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通信专用逻辑 IC 市场 - 增长、趋势、COVID-19 的影响和预测 (2023-2028)Communication Special Purpose Logic Ic Market - Growth, Trends, and Forecasts (2023 - 2028) |
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在预测期内,通信专用逻辑 IC 市场预计将以 5.6% 的复合年增长率增长。
专用 IC 旨在处理闭环运动和电机速度控制所需的任务。 专用 IC 还设计用于实现闭环运动和电机速度控制。
近年来,人们要求开发紧凑、高性能的产品,同时降低功耗。 因此,设备的集成度越来越高,专用逻辑 IC 市场有望在预测期内扩大。
由于互联网的普及以及对手机、笔记本电脑和平板终端等消费设备的需求增加,通信 IC 市场正在扩大。 随着全球对高频段连接服务的需求不断增加,COVID-19 的爆发对市场增长产生了积极影响。 此外,医疗设备产量的增加有助于市场扩张。
汽车行业的快速扩张正在对市场增长产生积极影响,因为汽车连接服务的部署越来越多。 此外,联网汽车市场预计将在整个预测期内推动市场增长。
通用 IC 用于各种应用,例如计算和数据传输。 通用 IC 存在于计算机处理器中。 温度控制、速度控制和许多其他任务均由专用 IC 处理。 它被安装在空调、智能电视、配备电机的工厂设备、手机等。
由于消费者对环境污染意识的增强和油价的飙升,全球对电动汽车的需求正在扩大,通信逻辑 IC 的市场也在不断扩大。 V2V(车对车)通信有望通过无线传输附近车辆的速度和位置信息来缓解交通拥堵、预防事故并改善环境。
由于汽车连接选项的增多,汽车销量不断上升,对该行业的发展产生了积极影响。 此外,由于汽车行业的快速增长,预计该市场将在预测期内发展。
该地区拥有强大的汽车製造基础设施和巨大的消费市场。 亚太地区是本田、现代、丰田和塔塔等主要汽车製造商的所在地。 该地区也是汽车行业的巨大市场,拥有各行各业的消费者。 根据OICA 2022年数据,2021年乘用车产量中国约2140万辆,日本约660万辆,印度约360万辆。 中国与世界汽车製造商有联盟合作关係,已超过韩国、日本、印度成为该地区最大的汽车生产国,但这些国家的国内汽车产业实力雄厚。 随着该地区汽车工业的兴起,对研究目标市场的需求也有望增长。
中国拟设立专门机构,鼓励国内企业与英特尔等国际半导体巨头合作,建设软件、材料和製造设备研发中心。 北京正急于发展不受美国製裁的国内半导体供应链。 另一方面,外国政府可能会对这一举措持怀疑态度,担心关键技术会被转移到中国。
2015 年,北京推出了“中国製造 2025”战略,优先发展半导体。 中国通过政府投资机构为芯片行业投入超过 200 亿美元的资金,支持 NAND 闪存公司长江存储科技等公司。 在习近平的指示下,政府机构正准备投资新的中芯国际设施,并为材料和製造设备提供资金,以加强供应链。 然而,由于缺乏中国技术,新开发的对外合作论坛被认为对这一努力非常重要。
2021 年 9 月 - 中国最大的合同芯片製造商中芯国际 (SMIC) 宣布将在上海自由贸易区的临港特区建立新工厂。 公司计划投资88.7亿美元,月产10万片12英寸晶圆。 中芯国际将拥有合资企业至少51%的股份,25%将由上海市政府指定的投资公司拥有。 中芯国际3月份宣布,将与深圳市政府合作,投资23.5亿美元建设月产4万片12英寸晶圆的28纳米及以上集成电路项目。
中国已经颁布了许多有利于半导体和软件行业的法规,包括税收优惠、有吸引力的融资、知识产权保护、研发支持、进出口和人力资源开发。 集成电路製造商以及集成电路设计、设备、材料、封装、测试和软件公司将享受税收减免。
随着与美国的技术竞争升级,中国正在加大力度扶持本土软件公司。 这一趋势跨越多个领域,包括芯片接入、5G网络建设、社交媒体应用和互联网监管。 北京高度重视科技产业,预计未来几年政府拨款将增加。
通信专用逻辑 IC 市场竞争激烈,製造商众多。 产品创新、併购是市场参与者使用的一些技术。 此外,随着 IC 製造工艺的改进和更多应用成为可能,新的市场进入者正在扩大其市场占有率并扩大其在新兴国家/地区的公司基地。
2021 年 11 月-提供先进半导体技术的瑞萨电子株式会社发布了电力线通信 (PLC) 调製解调器 IC“R9A06G061”。 R9A06G061可在不使用继电器的情况下实现1km或更长距离的高达1Mbps的高速通信,扩大了PLC的应用范围。
2021 年 8 月 - 先进半导体解决方案领域的领先公司瑞萨电子株式会社和电池和电源管理、Wi-Fi、蓝牙、低能耗和工业边缘计算解决方案领域的领先公司 Dialog Semiconductor Plc 宣布,瑞萨电子已完成了对 Dialog 所有已发行和待发行股票的收购。
The Communication Special Purpose Logic IC Market is expected to record a 5.6% CAGR in the forecasted period.
