Today’s IoT applications are capable of more than ever imaginable in recent years.

ON Semiconductor and AImotive, have jointly announced that they will work together to develop prototype sensor fusion platforms for automotive applications. The collaboration will help customers explore highly integrated solutions for future generations of sensor data conditioning hardware platforms.

The highly differentiated power management, analogue and sensor solutions from ON Semiconductor can make it faster and easier to turn opportunities into unbeatable products. Plus, Farnell has helped designers like you discover new ways to deliver across tens of thousands of design projects, especially as a long-standing design partner of ON Semiconductor.

For the modern designer, there’s no time to waste when it comes to delivering innovation in a variety of growth verticals quickly. However, it's also no small feat to launch new products when the fast-moving automotive, IoT and industrial markets are more competitive than ever.

Autonomous driving requires strict cyber security safety measures to be in place to ensure safety for the driver, passengers, and surrounding objects.

Quantenna Connectivity Solutions, a division of ON Semiconductor, has announced its latest Spartan Router advanced WiFi reference design. It is based on the QSR10GU-AX 8x8 multiple input, multiple output (MIMO) dual-band dual concurrent WiFi 6 chipset coupled with NXP’s LS1043A 1.6GHz quad-core network processor.

Lee Schuler, Applications Engineer at ON Semiconductor will be showing you how the company's efuse and smart passive sensor SBS can be incorporated together in industrial applications.

Using the new IEEE 802.3bt standard, Power over Ethernet (PoE) can be used to deliver high-speed connectivity up to 90W of power over Local Area Network (LAN) connections. ON Semiconductor’s solutions not only support the new standard power limit, but extends it further to 100W for systems including telecommunications and digital signage.

As Farhana Sarder of ON Semiconductor explains, general purpose op amps aren’t all purpose op amps.

In this video, Steve Harris, Senior Manager for Automotive Ecosystems at On Semiconductor will explain automotive imaging ecosystem design considers on the road.

In this video Brandon Becker, Product Manager of Industrial Wide Band Gap at ON Semiconductor will give you an overview of wide bandgap capabilities focusing on self and carbide SiC for short silicon power devices.

LED Flicker Mitigation (LFM) and High Dynamic Range (HDR) are common scenarios that many autonomous vehicles have issues in. Learn how to design autonomous vehicles to operate effectively in these dangerous scenarios here.

Short circuits, hot plug switches, over voltage protection are all needs we have for fuses.

A driver of energy efficient innovations, ON Semiconductor, demonstrated its comprehensive portfolio of sensors for automotive applications at the AutoSens Conference in Detroit, MI. At centre stage was the next-generation RGB-IR image sensor solution for in-cabin applications and the Hayabusa family of CMOS image sensors for advanced driver assistance systems (ADAS) and viewing automotive camera systems. 

A driver in energy efficient innovations, ON Semiconductor, has announced that it will be launching and exhibiting a new silicon-carbide (SiC) based hybrid IGBT and associated isolated high current IGBT gate driver at the PCIM Europe 2019 Exhibition and Conference in Nuremberg beginning May 7th.

Gen3 is a unique tool from ON Semiconductor that is used with customers to show the advantages of silicon photo multipliers when used in a LiDAR system.

Automotive cruise control, cross traffic alerts, and autonomous valet parking are all autonomous driving applications that utilise radar tranceiving.

Monitoring temperature on connections inside high power switchgear is critical to identify high resistance points and schedule equipment maintenance before catastrophic failure. 

It has been announced that ON Semiconductor and Quantenna Communications have entered into a definitive agreement for ON Semiconductor to acquire Quantenna for $24.50 per share in an all cash transaction. The acquisition consideration represents equity value of approximately $1.07bn and enterprise value of approximately $936m, after accounting for Quantenna’s net cash of approximately $136m at the end of fourth quarter of 2018.

ON Semiconductor has introduced two new Silicon Carbide (SiC) MOSFET devices. The industrial grade NTHL080N120SC1 and AEC-Q101 automotive grade NVHL080N120SC1 bring the enabling, wide ranging performance benefits of wide band gap technology to important high growth end application areas such as Automotive DCDC and onboard charger applications for electric vehicles as well as solar, and uninterruptible and server power sup...