T2M SEMI

  The semiconductor sector is undergoing a radical transformation with the rapid proliferation of connected devices. The need to have a reliable and low-power wireless communication has never been stronger in the era of smart wearables and medical sensors, industrial IoT systems, and smart cities. The key elements of this development are ultra-efficient Bluetooth Low Energy (LE) System-on-Chips (SoCs) , which have become a building block to create a hassle-free connectivity with an extreme degree of energy efficiency. Bluetooth Low Energy has long since outgrown its initial days as a low-power option to the traditional Bluetooth. It is nowadays an advanced wireless platform that can provide long-range communication, secure data transfer, and smart interaction of devices, all at very constrained power numbers. Bluetooth LE SoCs, which are ultra-efficient, combine radio frequency, processing, memory, and power management in one silicon, offering the manufacturer an opportunity t...

  With the ever-growing development of connected devices, the need for high-performance and power-efficient wireless connections has never been greater. Modern devices and applications require fast data rates, low latency, high coexistence capabilities, and low energy usage, as well as a compact physical form factor. This is particularly important for smart TVs and set-tops, tablets, IoT devices, and miniature smart products. In T2M Semi, we are addressing the following issues with our next-generation Wi-Fi 6 dual-band + Bluetooth SoCs , which are designed to provide reliable and high-throughput connections with low power consumption. The SoCs are based on the advanced RF design and the RISC-V architecture and allow device manufacturers to develop connected product lines with the future in mind. The Growing Need for Advanced Wireless SoCs The emergence of high-bandwidth applications, including 4K/8K streaming, cloud gaming, smart home automation, and industrial IoT, has put a lot...