IoT Node and Gateway Market Size, Share, and Industry Analysis By Component [Hardware (Processors, Microcontroller Unit (MCU), Microprocessor Unit (MPU), Digital Signal Processor (DSP), & Application Processor (AP))(Temperature Sensors, Light Sensors, Heart Rate Sensors, Humidity Sensors, & Others) (Wires & Wireless), Memory Devices (On-Chip, Off-Chip, & Logic Devices), Software], By Connectivity (Wi-Fi, Bluetooth), By End Use [Consumer Electronics, Wearable Devices, and Others (Automotive, BFSI)], and Regional Forecast, 2025-2032

The global IoT node and gateway market has grown since 5G, AI, government support, and greater use in healthcare, Market is growing fast by using hardware and sensors for easy smart device data collection and connectivity.

• According to Federal Communications Commission, there are 74 FCC-approved IoT gateway models in U.S. count

IoT Node and Gateway Market Driver

Connected Devices Surge, 5G Enhances Connectivity, and Cloud Drives Automation to Foster the Demand for IoT Node and Gateway

More devices connected to the internet in health, manufacturing, agriculture, and smart cities are sparking a need for IoT nodes and gateways. Having efficient data collection and regular monitoring is crucial for managing smart environments, which boosts the market because more sectors use IoT to increase their efficiency.

The rise of 5G communication technology is greatly enhancing growth in the IoT node and gateway market. Because of better data transmission, there are fewer problems with connectivity, and the huge amounts of data created by IoT devices can flow smoothly across many applications.

Thanks to more cloud services and automation in industries, market growth is speeding up since data can now be handled efficiently and remotely. The merging of these technologies helps industries work more smoothly, cut down on machine or process failures, and be more excited about making business decisions, which increases the request for advanced IoT nodes and gateways.

IoT Node and Gateway Market Restraint

Lack of Universal Standards, Security Privacy Challenges, and High-Power Usage May Affect Market Expansion

Since there are no universal standards for devices in the IoT node and gateway market, different devices cannot communicate easily. As a result, it is difficult to deploy large IoT networks, since ecosystems do not communicate as smoothly and effectively as needed. Fixing the issues around standardization is important for the market to reach its maximum growth.

The IoT node and gateway market is being held back by serious concerns about security and privacy. Failure to address user data safety issues can result in data breaches and improper access and lower the reliability of the product for users. Secure measures are necessary to support market confidence and help the company develop.

Power-hungry devices connected to the network create a big problem, primarily for use cases where devices need to run without stopping. If devices use too much energy, their life may be cut short, and keeping them running costs more, which hinders their deployment in areas where resources are scarce. New advances in low-power technology are important to overcome this problem.

IoT Node and Gateway Market Opportunity

Government Support Growth, Ai Edge Integration, and Emerging Markets Expansion to Offer New Growth Avenues

Active assistance from government programs and appropriate budgeting is accelerating the growth of the market. As a result of these policies, new solutions, upgraded infrastructure, and IoT adoption benefit companies, making it easier for them to launch new offerings and work in various places.

Integrating AI and edge computing with IoT nodes and gateways is advancing the data processing side of IoT. Thanks to instant data analysis and timely choices, devices can perform better and create new ways in smart manufacturing, healthcare, and driverless systems.

IoT node and gateway firms can gain a lot of growth by moving into emerging markets. The need for smart solutions is growing quickly in developing parts of the world because of industrialization, more people moving to cities, and demand. Along with more investments, governments giving support is making these new markets perfect for integrated IoT technologies.

Segmentation

Key Insights

The report covers the following key insights:

• Market Size and Growth Forecast by Region and Segment
• Adoption Rates of IoT Nodes and Gateways in Various Industries
• Technological Advancements and Emerging Trends
• Competitive Landscape with Major Players’ Strategies and Collaborations
• Regulatory Frameworks and Government Initiatives Supporting IoT Deployment

Analysis by Component

By component, the IoT node and gateway market is divided into hardware (processors, microcontroller unit (MCU), microprocessor unit (MPU), digital signal processor (DSP), and application processor (AP)), sensors (temperature sensors, motion sensors, light sensors, heart rate sensors, humidity sensors, and others), connectivity integrated circuits (wires, and wireless), memory devices (on-chip, off-chip, logic devices), software and services.

