Advanced NTN Solutions for Global 5G & IoT Connectivity

Designed for performance and global reach, our NTN solutions combine full customization, efficient production, and seamless delivery

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Non-Terrestrial Networks (NTN)

Non-Terrestrial Network (NTN) is a wireless communication system that uses satellites (LEO, MEO, GEO), high-altitude platforms, and drones to extend connectivity beyond terrestrial infrastructure.

Standardized within the 3GPP 5G ecosystem (starting with Release 17), NTN enables direct satellite-to-device communication, providing seamless global coverage. It supports mobile broadband, IoT expansion, and connectivity across aviation, maritime, and remote regions.

IoT-NTN

IoT over NTN combines the Internet of Things (IoT) with Non-Terrestrial Networks (NTN) such as satellites and high-altitude platforms (HAPS), providing reliable connectivity for devices anywhere in the world. It addresses the limitations of terrestrial networks, enabling IoT devices in remote areas, oceans, mountains, and disaster zones to communicate seamlessly.

G-2RK3

High-performance
GNSS/Iridium/NTN Antenna

Multi-band support

NTN n255: TX: 1626.5 ~ 1660.5MHz, RX: 1525 ~ 1559MHz

GNSS L1: 1559 ~ 1606MHz

Iridium: 1616 ~ 1626.5MHz

High-Performance

up to 82% efficiency and 5.9 dBic peak gain

Compact & Flexible

compact form factor, customizable cable and connector options

Benefits of IoT-NTN

Extended Coverage

Connects remote, rural, and underserved areas, as well as ships at sea and aircraft, expanding global 5G and broadband access.

Scalability and Futureproofing

Easily expands network capacity by deploying additional satellites or new constellations without relying on land-based infrastructure.

Low Latency and High Performance

Deliver low-latency service and support high-bandwidth applications despite large cell sizes and satellite movement.

Risk and Cost Distribution

Distributed satellite networks spread operational risks and reduce overall infrastructure costs.

Network Resilience

Provides reliable connectivity during natural disasters, regional conflicts, or terrestrial network outages, ensuring mission-critical communications remain active.

Enhanced Sensing and Monitoring

Supports environmental monitoring, earth observation, and precision diagnostics in sectors like agriculture.