T2M SEMI

  The Internet of Things (IoT) has evolved into a science fiction idea and has become one of the essential support foundations of the present-day world. IoT can be found everywhere, starting with the smart speaker in a living room, up to the industrial sensors on factory floors. However, with the billions of devices going online, one question is becoming increasingly apparent: how do we create IoT systems that are intelligent, energy-efficient, and secure at the same time? The solution lies in next-generation IoT System-on-Chips (SoCs) with ultra-low power processors, built with a vision to integrate intelligence, connectivity, and sustainability on a single platform. These next-generation SoCs are transforming the capabilities of connected devices and forging the future leap of IoT in homes, industries, mobility, and healthcare. From Connected Devices to Intelligent Ecosystems The initial stages of the IoT were centered on connectivity. Devices were also connected to the internet...

The Internet of Things is not just changing into connectivity, but it is now about entering into the age of edge intelligence. As billions of IoT devices are deployed in industries, it is no longer efficient to send all the raw data to the cloud and analyze it, both in latency and power consumption. This is where Edge AI-based SoCs and silicon-proven IP cores are coming in to make IoT devices self-educated, self-decision-making machines. A world that is always-connected means that it is now more necessary than a luxury to move AI inference as near to the data source as possible. The Evolution of IoT Intelligence There was a time when IoT devices were used to gather and send sensor information to central servers or the cloud. These systems were good in short-term deployments, but they had high latency, required a steady connection, and were power-consuming because they had to transmit data all the time. The demand for on-the-fly intelligence on the device has increased rapidly with the...

In the contemporary interconnected society, intelligent and smooth communication with intelligent electronics has turned out to be the foundation of the user experience. Devices used as Human Input Devices (HIDs), such as wireless keyboards and mice, game controllers, and smart styluses, are crucial to close the distance between humans and technology. The new HID generation transcends mere functionality and provides both performance, efficiency, and flexibility to meet the needs of current consumers, the office, and the smart home. Central to this evolution is a more responsive, power-efficient, and universal HID wireless System-on-Chip (SoCs). Being low power, having efficiency in wireless connectivity, and having multiple protocols, the current HID solutions are changing the manner in which users relate with technology, so that the devices are not only smarter, but indeed more sustainable and future-proof. The Need for Next-Generation HID Solutions The world we live in today requires...

  To fully enjoy smart home life and the technologies of Industry 4.0, immersive entertainment, AI-enhanced devices, and others, the need in having an efficiently performing dual-band Wi-Fi has never been as urgent. What consumers want is the ability to have synced connectivity, real time response, and hyper fast speeds- irrespective of the device count. That is where Wi-Fi 6 (802.11ax) comes into play with 2x2 MU-MIMO to provide a radical change in the level of wireless connectivity performance. To permit future-oriented solutions, the available features related to manufacturing, fabricating, and packaging are essential to be integrated by the designers and developers of semiconductor IP cores . What is Wi-Fi 6 and Why Does It Matter? The Evolution of Wi-Fi Technology Wi-Fi 6, the 6th generation of Wi-Fi technology, is intended to address some common issues which were characterized by congestion, latency and inefficiencies of the past technologies in densely populated areas. Wi-F...