond accurately to varying loads and challenging sea conditions.
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Stepper Motors
BLDC Motors
Brushed DC Motors
Motor Control
Permanent Magnet Synchronous Motors (PMSM)
Power management in marine systems is essential for optimizing energy efficiency, balancing loads and integrating alternative energy sources. Advanced power management systems oversee diesel generators, batteries and renewable inputs for continuous and efficient energy supply. This not only supports mission-critical operations, but also helps meet stricter maritime emissions standards through hybrid and electrified solutions.
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E-Fuse
Battery Management System
Charging Station Solutions
Analog and Power Products
Power Management
Security technologies for the maritime sector span both physical and digital domains. Surveillance systems, biometric access control and intrusion detection protect vessels and offshore platforms from unauthorized access. Meanwhile, robust cybersecurity frameworks are essential to safeguard critical infrastructure such as navigation, engine control and communications against growing cyber threats in connected maritime environments.
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32-bit Microprocessors (MPUs) With Integrated Security
Secure Authentication
Trust Platform
Microcontrollers (MCUs) With Integrated Security
Security
Smart embedded vision enables advanced visual processing directly onboard to power applications such as automated docking, object recognition and onboard safety monitoring. These systems combine high-resolution cameras with real-time processing to support operational awareness, detect hazards and even assist in marine wildlife tracking. In confined or hazardous marine settings, vision technology boosts automation and reduces human risk.
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64-bit Microprocessors (MPUs)
32-bit Microprocessors (MPUs)
Smart Embedded Vision
Smart Embedded Vision