Embedded device drivers basics of investing

In the world of Internet of Things IoT , where smart devices operate in a connected fashion, embedded Android is more crucial than ever. Embedded systems for IoT are one of the primary drivers of the popularity of embedded Android. But what is an embedded device or system, and what is the benefit of Android for embedded devices? An embedded system is a computer system that is designed to run on non-conventional devices.

Embedded devices must often be robust because they tend to be used in high-demand environments, and replacing them is generally not as easy as replacing a mobile phone or computer. Is Android an Embedded System? Stock Android is not a classic embedded operating system in its original form. Nevertheless, it is becoming more and more popular as one. Embedded Android has many of the same advantages as embedded Linux, while additionally offering an exquisite user interface and familiar programming interface.

Where is embedded Android used? Embedded Android is used in digital signage, point of sale terminals, automotive infotainment systems and dozens of other devices. The primary challenge when choosing Android as an embedded system is the wide variety of hardware available. To make Android work on embedded devices, you need to invest enormous effort and have tremendous know-how on how to modify the Android operating system. Alternatively, you could use a ready-made embedded Android solution such as emteria.

That project was called Android Things but Google eventually shut it down. This is also true of stock Android. Android uses the Linux kernel with some adjustments. It is the Linux kernel that communicates directly with the underlying hardware configuration. Usually, it is the board manufacturers and chip manufacturers who provide the underlying Linux kernel. They then also provide drivers that can communicate with the operating system.

Android provides an abstraction layer between the Linux kernel and the other components of the Android architecture. It defines a standard interface for hardware vendors to implement. As you can imagine, this is a lot of work for every hardware configuration and chipset that exists out there. For companies that produce millions of devices a year, such as phone manufacturers, the investment is worth it. Consumers buy the devices and the company makes a return on its investment. But the matter is different for embedded Android.

Suppliers will invest in services value chain While embedded hardware margins show signs of stability in , it's clear to VDC that leading embedded suppliers also recognize the value their clients place on a range of services capabilities. As a result, many leading suppliers will try to differentiate by investing in critical aspects of the services value chain, from consulting capabilities to enhanced warranty and end-of-life policies.

From imaging equipment to diagnostic devices, there is a need for adaptable health care, factory control and military C4 solutions. The programmability, flexibility and reduced NRE non-recurring engineering costs associated with FPGAs will lend themselves to broader adoption in these markets. This is related to the slow return of larger, blanket purchase orders let by Tier 1 accounts and to the user community preferences for projects with smaller footprints that fit within narrower application definitions and require short, sharply defined systems integration support.

The market explores HaaS Hardware as a Service bundles Broad market expansion and deep application penetration of remote monitoring and control capabilities will advance across a number of market segments, foretelling a broader migration to managed services solution development and deployment models in supervisory monitoring and control applications. These embedded application clouds will require local points of presence POPs or on-site infrastructure and hardware rolled into service level agreements SLAs supporting the software and service delivery portions of contracts.

VDC Research's surveys of hundreds of OEMS across a number of embedded markets reveal significant growth in OEM plans to develop solutions on hybrid platforms incorporating two or more of these technologies. Competition will intensify and growth will accelerate Even if the market does not return to pre-recession levels, growth will accelerate during VDC sees virtually every vertical market growing more than five percent, and most technology categories achieving the same five percent CAGR.

However, profitability results may not be so positive. Demand for stable technologies, brutal price concessions and expanded services requirements will provide opportunities for differentiation and revenues, but not necessarily margin. Android to catalyze further growth in commercial Linux market As device manufacturers take Android into new application classes beyond mobile, the commercial Linux market will experience further growth.

Multi-OS systems will grow in designs More application classes will have sophisticated UI functionality that is not supported by traditional OSs and end-users will seek out multi-OS systems. Virtualization in embedded and mobile systems will increase Driven by hardware bill of materials savings and reduced concerns regarding additional run-time execution latencies and costs, operating system virtualization will provide increased growth opportunities, and therefore will continue to be a significant focus for many suppliers.

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