市场调查报告书
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1273607
到2028年的物联网节点和网关市场预测——按硬件、连接性、最终用户和地区进行的全球分析IoT Node and Gateway Market Forecasts to 2028 - Global Analysis By Hardware, Connectivity, End user and By Geography |
根据 Stratistics MRC 的数据,2022 年全球物联网节点和网关市场规模将达到 4573.8 亿美元,预计到 2028 年将达到 7545 亿美元,预计CAGR将 增长8.7%。
控制器、传感器和智能设备通过物联网 (IoT) 网关连接到云端。 节点是最重要的一类物联网设备。 连接到物联网并与其他节点协作的物理对象称为节点。 提供传感器数据的设备是云控制下的设备。 节点通常由提供可控功能的中等重量设备组成,例如门锁、安全传感器和温度传感器,以及主要按预编程间隔收集状态信息的轻型传感器设备。
根据瑞典电信公司爱立信的一份报告,2021年全球5G智能手机用户数量将达到6亿,是2020年的三倍,2022年5G用户将达到10亿。预计数量超过人类。 因此,5G技术的出现将带动物联网节点和网关市场的增长。
在接下来的几年中,5G 技术的开发有望推动物联网节点和网关市场的发展。 有了 5G,连接将更快、更安全、更稳定。 凭藉 5G 更高的带宽和更低的延迟,可以在给定的时间内传输更多数据,让您更快到达目的地。 此外,5G网络覆盖面广,支持多种网络拓扑结构,使得物联网节点和网关之间的通信更加便捷。 5G 的数据传输速度将大大提高。 与当前的 LTE 网路相比,5G 将快十倍。 这种提高的速度将使物联网设备能够比以往更快地交换数据和通信。 在实时网络性能至关重要的情况下,例如远程手术或在危险环境中控制大型机器,5G 将允许远程控制更多设备。
传感器和其他物联网配件是主要的耗电设备。 儘管超低功耗处理器、微型移动传感器和无线网络等技术的可用性,物联网设备仍然需要有效的电源管理和光消耗。 连接负载也将是一个大问题,因为需要同时连接许多设备。 儘管半导体行业努力生产超低功耗芯片和模块,但便携式和可穿戴电子产品的电池技术和电源管理的发展仍然是一个挑战。
研发活动对于新技术和产品的发展至关重要,对于它们的快速商业化也至关重要。 世界各地都在积极开展物联网技术领域的研发项目。 此外,政府也可以在加速这一进程中发挥作用。 此外,世界各国政府都在资助和支持物联网研发以提高生产力。
随着物联网迅速被可穿戴设备、医疗保健和零售等终端行业所接受,其潜力巨大。 但是,存在与数据安全和隐私问题相关的重大业务障碍。 随着连接设备数量的增长和终端用户越来越多地使用物联网,将产生大量数据。 网路犯罪分子有能力破坏网络并使用此数据来评估个人健康状况或跟踪公司的战略行为。 这些因素限制了市场的扩大。
COVID-19 对物联网节点和网关市场产生了负面影响,因为公司减少了在尖端商品和服务上的支出以保持竞争力。 然而,COVID-19 的爆发对全球物联网节点和网关市场产生了重大影响。 由于工人被困在家里,现行法规禁止在各个仓库中运输现有设备,製造商正在努力在全球范围内生产和组装新型物联网节点和网关。内部供应链已经中断。
存储设备部分占据了最大的市场份额,预计在预测期内将保持其主导地位。 片上存储器和片外存储器是存储器设备的两类。 片上存储器的类型包括 SRAM、高速缓存和 eMMC。 SRAM 经常用于高性能应用,例如汽车、国防和工业。 SRAM 消耗更少的功率并表现出高速性能。
物联网节点和网关市场的零售部分将呈现最高增长率,预计在预测期内将占据主导地位。 物联网在零售业的使用与 RFID 和 GPS 技术齐头并进,帮助公司在整个供应链中跟踪产品。 此外,它还可以为零售商提供监控货物移动、状况和位置所需的清晰资讯,并确定准确的交货时间。
在预测期内,北美将占据最大的市场,因为它是物联网渗透率最高的地区。 政府对交通和医疗自动化的更大举措和临时投资尤其令人感兴趣。 这些变量正在推动该地区市场的上升趋势。 此外,由于对改善生活方式的需求不断增加、基础设施的显着增长和正在进行的项目,以及物联网领域研发的增加,北美地区市场有望在新技术和改进技术方面实现增长。
预计亚太地区在预测期内的增长率最高。 由于许多关键因素,包括互联网在商业和住宅空间中的渗透率增加、庞大的消费者基础、可支配收入增加以及 IT 基础设施的改善,预计亚太地区物联网节点和网关市场将出现增长。 此外,中国、韩国和日本等国家对基于云的服务和工业自动化的利用呈增长趋势,是商业物联网节点和网关市场的主要增长因素。
2022 年 10 月,戴尔宣布在其 PC 和基础架构产品中推出两项新的边缘创新:MC Edge Gateway 和卫星节点。 通过此次发布,该公司旨在简化企业部署,同时通过在传统公共云和数据中心之外生成和处理的数据获取更多价值。
2022 年 7 月,研华宣布与物联网网络管理领导者 Actility 联合推出全新解决方案。 通过此次发布,两家公司的目标是通过将 Advantech 强大而先进的 IPC 与 Actility 的嵌入式软件集成,在客户场所部署和管理私有 L□□oRaWAN 网络。 这种集成还使我们能够满足快速增长的工业自动化市场中客户的需求。
2021 年 6 月,思科发布了具有 5G 功能的 Catalyst 工业路由器系列。 通过此次产品发布,该公司旨在将企业网络的功能扩展到具有安全性、灵活性和可扩展性的边缘。 此外,新的产品线将使公司能够实施大规模的互联运营以及管理工具的选择。
