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【マーケットデータ】モバイル無線インフラストラクチャのRFパワー半導体デバイス:マクロベースステーション、遠隔ラジオヘッド、アクティブアンテナの半導体機器分析

RF Power Semiconductor Devices for Mobile Wireless Infrastructure: Device Analysis for Macro Base Stations, Remote Radio Heads and Active Antennas

Data

 

出版社 出版年月価格 図表数
ABI Research
ABIリサーチ
2018年6月お問い合わせください 21

サマリー

RF power amplifiers (RFPA) are integral parts of all basestations for cellular and mobile wireless infrastructure. They represent one of the most expensive component sub-assemblies in modern wireless infrastructure equipment, and both their performance and cost are important drivers in basestation design. Efficiency, physical size, linearity, and reliability are among the principal concerns. As price pressures become fiercer, new and innovative techniques and materials must be used to reduce the cost of this important component part while still maintaining performance.

The RF power semiconductors used in these power amplifiers are the linchpin for their cost and capability, and they must keep pace with both the economic and technical realities facing designers and users of these RF power amplifiers.

This market data report examines all of the above topics and illuminates the interdependent relationship of RF power semiconductors to RF power amplifiers. Included are discussions and data on the expanding China and Asia-Pacific marketplace, as well as a discussion on how gallium nitride (GaN) devices will affect the future of the RFPA semiconductor device market. RF power semiconductor drivers for 5G NR low-band and mid-band are also discussed. Quantitative forecasts are presented through 2023 for RF power semiconductors for mobile wireless infrastructure.

 

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目次

Charts

  1. RF Power Device Dollar per Watt Trend for Cellular and Mobile Wireless Infrastructure RF Power Amplifiers
  2. Total Shipment and Revenue Growth for Cellular and Mobile Wireless Infrastructure RF Power Devices
  3. Cellular and Mobile Wireless Infrastructure RF Power Device Market Share by Vendor
  4. Cellular and Mobile Wireless Infrastructure RF Power Device Shipments by Process Technology
  5. Cellular and Mobile Wireless Infrastructure RF Power Device Revenue by Process Technology
  6. Cellular and Mobile Wireless Infrastructure RF Power Device Shipments by Package Type
  7. Cellular and Mobile Wireless Infrastructure RF Power Device Revenue by Package Type
  8. Cellular and Mobile Wireless Infrastructure RF Power Device Shipments for Conventional versus High-Efficiency
  9. Cellular and Mobile Wireless Infrastructure RF Power Device Revenue for Conventional versus High-Efficiency
  10. Total Cellular and Mobile Wireless Infrastructure RF Power Device Revenue by Region

 

Tables

  1. Cellular and Mobile Wireless Infrastructure RF Power Device Market Share by Vendor, World Markets: 2017
  2. Cellular and Mobile Wireless Infrastructure RF Power Device Shipments by Process Technology, World Markets, Forecast: 2015 to 2023
  3. Cellular and Mobile Wireless Infrastructure RF Power Device Revenue by Process Technology, World Markets, Forecast: 2015 to 2023
  4. Cellular and Mobile Wireless Infrastructure RF Power Device Shipments by Package Type, World Markets, Forecast: 2015 to 2023
  5. Cellular and Mobile Wireless Infrastructure RF Power Device Revenue by Package Type, World Markets, Forecast: 2015 to 2023
  6. Cellular and Mobile Wireless Infrastructure RF Power Device Shipments for Conventional versus High-Efficiency, World Markets, Forecast: 2015 to 2023
  7. Cellular and Mobile Wireless Infrastructure RF Power Device Revenue for Conventional versus High-Efficiency, World Markets, Forecast: 2015 to 2023
  8. RF Power Device Dollar per Watt Trend for Cellular and Mobile Wireless Infrastructure RF Power Amplifiers, World Markets, Forecast: 1999 to 2023
  9. Total Cellular and Mobile Wireless Infrastructure RF Power Device Shipments, World Markets, Forecast: 2015 to 2023
  10. Total Cellular and Mobile Wireless Infrastructure RF Power Device Revenue, World Markets, Forecast: 2015 to 2023
  11. Total Cellular and Mobile Wireless Infrastructure RF Power Device Revenue by Region, World Markets, Forecast: 2015 to 2023

 

 

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プレスリリース

[プレスリリース原文]

GaN RF Power Devices to Represent Nearly 25% of High-Power Semiconductors for Mobile Wireless Infrastructure in 2017

 

Scottsdale, Arizona - 20 Mar 2017

Gallium Nitride (GaN) RF power semiconductor devices gained meaningful market share over the last two years, despite a lackluster 2016, with 2017 promising to take things a bit further. ABI Research forecasts GAN RF power devices will represent nearly 25% of all high-power semiconductors for mobile wireless infrastructure in 2017.

“The increasing and critical need for wireless data remains an important market driver,” says Lance Wilson, Research Director at ABI Research. “LTE and the initial building blocks of 5G will fuel the market’s growth for the next five years.”

RF power amplifiers (RFPA) are integral parts of all basestations for cellular and mobile wireless infrastructure. They represent one of the most expensive component sub-assemblies in modern wireless infrastructure equipment, and both their performance and cost are important drivers in basestation design. The RF power semiconductors used in these power amplifiers must keep pace with the economic and technical realities facing designers and users of these RF power amplifiers.

“Efficiency, physical size, linearity, and reliability are among the principal concerns,” concludes Wilson. “As price pressures become fiercer, new and innovative techniques and materials must be used to reduce the cost of this important component part while still maintaining performance.”

The Asia-Pacific region, including China, will drive present and future revenue.

These findings are from ABI Research’s RF Power Semiconductor Devices for Mobile Wireless Infrastructure report.

 

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