EMS Technologies PDT-300i

The EMS Technologies PDT-300i is a satellite data transceiver engineered for mobile communication and data transfer in environments where terrestrial network coverage is unavailable. It enables reliable connectivity and data transmission across remote regions, serving as a critical communications bridge where standard cellular and Wi-Fi networks cannot reach. ## Technical Specifications The PDT-300i operates as a Data Terminal Equipment (DTE) interface device, compatible with host systems including computers, sensors, and control units through standard data interfaces. Environmental resilience is fundamental to the design; the unit withstands operating across defined temperature and humidity ranges with specified dust and water ingress protection ratings. Power requirements, physical dimensions, weight, and connector specifications for power, data (Ethernet, serial), and antenna integration are defined for the platform. ## Key Features • Satellite network transceiver for beyond-terrestrial coverage
• Standard data interface connectivity for seamless host system integration
• Antenna interface compatibility across multiple satellite antenna types
• Environmental protection specifications for field deployment
• Support for satellite communication protocols enabling interoperability
• Encryption and authentication mechanisms for secure data transmission
• Regulatory certifications including FCC and CE compliance ## Typical Applications • Asset tracking and remote equipment monitoring
• Telemetry transmission from environmental monitoring stations and industrial sensors
• Mobile workforce communication in coverage-denied areas
• Emergency response and disaster communications infrastructure
• Sensor data acquisition from distributed remote platforms ## Compatibility & Integration The PDT-300i integrates with satellite constellations through verified network compatibility protocols. Antenna interface flexibility accommodates various satellite antenna configurations. Standard DTE connectivity ensures interoperability with existing control and data acquisition systems across industrial and mobile platforms.