Pune, India -- (SBWIRE) -- 03/16/2019 -- The advent of IoT has enabled each device to be connected over the internet and the rising adoptions globally would result in more than billions of devices connected over the internet. Also, validating to the above mentioned point is the fact that the data traffic rate on a global level, has grown at an annual rate of more than 65% over the last five years. Also, between 2018 and 2023, the data traffic is anticipated to grow at a compound annual growth rate of close to 40 percent. This exponential growth in data traffic over the internet is out rightly attributed to the growing penetration of smartphones and other consumer electronic devices that can be connected over the internet as a result of the growing popularity of IoT. It is estimated that each individual will have close to a dozen number of devices that would be connected over the internet by 2020. Huge populations of India and China are further proliferating the growing penetration of smart phones and other consumer electronic devices. Additionally, the Government initiatives towards digitalization of economies in these countries is leading to exponential growth of data traffic over the internet in these countries and also on a global scale for other developing economies.

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The global market for IoT sensors is segmented on various parameters such as type, connectivity type, application, and geography. Based on type, the pressure sensor segment dominated the IoT sensors market. On the basis of connectivity type, wired IoT sensors led the overall IoT sensors market.

The major companies offering IoT sensors to different industries include Analog Devices, Inc., ARM Holdings PLC, Broadcom, Inc., Honeywell International, Inc., Infineon Technologies AG, NXP Semiconductors N.V., Omron Corporation, Robert Bosch Gmbh, STMicroelectronics N.V., and Texas Instruments Incorporated among others. Several other companies are also offering these products to different industries which is facilitating the IoT sensors market to propel over the years.

North America was the leading IoT sensors market in 2018 and Asia-Pacific is anticipated to witness the fastest growth throughout the forecast period. Across North America, the technological advancements has led to a highly competitive markets. North America is a hub of technological developments that comprises with economically robust countries. The companies are continuously enhancing the overall business processes in order to meet the customers demand for high quality products and services in the best possible way. Being a technologically advanced country, coupled with high disposable incomes with individuals, the consumer electronics industry has blossomed in the region. The density of consumer electronic devices in the region is quite high. These factors have driven the IoT sensors market in North America.

Rise in consumer electronics industry

The consumer electronics industry is witnessing immense growth. In the current scenario, various consumer electronic devices are used by consumers across the globe for a plethora of tasks. Consumer electronic devices such as smartphones, tablets, PCs, music players, etc. have become integral part of consumers' lives. The consumer devices are becoming smarter with the ongoing technological advancements. The AI-enabled applications have stoked the demand for cheaper sensors. The market for consumer electronics is growing the current scenario, owing to the fact that several semiconductor companies are regularly coming up with advanced technologies which is attracting the industry. Furthermore, wearable devices accounts for one of the fastest-growing segments of the IoT connected device industry. Advanced enterprises considers wearable as exceptional opportunity for mobile technology that can drive greater efficiency, improve workflow and enhance communication.

Advent of connected cars

Connected cars enable the travelers or the car itself to automatically share the data within the vehicle and also outside the vehicle. Internet of things (IoT) is one of those technologies which has been breaking grounds to offer automotive manufacturers a new set of products and services which are entirely a new layer to the traditional car perceptions. These new configurations may include sensors, controllers, lighting and software applications, these products and services are offered as stand-alone, where, the customer can plug and play as per the requirement or some of the features are built-in in the new generation cars. These systems can either be deployed in infotainment or automated control units of vehicles. Advancing research in connected and autonomous cars will further increase the scope of integrating IoT sensors in vehicles.

Strategic Insights

Market Initiative was observed as the most adopted strategy in global IoT sensors market. Few of the recent partnership, contractual alliances for the deployment of new technological solutions are listed below:

2019: OMRON Corporation globally launched a total of 2,512 models of its DC 3-Wire E2E NEXT Series Proximity Sensors, which boast the world's longest sensing distances (*1) and are now newly equipped with IoT features. These sensors reduce risks of sudden facility stoppages by a factor of 3 (*2); they also detect signs that warn of such stoppages and notify users via the network.

2018: Arm Holdings unveiled chip aimed at self-driving car sensors. Arm's newest chip design is called the Cortex-A65AE, and is designed around the idea of being able to handle the stream of data from a self-driving car's sensors in near real-time. The chip released has the new safety features, as well as features designed to help it process and pass along data from sensors quickly. It also has pathway for speedy connection to graphics processors such as those supplied by Nvidia Corp, which are being adopted by car makers and which Arm's chips would serve as a complement to.

2017: NXP added new NFC chips and sensors to secure the Internet of Things. NXP unveiled two NTAG SmartSensors for temperature monitoring and cold chain logistics and an Arduino-compatible NTAG I²C Plus kit that allows developers to emulate using an NTAG I²C Plus connected tag chip in an embedded electronic system.

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