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Rising Complexity of Workloads in Systems DesignThe design and engineering of modern systems has become increasingly complex over the years as new technologies emerge and more advanced capabilities are expected from electronic devices. This rising complexity in workloads and requirements is driving the need for specialized processor chips that can efficiently handle the specific tasks involved. Application-specific integrated circuits (ASICs) are now being adopted across industries as they can be custom-designed and optimized for the exact functions needed.
As systems continue to incorporate more sophisticated algorithms and integrated functionalities, the underlying chip architectures need to keep pace. ASICs provide a means to hardwire innovative accelerators and customized instruction sets that general purpose CPUs struggle to match. This ability to optimize at the chip level down to the transistor is driving ASIC adoption across industries handling data-intensive and low-latency workloads. Looking ahead, emerging technologies such as 6G, augmented reality/virtual reality, autonomous robotics, and quantum computing will place even higher demands that only ASICs can efficiently address. According to 2020 data from the United Nations Conference on Trade and Development, the worldwide semiconductor revenue grew by 6% year-over-year despite the challenges of the global pandemic, a testament to the continued expansion of digital technologies.
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