Telecommunications infrastructure

Design energy-efficient and highly reliable telecom infrastructure applications while also lowering TCO/OPEX with Infineon solutions

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About Infineon telecommunications infrastructure

Telecommunications is a key factor in enabling digitalization and the AI revolution. In fact, telecom infrastructure itself can also benefit from AI integration. Therefore, Infineon is heavily focused on improving the energy efficiency and reliability, as well as reducing the TCO and OPEX, of telecommunications infrastructure.

With decades of experience in the field of telecommunications, Infineon combines unrivaled application knowledge with a vast portfolio of semiconductor solutions to tackle the challenges designers face when building out telecom infrastructure, whether it be a cellular base station for a 5G network or LEO satellite systems. As a leader in power semiconductors that is dedicated to decarbonization and digitalization, Infineon has a strong focus on energy efficiency, miniturization, and reducing operating costs.

Cellular base stations for 5G/6G networks

While 5G technology is still fairly new, telecommunications infrastructure operators must also already prepare for 6G technology, as well as integrate AI functionality and infrastructure in their networks. All of this comes at the cost of increased power demand and TCO/OPEX.

With a large selection of energy efficienct and power-dense power semiconductors in different techologies like SiC, GaN, and Silicon, as well as many packaging and pinout options, Infineon is your preferred partner to take on the task of reducing power demand and therefore operating costs. Our system solutions cover telecom rectifiers, DC-DC power conversion, RF front-end, battery backup units (BBU), security, and memory for the cellular base stations of the future.

Satellite communications

Satellite communication enables global connectivity, especially in remote and underserved areas where traditional networks are limited. It supports essential services like GPS navigation, weather forecasting, disaster management, and global broadcasting. In this regard, Low Earth Orbit (LEO) satellite connectivity enhances satellite communication by providing lower latency and higher data speeds compared to traditional geostationary satellites. However, LEO satellite communication systems face challenges such as power efficiency, reliability, RF performance, security, and cost efficiency. With a broad portfolio consisting of both radiation tolerant, space qualified MOSFETs, NOR flash, and F-RAM for LEO satellites as well as power semiconductors, DC-DC converters, and low noise amplifiers (LNAs) for user terminals on the ground, and embedded security, and RF modules that can be used in both cases, Infineon is the perfect partner for your next LEO or user terminal design.

Learn more

About Infineon telecommunications infrastructure

Telecommunications is a key factor in enabling digitalization and the AI revolution. In fact, telecom infrastructure itself can also benefit from AI integration. Therefore, Infineon is heavily focused on improving the energy efficiency and reliability, as well as reducing the TCO and OPEX, of telecommunications infrastructure.

With decades of experience in the field of telecommunications, Infineon combines unrivaled application knowledge with a vast portfolio of semiconductor solutions to tackle the challenges designers face when building out telecom infrastructure, whether it be a cellular base station for a 5G network or LEO satellite systems. As a leader in power semiconductors that is dedicated to decarbonization and digitalization, Infineon has a strong focus on energy efficiency, miniturization, and reducing operating costs.

Cellular base stations for 5G/6G networks

While 5G technology is still fairly new, telecommunications infrastructure operators must also already prepare for 6G technology, as well as integrate AI functionality and infrastructure in their networks. All of this comes at the cost of increased power demand and TCO/OPEX.

With a large selection of energy efficienct and power-dense power semiconductors in different techologies like SiC, GaN, and Silicon, as well as many packaging and pinout options, Infineon is your preferred partner to take on the task of reducing power demand and therefore operating costs. Our system solutions cover telecom rectifiers, DC-DC power conversion, RF front-end, battery backup units (BBU), security, and memory for the cellular base stations of the future.

Satellite communications

Satellite communication enables global connectivity, especially in remote and underserved areas where traditional networks are limited. It supports essential services like GPS navigation, weather forecasting, disaster management, and global broadcasting. In this regard, Low Earth Orbit (LEO) satellite connectivity enhances satellite communication by providing lower latency and higher data speeds compared to traditional geostationary satellites. However, LEO satellite communication systems face challenges such as power efficiency, reliability, RF performance, security, and cost efficiency. With a broad portfolio consisting of both radiation tolerant, space qualified MOSFETs, NOR flash, and F-RAM for LEO satellites as well as power semiconductors, DC-DC converters, and low noise amplifiers (LNAs) for user terminals on the ground, and embedded security, and RF modules that can be used in both cases, Infineon is the perfect partner for your next LEO or user terminal design.

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