ON Semiconductor will showcase innovations in a variety of areas that are rapidly evolving and high-profile at Embedded World

ON Semiconductor (Nasdaq: ON), this year's Embedded World show will focus on the electronics industry's three most prominent and fastest-growing areas, demonstrated in the Internet of Things (IoT), Wireless and USB Type-C power/charge, as well as solutions and tools for car image sensing.

In the IoT space, ON Semiconductor will present its first RSL10 Bluetooth Low Energy (BLE) ultra-low-power, multi-protocol 2.4 GHz radio system single-chip (SoC) for the first time at Embedded World. The device is targeted at the critical and rapidly growing market for high performance wearable and medical applications. In addition, ON Semiconductor will demonstrate the ability to streamline and accelerate IoT design with the IoT development kit. The kit provides engineers with a rapid prototyping platform with industry-standard interfaces that are fully configurable and include extensive software support. Finally, in this area, ON Semiconductor will showcase a new home and office motion detection application developed by SIGFOX.

Wired and wireless charging is important to designers and portable device users seeking to quickly and easily charge their devices. ON Semiconductor will showcase the energy-efficient AirFuelTM magnetic resonance wireless charging solution from 2 watts (W) to 50W. In addition, there is a USB Type-C wired power solution designed for mobile power, wall plug-in power supplies, travel adapters and car chargers.

In the field of automotive advanced driver assistance system (ADAS) image sensing, which is completely different but also highly regarded today, ON Semiconductor will exhibit the modular automotive reference system (MARS). This is the first platform to provide system and software developers with a ready-made camera for research and development. MARS effectively provides a complete ecosystem in a compact form factor to support the accelerated development of automotive image sensing designs and significantly reduce the allocated engineering resources.

In addition, ON Semiconductor will showcase the latest additions to the innovative programmable OmniClock family. The flexible, feature-rich NB3H73113G programmable clock generator supports up to three single-ended clock signals, or one single-ended and one differential clock signal. This supports the replacement of up to three crystals or oscillators for a wide range of end devices, including space-sensitive applications such as wireless headsets, car radios and amplifiers. The device is blank or can be programmed with a user-defined configuration that can be changed by the user to write to the device register via the I2C/SMBus interface.

Author：Brittany Antonia （The author of article owns the copyright.）