Microcontrollers and Single-Board Computers 2016-2026: IDTechEx

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Microcontrollers and Single-Board Computers 2016-2026

Applications, Technologies, Players, Markets

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The unique new IDTechEx report, "Microcontrollers and Single-Board Computers 2016-2026" is the first to see the big picture in depth. It will be invaluable to investors, manufacturers and those considering entry into the value chain including users and potential users such as those in wearable technology, internet of things, electric vehicles land, water and air and consumer, industrial and military electrical goods.
It shows the close relationship between MCU, a maturing market, and SBC jumping to $300 billion in 2026. See their rapidly broadening use in equipment that is itself growing in sales. The report provides newly researched forecasts. Applications, technologies, players, and markets are revealed in easily understood infographics yet a depth never seen before. For example, the ten year forecasts for MCU and SBC are backed by forecasts for such things as wearable electronics and cars, traditional and electric. The situation is complex because some applications are not growing significantly whereas others are growing fast - such as the electric car business. Indeed the number used in these is increasing giving a multiplier effect.
The Introduction simply explains the definitions, anatomy and key components such as System on Chip. The explanation of latest microcontrollers covers construction, functions, limitations and future. An Applications chapter embraces smart cars, home and office, automotive, DC-DC converters for battery monitoring, energy harvesting and microgrids, education, wearable technology, touch screen controllers, motor control including quadcopters and control of stepper and traction motors. It even takes a look at artificial intelligence and deep learning, control of 3D printers, microwave ovens and washing machines with examples of products offered and how they work. The Technology explains MCU architectures, co-processors: PLDs and CPLDs, software and programming languages with case studies. Uses in 3D cameras, artificial intelligence and inertial measurement units in autonomous vehicles are explained.
Arduino, for example, is a hobbyist product that actually goes into production: other value chain disruption is detailed. Learn about mergers of suppliers to efficiently address these interesting markets from use in AppleTV to internet of things. A chapter on Players includes Apple, Samsung, Google and Amazon but also Arduino, Raspberry Pi Foundation, Beagleboard and others.
The chapter on Trends has new forecasts and explanation of ARM wrong-footing many competitors. Consolidation on the ARM architecture, open source hardware, latest conformance to Moore's Law, prices equilibrating and an introduction to trends of MCUs and adjacent developments are here. The Markets chapter gives new statistics and forecasts including value chains, MCU market - supplier overall and MCU revenue - Arduino sales and Raspberry Pi by geography plus backing car forecasts by technology (more electric means more MCUs), wearable technology, IOT and motor controllers 2016-2026. The decline of desktop computers is displayed and rapidly increasing SBC market with explanation.
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Table of Contents
1.1.Supercomputers and cloud computing
1.2.Laptop/desktop/server computers
1.3.System on a Chip (SoC)
1.4.Microcontroller units (MCUs)
1.6.Anatomy of a generic device
1.7.Compute power
1.8.How are microcontrollers used?
1.10.Beyond microcontrollers
2.1.Smart cards
2.2.Home and office
2.3.1.Automotive: Spansion today
2.3.2.Autonomous vehicles tomorrow
2.4.DC-DC converter with MCU
2.6.Wearable technologies
2.7.Internet of Things (IoT)
2.7.1.IoT: Key enabling technology
2.9.Touch screen controllers
2.10.Motor control: BLDC
2.11.Motor control for traction: BLDC
2.12.Toy quadcopter
2.13.Motor control for traction: BLDC
2.14.Motor control: brushed DC
2.15.Motor control: stepper motors
2.16.Rotary joint
2.17.Sensor fusion
2.18.Artificial intelligence: deep learning
2.19.Quadcopters and other multirotors
2.20.3D printers
2.21.Microwave ovens
2.22.Washing machines
3.1.Core MCU technologies
3.2.MCU manufacturing processes
3.3.Optimising power consumption
3.4.Low power battery backup
3.5.MCU architectures
3.6.MCU components:
3.7.MCU co-processors:
3.7.3.PLDs and CPLDs
3.8.MCU software:
3.8.1.Operating systems
3.8.2.Programming languages
3.9.Case study: Texas Instruments
3.10.Adjacent technologies
3.11.1.Inertial measurement units (IMUs)
3.11.2.Global Positioning System (GPS)
3.11.3.Depth cameras
3.14.Artificial Intelligence
4.1.MCU and Single-board computer vendors
4.1.1.Renesas Electronics
4.1.5.ST Microelectronics
4.1.6.Infineon Technologies
4.1.7.Texas Instruments (TI)
4.1.16.Raspberry Pi Foundation
4.2.Some more MCU prototyping boards
4.3.And many more SBCs
5.1.MCU architectures
5.2.Consolidation on the ARM architecture
5.3.Open source hardware
5.4.Moore's Law
5.5.Prices equilibrating
6.1.MCU value chains
6.2.MCU players by total company revenue ($ billion)
6.3.Geographical breakdown
6.4.MCU market share by revenue ($ billion)
6.5.Proportionof revenue from MCUs
6.6.Cumulative genuine Arduino sales
6.7.Car forecast
6.8.Wearable technologies forecast
6.9.Internet of Things forecast
6.10.Microcontroller forecast
6.11.Raspberry Pi by geography
6.12.SBC installed bases
6.13.SBC market
6.14.Declining desktop PC sales
6.15.Single-board computer market forecast
6.16.Single-board computer forecast


幻灯片 137
预测 2026

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