Automated Test Size, Share And Forecasts To 2020: Hexa Research

Automated Test Size, Share And Forecasts To 2020: Hexa Research

Industry Insights
The ATE market has potential for high growth due to demand from consumer electronics industry.
ATE is mainly employed to test the performance and functionality of the device being tested, which
is known as Device Under Test (DUT). Owing to the cost efficient high volume testing
characteristics, this equipment is being used widely in electronic industry. The market is largely
dependent on semiconductor chip volume; increasing chip volume is expected to drive global ATE
demand.
Growing complexity in design coupled with increasing range of consumer electronics products has
generated effective testing equipment demand, which is expected to be addressed by ATE devices.
The consolidated nature of the global market coupled with complete dependency on the cyclic
nature of the semiconductor industry may hamper market growth.
The global ATE market is estimated to reach USD 4.48 billion by 2020. Development of wireless
networks with growing need for green and energy effective ICs has enabled market participants to
remain competitive. Technological advancements in manufacturing processes of semiconductor
industry are expected to provide growth opportunity for the ATE market within the forecast period.
View More Details About Global Automated Test Equipment Market With Toc:
http://www.hexaresearch.com/research-report/automated-test-equipment-industry/
Product Insights
Key product segments include memory, non-memory and discrete systems. Non-memory system
was estimated at over 70% of the global market share in 2013 and is expected to be the dominant
segment. This is mainly due to increased automotive demand, growing number of microcontrollerbased applications, increased proliferation of smartphones and development of Long Term Evolution
(LTE) wireless communication standards into the market.
Non-memory ATE is in high demand among various applications. Memory ATE has witnessed more
cyclical variations in growth rate than non-memory ATE,...

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