The three-day Singapore Communication Exhibition 2024 has come to an end. As one of the largest Information Communication Technology exhibitions in Asia, it is not only an important window to showcase communication technology, but also a bridge to promote global communication industry exchanges and cooperation. Leading satellite operators and service providers from around the world participated in this industry event.
TE Connectivity (hereinafter referred to as TE), an outstanding enterprise in the field of global connectivity and sensing, also appeared at the exhibition, focusing on "Satellite Internet of Things and Antenna Technology for 5G/6G Seamless Connection", focusing on the technologies and applications of the strong combination between 5G/6G, satellite Internet of Things and antennas, and exploring the future of smart cities, medical health and industrial automation, not only demonstrating its leading position in the field of Internet of Things technology, but also providing strong support for the digital transformation of all walks of life, once again demonstrating its deep strength and innovation ability in the field of Internet of Things technology.
Wireless connectivity empowers the Internet of Things
With the rapid development of AI, 5G/6G, cloud computing and other technologies, it is profoundly changing people's lifestyles, industrial models and city management methods. The demand for such new technologies from all walks of life is strong, and the investment in the Internet of Things continues to expand. According to a set of data given by IDC earlier, global Internet of Things spending is expected to reach 805.70 billion US dollars in 2023, an increase of 10.6% year-on-year. By 2026, investment in the Internet of Things will exceed 1 trillion US dollars.
Wireless connectivity technologies (including Wi-Fi, Bluetooth, ZigBee, LoRa, NB-IoT, 5G/6G, etc.), as one of the core technologies for the development of the Internet of Things, provide extensive coverage and access capabilities, high bandwidth and low latency, cost-effective and easy to deploy, security and reliability, etc., have significantly empowered the development of the Internet of Things and fully tapped the potential of the Internet of Things:
1. Enhance the flexibility of IoT devices
Wireless connectivity technology allows IoT devices to break free from the shackles of wired connections and achieve more flexible and free deployment and application. Whether in the home, office or outdoor environment, IoT devices can quickly access the network through wireless connectivity technology to achieve real-time data transmission and processing.
2. Reduce the cost of IoT systems
Wired connection requires a large number of cables and wiring equipment, which not only increases the construction cost, but also increases the maintenance difficulty. Wireless connection technology transmits data through wireless signals without laying cables, reducing construction costs. At the same time, wireless connection technology also has the characteristics of easy expansion and maintenance, reducing the maintenance cost of the system.
3. Enhance the performance of the Internet of Things system
Wireless connectivity technology enhances the performance of IoT systems by optimizing data transmission methods and protocols. For example, 5G/6G technology provides more stable and efficient data transmission services for IoT systems due to its high speed, low latency and large number of connections. At the same time, wireless connectivity technology can also realize collaborative work and intelligent scheduling between devices, improving the overall performance and efficiency of the system.
4. Expand the application field of Internet of Things
Through wireless connection technology, Internet of Things devices can be connected and communicated with various smart devices, thus expanding more application scenarios. For example, smart home systems provide intelligent home experience through wireless connection technology implementation of home appliance interconnection; intelligent transportation systems through wireless connection technology implementation of communication and collaboration between vehicles, improve traffic efficiency and safety; smart agriculture through wireless connection technology implementation of real-time collection and processing of farmland data, improve agricultural production efficiency and quality.
5. Promote the prosperity of the Internet of Things industry
With the continuous advancement of wireless connection technology and the expansion of application scenarios, more and more enterprises have begun to enter the field of the Internet of Things, promoting the development of the Internet of Things industry. At the same time, wireless connection technology also provides more opportunities and challenges for all links in the Internet of Things industry chain, promoting the coordinated development of the entire industry chain.
As one of the global leaders in wireless connectivity, TE has deep strength in many fields such as connectivity and sensors. With advanced antenna design, device miniaturization and high durability, it has created a wide range of products, providing multi-frequency application support for today's grand IoT design, and building the future of the Internet of Everything. At present, it has designed, produced, sold and shipped more than 1 billion antennas worldwide, making it one of the largest IoT antenna suppliers in the world. In the future, with TE's continuous progress in wireless connectivity technology and the expansion of application scenarios, the Internet of Things will usher in broader development prospects.
TE's advantages in the wireless connectivity market
The "Internet of Everything" cannot be achieved by faster networks alone. To fully realize the potential of the Internet of Things, a robust connectivity ecosystem needs to be built around the world to take full advantage of high-speed networks, while also supporting other wireless protocols to meet the different limitations and requirements of specific IoT applications. This means the need to: Design devices and networks based on advanced multi-band antenna solutions to efficiently handle a wider frequency range; create smaller, more durable embedded components to record and transmit data in a variety of application environments; and add infrastructure to help manage the expected data surge in wireless networks, which is what TE is working towards.
To meet the multiple requirements of intermediate frequency bands and performance in different IoT applications, TE offers a complete portfolio of antenna solutions, as well as a complete range of custom antenna capabilities to continuously meet the frequency range and design requirements of new applications; the market for antennas and sensors is increasingly demanding, in addition to their advanced performance, they are also expected to provide smaller and smaller package sizes, and the TE engineer team has been working on adding multiple ports and additional frequencies to smaller antennas to meet these needs; for any environment, TE rigorously tests components to ensure they are resilient enough to withstand temperature, humidity, vibration and shock, and other harsh environments that can threaten performance.
