The world’s biggest technology show, CES, represents a pivotal moment for many industries, including the automotive industry – a moment for recalibration, and an opportunity for OEMs and Tier 1s to present their vision for mobility tech going forward. CES 2026 was NOVELIC’s fourth time at the exhibition, teaming up with Sona Comstar to present motor, driveline, and sensor solutions for the broader mobility sector. Read more
International regulations have started to coalesce around requirements for BSIS (Blind Spot Information System) and MOIS (Moving Off Informatinon System) solutions to protect vulnerable road users. NOVELIC’s mmWave radar solutions present a cost-effective and robust way to address all the regulatory requirements for commercial vehicles in all markets. Read more
NOVELIC designed an ADAS Domain Control Unit, based on an ARM SoC, processing inputs from radar sensors, cameras, and ultrasonic sensors. The controller enabled perception for L2+ autonomy, with features such as 360° surround view, DMS, OMS, and radar-based park assist. Read more
The painful reality of vehicular heatstroke deaths inspired the automotive industry to make life-saving in-cabin monitoring technologies standard in all cars, with the Euro NCAP 2025 protocol setting the benchmark for automotive suppliers to develop solutions. NOVELIC used its mmWave radar expertise to bring a low-cost, high-performance solution to the market by 2026. Read more
For industrial sensors, the implementation of functional safety protocols is paramount to ensuring the protection of people in working environments. In this blog, we explore the challenges in implementing the IEC 61496-5 standard for industrial radar sensors. Read more
An overview of the safety implications of mmWave radar technology, explaining why it is non-ionizing, how thermal absorption affects human skin and eye tissue, and why regulated power levels make it safe for everyday use. Read more
A United States-based manufacturer of electric scooters commisioned a design of a comprehensive Battery Management System (BMS) for 72V and 96V electric two-wheeler (e2W) battery packs, supporting capacities of 3.3 kWh, 4.5kWh and 6.6 kWh. The system was to provide full battery pack protection, monitoring, and cell balancing across parallel branches, while integrating additional critical subsystems, including cooling system controls and pre-charge circuitry as part of the same assembly. Our team developed a feature-rich, modular, and modular battery management system (BMS) for eMobility – developed for two-wheelers and three-wheelers. Read more
AutoSens and InCabin Europe 2024 reaffirmed where the automotive industry is heading – towards software-defined solutions providing safety and comfort for drivers and passengers. NOVELIC presented its cutting-edge radar solutions, showcasing innovative concepts for in-cabin monitoring, as well as next-generation park assist sensors. From the 8th to the 10th of October, industry-leading OEMs, Tier 1s, … Read more Read more
Markets that rely on sensors, such as industrial, automotive, and consumer electronics, are heavily competitive. Sensor cost, size, and performance are the key deciding factors that dictate the overall price and quality of the end product. mmWave radar technology allows contactless measurement of close-proximity objects while significantly reducing module size and price. This project aimed to develop a 60 GHz FMCW radar sensor that would operate under heavy space restraints and synthesize extremely steep, wide-band, and highly accurate frequency chirps, which are indispensable in modern high-resolution short-range applications. Read more
Several types of technology are commonly used in park assist systems, each with their strengths and weaknesses. Currently, one of the most prevalent types are ultrasonic sensors, which detect objects at close range but have several performance drawbacks. Radar sensors, as an emerging technology for parking, offer more advanced capabilities, help overcome performance shortcomings of ultrasound sensors, and bring new features and applications. Read more
