A field-programmable gate array (FPGA) is an integrated circuit or semiconductor device used to implement logical function that an application-specific integrated circuit (ASIC) could perform, but the ability to update the functionality after manufacturing offers advantages such as re-programming in the field for rapid prototyping and debugging for many applications. FPGAs use programmable routing channels and pre-built logic blocks for implementing custom hardware functionality depending upon the embedded system developer configuring these devices. FPGAs are programmed and configured using Hardware Description Language (HDL) such as VHDL and Verilog. Some key benefits of FPGA technology are high performance, shorter time to market, cost effective solutions, reliability and long term maintenance.

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The Global FPGA market will report promising expansion with a CAGR of 8.6% between 2014 and 2020. The value of the global FPGA market at US$5,487.2 million as of 2013, and pegs the market to stand at US$9,734.4 million by 2020. Traditionally, the design of FPGAs was not heavily determined by the price of smartphones or the amount of power they consume.

High demand for bandwidth in wireless networks is expected to give impetus to the global FPGA market. Moreover, increasing demand for bandwidth has made service operators to provide compatible networks from 2G to 3G and further from 3G to LTE. In addition, growing demand for smartphones and tablets is expected to drive the market over the forecast period. Automobiles continue to witness a proliferation of electronic content due to government pollution guidelines, and security and safety regulations. In addition, rising fuel prices in the global market have resulted in demand for electric and hybrid vehicles, which in turn is expected to drive FPGA content in automobiles. Rising usage of FPGA in imaging equipment of medical imaging and in automobile for high performance computing abilities is also fueling the market growth.

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Applications of FPGA:

Due to their programmable nature, FPGAs are the ideal devices for many applications from a variety of markets including, but not limited to:

Aerospace and defense: For applications such as radiation tolerance, image processing, partial reconfiguration of SDRs and waveform generation

Automotive: For driver assistance systems, in-vehicle infotainment, convenience and comfort

Broadcasting: for devices used to adapt to changing requirements of faster broadcasting and solutions for professional, high-end broadcast systems

Consumer electronics: for next-generation consumer applications such as digital flat panel displays, information devices, set top boxes and cost effective consumer electronics solution

Medical: For monitoring, diagnostics and therapy related applications

Wireless Communication: for transport, connectivity and networking solutions for wireless devices

FPGAs have undergone a stunning development in the fields of size and performance owing to a number of factors such as the increasing adoption of finer chips with geometries as small as 28nm, use of faster communication links, high levels of integration, enhanced logics, innovative designs and specialized cores.

Improvements in FPGAs has led to a significant rise in their use in various embedded computing systems in application areas governed by space, weight and power, such as aerospace and military. FPGAs are rising to prominence while providing solutions to such demanding applications owing to their ability to handle complex and massive parallel processing. Their operating speeds are also massive – they can perform tens of thousands of calculations per clock time.

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