The MCUs, MPUs, DSPs, and APs are being used more in IoT applications, driving big growth for the hardware segment. Thanks to these features, advanced node and gateway operations can handle data quickly, chat more efficiently, and respond on time to any situation. The IoT hardware segment comes out on top because it plays a vital part in providing processing abilities and connectivity everywhere within IoT ecosystems.

Sensor technology is anticipated to see rapid growth thanks to more smart environments using temperature, motion, light, heart rate, and humidity sensors. With their sensing abilities, they allow IoT systems in healthcare, industry, and homes to react immediately to what is going on around them.

Analysis by Connectivity

Based on connectivity, the IoT node and gateway market is subdivided into Wi-Fi, bluetooth, and others.

It is estimated that the Wi-Fi market will grow quickly as it is used more widely in residential, commercial, and industrial IoT. Because it can move data quickly and cover long distances, wireless communication helps add extra devices to smart environments and ensures smooth communication.

The Bluetooth segment continues to grow because it consumes very little electricity and is perfect for IoT use in short ranges. A great number of wearable gadgets, smart home systems, and healthcare monitors depend on Bluetooth technology because it offers trustworthy communication and efficient data exchange in compact ways and uses little energy.

Analysis by End Use

Based on end use, the IoT node and gateway market is divided into consumer electronics, wearable devices, and others (automotive, BFSI).

A large part of the IoT node and gateway market will be controlled by consumer electronics as people want more smart TVs, home automation systems, and connected gadgets. Sensor and Internet technologies are making it easier for gateways and nodes to be included in daily consumer electronics.

More people are using fitness trackers, smartwatches, and health monitoring gadgets, so the segment should see steady growth. Many IoT applications depend on gateways and nodes to guarantee reliable data sharing, constant monitoring, and a better user experience for people mainly interested in health and innovation.

Regional Analysis

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Based on region, the IoT node and gateway market has been studied across North America, Europe, Asia Pacific, Latin America, and the Middle East & Africa.

The high adoption of advanced technology, many investments in IoT infrastructure, and helpful government initiatives have helped North America become the leading region in the IoT node and gateway market.

Due to important players in the field, energy efficiency, and strong regulations about data security and privacy, Europe holds a major part of the IoT node and gateway market. They all work together to encourage uptake of secure and sustainable IoT devices in many industries across Asia.

The IoT node and gateway market in Asia Pacific is poised to see rapid expansion as a result of increased industrial activities, a rapid rise in connected devices, and government support for digital programs. In countries such as China, Japan, and South Korea, more IoT devices are being put into action because of generous investments and wide use in industries and homes.

Key players covered

The report includes the profiles of the following key players:

• Cisco Systems Inc. (U.S)
• Sierra Wireless (Canada)
• Intel Corporation (U.S)
• IBM Corporation (U.S)
• Huawei Technologies Co. Ltd. (China)
• Dell Technologies Inc. (U.S)
• Advantech Co. Ltd. (Taiwan)
• NXP Semiconductors N.V. (Netherlands)
• Eurotech (Italy)
• Particle Industries Inc. (U.S)
• STMicroelectronics N.V. (Switzerland)

Key Industry Developments

• In January 2024, a long-range, power-saving IoT system-in-package (sip) module with a dual-core STM32WL55JC SoC was presented by STMicroelectronics.
• In January 2023, Semtech Corporation of the U.S. announced its takeover of Sierra Wireless for USD 1.2 billion. By bringing LoRa and cellular solutions together, Semtech hoped to build a powerful IoT platform that would enlarge its capabilities in this field.