According to Stratistics MRC, the Global IoT Node and Gateway Market is accounted for $457.38 billion in 2022 and is expected to reach $754.50 billion by 2028 growing at a CAGR of 8.7% during the forecast period. Controllers, sensors, and intelligent devices are connected to the cloud by Internet of Things (IoT) gateways. The node is the most important class of IoT device. A physical object that connects to the IoT and collaborates with other nodes is known as a node. The devices that provide sensor data are those that are under cloud control. Nodes usually consist of middleweight devices that provide controllable functions, such as door locks, security sensors, temperature sensors, etc., or lightweight sensor devices that primarily collect status information over a pre-programmed interval.
According to a report by Ericsson, a Swedish telecoms corporation, the number of global 5G smartphone subscriptions climbed to 600 million in 2021, up three times from the number in 2020, and 5G subscribers are predicted to cross one billion by 2022. Therefore, the emergence of 5G technology propels the growth of the IoT node and gateway market.
In the coming years, the development of 5G technology is anticipated to fuel the market for IoT nodes and gateways. Connectivity is made faster, more secure, and more stable with 5G. Because of 5G's increased bandwidth and lower latency, more data can be transferred in a given amount of time and reach its destination more quickly. These networks offer greater coverage and support a variety of network topologies, making it possible for IoT nodes and gateways to communicate with ease. Data transfer rates will substantially increase with 5G. Compared to current LTE networks, 5G will be ten times faster. IoT devices will be able to exchange data and communicate more quickly than ever due to this speed boost. More devices will be able to be controlled remotely due to 5G in situations where real-time network performance is crucial, like when operating remote surgery or controlling large machinery in dangerous conditions.
Sensors and other IoT accessories are major power consumers. Despite the availability of technologies like ultra-low-power processors, tiny mobile sensors, and wireless networking, effective power management and optical power consumption are still required in IoT devices. As many devices need to be connected at once, connectivity load would be another significant problem. The development of battery technology and power management for portable and wearable electronics remains a challenge, despite the semiconductor industry's efforts to produce ultra-low-power chips and modules.
Research and development activities are essential to the growth of any new technology or product and are crucial to hastening its commercialization. Around the world, there are more research and development projects being conducted in the field of IoT technology. Furthermore, governments are also doing their part to speed up the process. Additionally, governments around the world are funding and supporting IoT research and development to increase their productivity.