* Special-purpose ICs are designed to tackle the duties required to accomplish closed-loop motion and motor speed control. Special-purpose ICs have also been designed to tackle the duties required to accomplish closed-loop motion and motor speed control.
* Manufacturers are increasingly focusing on developing gadgets that minimize power consumption while delivering the desired performance in a small package. Consequently, the market for Special Purpose Logic ICs is expected to be driven by the increased focus on device integration over the forecast period.
* The communication ICs market is expanding due to rising internet penetration and demand for consumer devices such as mobile phones, laptops, and tablets. Because of the rising need for high-band connectivity services around the world, the COVID-19 pandemic is positively impacting the market's growth. Furthermore, the increased production of medical equipment contributed to the market's expansion.
* Rapid expansion in the automotive industry is favorably influencing market growth due to the increasing deployment of connection services in cars. Furthermore, the connected automobiles market is expected to drive the market's growth throughout the forecast period.
* While general-purpose ICs are used for various tasks like calculation, data transfer, and other comparable tasks. General-purpose integrated circuits (ICs) are found in computer processors. Temperature control, speed control, and various other duties are performed by special purpose ICs. Specific purpose ICs can be found in air conditioners, smart televisions, factory devices with motors, and mobile phones.
* Because of rising consumer awareness about environmental pollution and rising oil prices, the demand for electric vehicles is expanding globally, driving the market for communication logic IC to rise. The potential of vehicle-to-vehicle (V2V) communication to wirelessly transmit information on the speed and position of nearby cars holds enormous promise for reducing traffic congestion, avoiding crashes, and improving the environment.
* Increased sales of autos due to increased connectivity options in vehicles are positively impacting the industry growth. Furthermore, the market is expected to develop in the forecast period due to the rapid growth of the automotive sector.
* The region has a strong infrastructure for automobile manufacturing and a huge consumption market. Asia-Pacific is the home of major automobile manufacturers such as Honda, Hyundai, Toyota, TATA, etc. The region is also a huge market for the automobile industry, with consumers of all classes. According to the 2022 data by OICA, in 2021, China produced approximately 21.4 million passenger cars, while Japan and India produced approx. 6.6 and 3.6 million cars. While China has partnerships and collaborations with global automobile manufacturers, making it the biggest auto producer in the region, ahead of South Korea, Japan, and India, these countries enjoy a strong domestic automotive sector. With the rise of the auto industry in the region, the demand for the studied market will also grow.
* China intends to create a special agency to encourage collaboration between domestic enterprises and international semiconductor powerhouses like Intel to build software, material, and manufacturing equipment development centers. Beijing is rushing to develop a domestic supply chain for semiconductors that is not subject to US sanctions. On the other hand, foreign governments are likely to be suspicious of this initiative, fearing the transfer of vital technology to China.
* In 2015, Beijing introduced the "China Manufacturing 2025" strategy, prioritizing semiconductors. China has supported enterprises like Yangtze Memory Technologies, a NAND flash memory company, through government-backed investment institutions with a war chest of more than USD 20 billion committed to the chip industry. Under Xi's instructions, government-backed institutions are preparing to invest in new SMIC facilities and pump money into materials and manufacturing equipment to strengthen the supply chain. Given the lack of Chinese technology, however, the newly developed forum for foreign collaboration could be critical to the attempt.
* In September 2021 - Semiconductor Manufacturing International Corp. (SMIC), China's largest contract chipmaker, announced the establishment of a new plant in the Lin-Gang Special Area, which is part of Shanghai's free trade zone. The proposed USD 8.87 billion foundry is expected to produce 100,000 12-inch wafers monthly. SMIC will own at least 51 % of the joint venture, with a 25% interest held by a Shanghai, government-designated investment company. SMIC stated in March that it would partner with the Shenzhen government to invest USD 2.35 billion in a project to produce 40,000 12-inch wafers per month using 28nm and higher integrated circuits.
* China has enacted plenty of beneficial regulations for the semiconductor and software industries, including tax rebates, attractive financing, IP protection, and support for R&D, import and export, and talent development, among other things. Tax exemptions and discounts will be available to IC manufacturing companies and IC design, equipment, materials, packaging, testing, and software companies.
* Due to the escalating technology standoff with United States, China is strengthening its efforts to strengthen local software companies. This trend has touched many sectors, including chip access, 5G network construction, social media applications, and internet regulation. Beijing considers the technology industry strategically important, and government funding is projected to grow in the coming years.
The Communication Special Purpose Logic IC Market is highly competitive, with multiple manufacturers. Product innovation, mergers, and acquisitions are some of the techniques used by market players. Furthermore, as the IC manufacturing process improves, allowing for more applications, new industry participants are extending their market presence and expanding their corporate footprint in emerging nations.
* In November 2021 - The R9A06G061 power line communication (PLC) modem IC was introduced by Renesas Electronics Corporation, a leading provider of sophisticated semiconductor technologies. The R9A06G061 provides high-speed communication of up to 1 Mbps across extended distances of a kilometre or more without the use of relays, broadening the scope of PLC applications.
* In August 2021 - Renesas Electronics Corporation, a leading provider of advanced semiconductor solutions, and Dialog Semiconductor Plc, a leading provider of battery and power management, Wi-Fi, Bluetooth, low energy, and Industrial edge computing solutions, have announced the completion of Renesas' acquisition of Dialog's entire issued and to be issued share capital.