Ground stations

Semiconductor solutions enabling power-efficient, secure and reliable satellite ground stations

Overview

Satellite gateways connect space-based networks with terrestrial infrastructure, enabling high-capacity data exchange between satellite constellations and communication networks. Efficient power conversion, hardware-based security, and reliable motor control are essential for operating gateway systems, ensuring stable power delivery, secure data handling, and precise antenna positioning.

Benefits

  • OPEX reduction due to efficient power conversion
  • Precise and efficient antenna positioning
  • Infrastructure protection

About

Efficient AC-DC power conversion for reliable gateway operation

AC-DC conversion is essential in satellite ground stations to convert grid power into stable DC voltages required by communication equipment such as RF amplifiers, baseband processors, networking systems, and antenna control units. High-efficiency power conversion ensures reliable operation, reduces energy losses, and supports continuous 24/7 availability of gateway infrastructure.

Learn more about AC-DC power conversion solutions
High-Efficiency DC-DC power conversion for satellite gateway systems

DC-DC conversion is used in satellite ground stations to efficiently regulate and distribute power to critical subsystems such as RF amplifiers, baseband processors, networking equipment, and antenna control units. By converting intermediate DC voltages to the precise levels required by each component, DC-DC converters ensure stable operation, high efficiency, and optimized power distribution across gateway infrastructure. This helps reduce energy losses, improve system reliability, and support continuous operation of satellite communication systems.

Learn more about DC-DC power conversion solutions
Precise motor control for reliable satellite antenna tracking systems

Motor control systems are essential in satellite ground stations for accurately positioning and tracking antennas toward satellites in orbit. Electric motors drive antenna movement across azimuth and elevation axes, ensuring stable alignment with fast-moving satellites and maintaining reliable communication links. Efficient motor control solutions enable precise motion control, smooth operation, and high reliability, supporting continuous satellite tracking and optimal signal quality in gateway and ground station infrastructure.

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Hardware-based security for trusted satellite gateway infrastructure

Security is critical in satellite ground stations to protect communication infrastructure and ensure trusted operation. Hardware-based security technologies enable secure device identity, authentication, and protection of cryptographic keys used in gateway systems. By safeguarding sensitive data and preventing unauthorized access or tampering, these solutions help maintain the integrity, reliability, and resilience of satellite communication networks.

Learn more about security solutions

Efficient AC-DC power conversion for reliable gateway operation

AC-DC conversion is essential in satellite ground stations to convert grid power into stable DC voltages required by communication equipment such as RF amplifiers, baseband processors, networking systems, and antenna control units. High-efficiency power conversion ensures reliable operation, reduces energy losses, and supports continuous 24/7 availability of gateway infrastructure.

Learn more about AC-DC power conversion solutions

High-Efficiency DC-DC power conversion for satellite gateway systems

DC-DC conversion is used in satellite ground stations to efficiently regulate and distribute power to critical subsystems such as RF amplifiers, baseband processors, networking equipment, and antenna control units. By converting intermediate DC voltages to the precise levels required by each component, DC-DC converters ensure stable operation, high efficiency, and optimized power distribution across gateway infrastructure. This helps reduce energy losses, improve system reliability, and support continuous operation of satellite communication systems.

Learn more about DC-DC power conversion solutions

Precise motor control for reliable satellite antenna tracking systems

Motor control systems are essential in satellite ground stations for accurately positioning and tracking antennas toward satellites in orbit. Electric motors drive antenna movement across azimuth and elevation axes, ensuring stable alignment with fast-moving satellites and maintaining reliable communication links. Efficient motor control solutions enable precise motion control, smooth operation, and high reliability, supporting continuous satellite tracking and optimal signal quality in gateway and ground station infrastructure.

Learn more about motor control solutions

Hardware-based security for trusted satellite gateway infrastructure

Security is critical in satellite ground stations to protect communication infrastructure and ensure trusted operation. Hardware-based security technologies enable secure device identity, authentication, and protection of cryptographic keys used in gateway systems. By safeguarding sensitive data and preventing unauthorized access or tampering, these solutions help maintain the integrity, reliability, and resilience of satellite communication networks.

Learn more about security solutions