A multicore processor is an embedded system of two or more independent computing units, called cores, each of which reads and executes instructions for the system as if it had multiple cores. The processor’s essential function is to perform prepared low-level commands into the processor. The multicore processor system is the brain of the computer. The processor is primarily responsible for carrying out all computational calculations, making logical decisions, and controlling various system operations. The efficiency gain obtained by utilizing a multicore processor is highly dependent on the techniques used in the applications and their deployment. Many significant applications, such as general-purpose, network, embedded, graphics (GPU), and digital signal processing (DSP), use multicore processor systems.
The global multicore processor system on chip market size was valued at USD XXX billion in 2019 and is projected to reach USD XXX billion by 2027, growing at a CAGR of XX% during the forecast period of 2020-2027 due to the increasing demand for high performing and high functionality computing devices across the globe. The rise in disposable income and the propelling sales of the smartphone are estimated to fuel the global market. Moreover, the increasing demand for faster video, image processing, audio, enterprise shift to cloud computing, and connected device propagation are significant factors which expected to boost the demand for the global multicore system processor on chip market.
However, the high cost of processors is predicted to hinder the growth of the market. In addition, the covid-19 outbreak is projected to challenge the growth of the multicore system processor on chip market across the globe.
The rising smartphone users worldwide are projected to propel the global multicore processor system on chip market. All mobile phones include a processor, or a distinct computer chip, that can be embedded into the primary smartphone chip. But specific processors are more efficient than most other processors. It will run computing programs even quicker through two separate processors, each operates at a speed of 1 GHz, as each processor is efficient. In addition, more than 500 million Indians use smartphones. Since 2018, continuous growth has been seen due to brands including Realme and Xiaomi that intend to introduce new customers into the environment. In addition, there are more than 5 billion mobile users across the globe. Today’s foremost manufacturers of electronics include Samsung, Apple, and Huawei. In 2018, all three delivered at least 200 million devices, with Samsung dominating with more than 290 million consignments on devices. The three media firms are collectively responsible for nearly half of all mobile shipments worldwide. Major companies are currently capable of generating $0.5-$1.5 a month from users depending on their service providers, including marketing. Mobile devices have modified our way of living and doing day-to-day activities. Mobile phones are compact and work very comfortably in a pocket and seem to accompany us all over the world. Thus, growth in smartphones is estimated to drive the global market at a substantial rate.
The rising quantity of electronic equipment in automobiles is estimated to drive the global market. The continually developing emission and safety standards and technological disruptions, including accessibility and e-mobility, are projected to lead to the propelling demand for electronics in the automotive industry. Electronic devices were an extremely significant portion of an automobile’s expense, rising from around 1% of its valuation in 1950 to about 30% in 2010. In addition, automotive motor vehicles are turning into “extreme electronic devices.” Automotive electronics are predicted to account for approximately a third of the whole car’s overall cost. Vehicle efficiency and networking are the two key features enabled by the growing usage of electronics in vehicles. The nation has raised its total vehicle production by 1 million units over the past couple of years, culminating in the 2018 performance of 4 million automobiles. Most of the motor-vehicle electronic content promotes their success. Mechanical buttons have been substituted by electronic components to change seat locations in the bodywork. More recent times, electronics started replacing hydraulics in chassis steering components. Therefore, all such factors anticipated boosting the multicore processor system on chip market across the globe.
COVID-19 has affected the world economy in three significant ways: actively impacting output and consumption, causing supply chain and business instability, and having an economic effect on businesses and capital markets. The coronavirus (COVID-19) pandemic had a broad impact on the multicore processor system on chip market revenues and the predicted outlook for the sector. With decreased discretionary income and stressed consumer thoughts, consumers choose to purchase necessities, including nutrition, sanitizing products, and avoiding nonessential, big-ticket sales such as LCD TVs. As consumers cut back on expensive products, brand names such as Apple are not significantly affected as the corporation’s wealthy fans have a dedicated audience. Device supplies will impact the major manufacturing industries in lockdown. The multicore processor system on chip market will reset to a new normal that will continue to be redefined and redesigned in the post-pandemic period.
Based on the processor type, the global multicore processor system on chip market is bifurcated into Dual-core, Quad-core, Hexa-core, and Octa-core. The octa-core processor segment is estimated to hold the largest share during the forecasted period of 2020-2027 across the globe. This is due to the rise in the growth of smartphones, coupled with the adoption of the octa-core processor in smartphones. The Octa-core processor comprises of eight Galaxy device operated multiple processors. The processor helps Galaxy smartphones to handle quite complex tasks, including controlling high-resolution videos and graphic-heavy games despite exhausting the power, rendering the devices versatile and powerful.
However, the quad-core processor is projected to have considerable growth. A quad-core processor is a chip with four separate units designated cores that read and perform actions for the central processing unit (CPU), including inserting, transferring data, and branch.
Based on the end-use, the global multicore processor system on chip market is classified into Medical devices, Industrial automation, Automotive, Energy, Telecommunications equipment, and Consumer electronics. The consumer electronics segment is projected to dominate the market due to the upgradation in technology. The low power consumption of it in consumer electronics, including smartphones, is predicted to propel the market at a significant growth rate.
By geography, the global multicore processor system on chip market is segmented into North America, Europe, Asia Pacific, South America, and Middle East & Africa. Asia Pacific region is expected to dominate the market over the forecasted period of 2020-2027 owing to the rise in the disposable income across the region. In addition, the increasing demand from China and India for consumer electronics is expected to further drive the regional market.
In addition, North America, followed by Europe, is estimated to have the fastest growth owing to the high penetration. Additionally, the increased investment in research and development activities is predicted to fuel the market across the region.
Companies such as Qualcomm Inc, Advanced Micro Devices, Intel Corporation, MACOM Technology Solutions Holdings Inc, Applied Micro Circuits, Dell, Samsung Electronics Co Ltd, Texas Instruments Inc, Freescale Semiconductors, Apple Inc, Mediatek Inc, Xiaomi Corporation, Broadcom Ltd., Spreadtrum Communication, Marvell Technology Group Ltd, NXP Semiconductors, Nvidia, ARM Holdings, Mellanox Technologies, and Cavium are the key players in the global multicore processor system on chip market.
By Processors Type