Trend
Microprocessor trends T
By market analysts at Adroit Market Research
he global microprocessor industry is experiencing rapid growth, buoyed by sectors like consumer electronics, automotive, healthcare, industrial and
communications. The growth is fuelled by ever-increasing demands for enhanced embedded computing capabilities and high-performance systems. Technological progress, the proliferation of connected
devices and the widespread implementation of artificial intelligence and robots in manufacturing are among the key drivers behind this market expansion. Additionally, the increasing adoption of automation, growth of the Internet of Things (IoT) and smart technologies are further augmenting this industry’s importance. The market will continue to expand in the foreseeable future,
owing to the escalating need for efficient processing power and heightened connectivity requirements in the digital age.
A central part The microprocessor serves as a central processing unit (CPU) in a computer or electronic device, usually as a small integrated circuit. Considered a fundamental element of any system, it performs diverse calculations and enacts instructions to complete assigned tasks. Engineered to manage intricate operations, micro-
processors retrieve, decipher and execute instructions held in memory. They contain arithmetic logic units (ALUs) for mathematical operations, and control units to regulate data flow within the processor. These innovative devices have transformed the realm of electronics and are indispensable in everyday applications like smartphones and all digital devices. Leading the way in the global microprocessor market is
the Complex Instruction Set Computing (CISC) architecture, widely recognised for its ability to handle intricate instructions effectively – as well as being cheap to implement. This architecture has been embraced by various sectors for its versatility in performing diverse functions, making it well- suited for multifunctional applications. Reduced Instruction Set Computing (RISC) is another
important architecture widely used in today’s embedded systems, and although more efficient in handling instruction sets, it is a much more expensive technology, hence it is largely finding its way into premium products. The key strengths of CISC technology lie in its wide range
of instructions and efficient use of memory, making it the preferred choice for meeting general-purpose computing needs. Consequently, CISC technology is poised to secure the largest market share in the global microprocessor industry today.
04 April 2024
www.electronicsworld.co.uk
Market size and split Te size of the microprocessor market exceeded $72bn in 2022, and is projected to grow at a 7.6% CAGR from 2023 to 2032, reaching an estimated $142bn. Te market is being pushed by the fast-rising global usage of portable medical devices. Te Asia Pacific area is anticipated to exert significant
influence in this sector, mainly attributed to the increasing requirements for consumer electronics, rapid industrial development and the significant presence of leading semiconductor producers in China, South Korea and Taiwan. Tese factors collectively bolster the region’s robust standing in the microprocessor market. Within the global microprocessor market, the consumer
electronics and home appliances sector are expected to hold a prominent position. Tis projection is primarily driven by the escalating demand for consumer electronics like smartphones, tablets and smart home devices.
Key market players Intel, AMD, Samsung, Qualcomm, MediaTek, Texas Instruments, NVIDIA, Broadcom, IBM and Microchip Technology stand out as the primary influencers in the microprocessor sector. Tey are instrumental in creating and producing cutting-edge microprocessors for a diverse range of uses, including personal computers, mobile devices, data centres and embedded systems. In a groundbreaking move on November 13, 2020, NVIDIA
acquired Arm, a well-known company specialising in microprocessor designs. Tis strategic acquisition not only established NVIDIA as a key contender in the microprocessor industry, but also bolstered its expertise in artificial intelligence and high-performance computing. On March 2, 2021, Intel introduced the 11th-generation
Intel Core processors, dubbed “Tiger Lake-H”, with a primary focus on the high-performance laptop market. In 2022 it revealed its 13th-generation Intel Core processor family, led by the i9-13900K – which the company claims is “the world’s fastest desktop processor”. Tese cutting-edge processors boast significant enhancements in both performance and graphical capabilities, effectively meeting the escalating demand for powerful yet compact computing devices. On August 10, 2021, AMD launched the AMD Ryzen
5000 Series desktop processors, featuring the innovative Zen 3 architecture. Its Ryzen 8000 is expected next year. Tese innovative processors not only showcased notable performance gains but also marked a substantial leap in power efficiency compared to their predecessors, cementing AMD’s standing as a formidable player in the microprocessor landscape.
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