TE has a leading position in the development and manufacturing of high-performance embedded and external antenna solutions, dedicated to meeting the exponentially growing demand for wireless traffic. From early mobile phones to today's IoT devices, engineers have been developing antenna solutions for challenging applications, integrating multi-unit antennas into small-sized devices to address complex design challenges in multi-RF environments. Today has a rich product line, wireless connectivity products cover a wide range of fields from antennas, connectors, cables to sensors, and can meet the needs of different industries and applications. Whether it is smart home, industrial automation or medical health, TE can provide full stack solutions.
In order to maintain its advantage in the wireless connectivity market, TE has launched a series of innovative products and solutions, such as its broadband antenna technology, which has won widespread praise in the industry for its strong radio frequency performance; while micro-beewidth and small cell technologies enable 5G connectivity inside buildings, providing a solid network foundation for the digital transformation of cities.
TE has about 80,000 employees worldwide, of which more than 7,500 are engineers, and cooperates with customers in nearly 140 countries around the world. With an extensive sales network and partnerships around the world, TE can quickly respond to customer needs and provide localized services. At the same time, TE also actively cooperates with local enterprises and research institutions to jointly promote the development and application of wireless connectivity technology.
TE's specific practice in the field of end point communication
In every industry and every application, wireless connectivity is the business-critical upgrade that drives the world's cutting-edge products and services. In retail, smart metering, remote monitoring, transportation, public safety, and all of these areas, it is essential to meet customer needs by transferring data to the cloud and enabling sensing and control on the ground, enabling smarter products that have never been more effective. When robust, cutting-edge next-generation products are in place, it is essential to ensure that these products operate reliably in the relevant fields. Equipped with the right Internet of Things solutions is essential. TE's expanded and environmentally proven line of antennas and connectors provides safe, sustainable, and efficient communication solutions for the transportation, medical, energy, industrial, and other industries to build a more connected world.
In the field of healthcare, TE is committed to providing a variety of medical connector solutions, which not only have excellent electrical and mechanical properties, but also have excellent durability and reliability, which can meet the needs of medical apparatus in a variety of complex environments. In addition, TE's connectors, cables and cable assemblies can also achieve seamless connectivity, improve overall performance, and bring more convenient and efficient medical service experience to patients.
In the industrial sector, there is a growing demand for connected service robots. To meet this demand, TE provides a full stack of solutions. Among them, the TE 5G Phantom antenna has become the first choice of many industrial enterprises due to its unique design and excellent performance. This antenna has uniform energy radiation and an average efficiency of 80%. It can cover all 4G/5G frequency bands worldwide, and also supports a variety of communication methods such as Wi-Fi and GNSS. In addition, the TE 5G Phantom antenna also has a reliable mechanical design, which can resist shock, dust and water, ensuring stable operation in various harsh environments.
In the construction of smart cities, TE has provided strong support for the development of smart cities with its excellent technical strength. From custom antennas and sealed connectors, to lightweight wiring and multi-attribute sensors, TE's solutions not only achieve interference-free transmission and excellent signal performance, but also provide more possibilities for the development of cities with its compact design. In addition, TE has also introduced micro-bee width and small cell technologies to realize 5G connectivity inside buildings, providing a solid network foundation for the digital transformation of cities.
In the field of satellite Internet of Things, low-orbit satellites have the technical characteristics of low energy consumption and wide coverage - in areas where terrestrial mobile communication networks cannot be used, users and equipment rely heavily on satellites, so they have gradually become an important means for 5G/6G wireless connectivity of devices and sensors around the world. Antennas play a crucial role, and they need to have high quality and reliability to ensure stable transmission and efficient reception of signals. With decades of manufacturing experience, TE continuously enhances antenna technology to achieve excellent connectivity, such as trusted broadband antenna technology - finely optimized broadband, efficiency, isolation between multiple antennas, and throughput, providing strong RF performance, whether it is a standard ready-to-use antenna product or a custom product, the performance will be consistent.
And finally.
At the Singapore Communications Exhibition, TE showcased a number of components that support IoT end point devices, including Bluetooth antennas, cellular antennas, GPS/GNSS antennas, outdoor antennas, Wi-Fi antennas, etc. to achieve radio frequency signal interconnection. These products have been proven in terms of plugging and unplugging times, miniaturization, modular design, electromagnetic interference/grounding, and high data rates, large bandwidth, high power, etc., and can help customers meet a variety of challenging application requirements. This is also the end point of TE empowering IoT communication to meet the growing diverse needs of customers.
In IoT communication, TE's sensor technology plays a key role, capable of collecting and transmitting various environmental parameters and device status information in real time, providing strong support for intelligent decision-making. TE's connectivity solutions also ensure seamless connection and efficient communication between IoT devices, further promoting the popularization and development of IoT applications. Through TE's empowerment, IoT communication has become more intelligent, safe, efficient and reliable, bringing unprecedented development opportunities to all walks of life (Zhian IoT).