Since IoT is being embraced quickly across all end-use industries, including wearables, healthcare, and retail, it has enormous potential. However, there are significant business barriers related to data security and privacy concerns. As the number of connected devices rises and IoT is increasingly used in end-use applications, a significant amount of data is being generated. Cybercriminals have the ability to breach networks and use this data to assess a person's health, track the behavior of a company's strategy, and more. Such factors limit market expansion.
COVID-19 had a negative effect on the IoT node and gateway market because companies reduced their expenditures on cutting-edge goods and services to stay competitive. However, the COVID-19 outbreak has had a substantial impact on the global IoT node and gateway market. Owing to workers staying at home and the inability of existing devices in various warehouses to be transported due to present rules and regulations, the manufacturers have struggled to produce and assemble novel IoT nodes and gateways, which has disrupted supply chains across the world.
The memory device segment held the largest market share and was anticipated to remain dominant during the forecast period. On-chip and off-chip memory are the two categories of memory devices. SRAM, cache, and eMMC are a few examples of the various on-chip memory types. Applications that call for high performance, like those in the automotive, defense, and industrial sectors, frequently use SRAM. With less power consumption, SRAM provides high-speed performance.
The IoT node and gateway market's retail segment had the highest growth rate and is estimated to dominate over the predicted timeframe. The use of IoT in the retail industry is closely related to RFID and GPS technology, which help businesses track products throughout the supply chain. Additionally, it offers retailers the clarity they need to monitor the movement, state, and location of their goods while also pinpointing the precise time of delivery.
Due to the highest adoption of the Internet of Things in this region, North America is going to hold the largest market during the forecast period. The expanding government initiatives and one-time investments in automation in transportation and healthcare have received special attention. These variables fuel the market's upward trend in this region. Additionally, the market in the North American region is growing as a result of increased R&D in the IoT sector in terms of new and improved technologies, as well as the rising demand for improved lifestyles, significant infrastructure growth, and ongoing projects.
During the forecast period, Asia-Pacific is expected to witness the highest growth rate. APAC's IoT node and gateway market is expected to grow as a result of a number of important factors, including the increasing penetration of the internet into commercial and residential spaces, a large consumer base, rising disposable income, and improved IT infrastructure. Additionally, in nations like China, South Korea, and Japan, the use of cloud-based services and the growing trend of industrial automation are the primary growth drivers for the market for IoT nodes and gateways for commercial applications.
Some of the key players profiled in the IoT Node and Gateway Market include: Aaeon Components Inc., Adlink Components Inc., Advantech Co., Ltd., Cisco Systems Inc., Cradlepoint, Inc, Dell Technologies, Inc., Embitel, Eurotech S.P.A, Helium Systems Inc., Hewlett Packard Enterprise Co., Huawei Technologies Co., Ltd, Intel Corporation, Lantronix, Inc, Microchip Technology, Inc., Mitsubishi Electric Corporation, NEXCOM International Co., Ltd, NXP Semiconductors N.V., Samsara Networks, Inc., Stmicroelectronics N.V., TE Connectivity Ltd, Texas Instruments Incorporated and VOLANSYS Technologies.
In October 2022, Dell unveiled MC Edge Gateway and Satellite nodes, two new edge innovations in its PC and infrastructure offerings. With this launch, the company aimed to help businesses in streamlining deployments while also acquiring more value via data generated and processed outside the conventional public cloud and data center.
In July 2022, Advantech released a new joint solution with Actility, a leader in IoT network management. With this launch, the companies aimed to enable the deployment and management of private LoRaWAN networks within customer premises by integrating the ruggedized and advanced IPC of Advantech into Actility's embedded software. In addition, this integration would fulfill the demands of customers within the fast-growing industrial automation market.
In June 2021, Cisco rolled out a range of Catalyst industrial routers, featuring 5G capabilities. Through this product launch, the company aimed to extend the capabilities of the enterprise network to the edge through security, flexibility, and scalability. Moreover, the new product range would allow businesses to conduct connected operations at scale along with the choice of management tools.