Many IoT applications that involve monitoring physical conditions often rely on battery powered nodes in their sensors. This means that for the billions of battery-based devices pouring into the Internet of Things, power efficiency is a number one design criteria. Because some circuits need to continually be running, ensuring low power consumption for a long battery life is a key part of an IoT application. However, there’s also a strong need for balancing power considerations with overall performance.
Designers need product portfolios that range from sensor to cloud, with the kinds of sensors, connectivity solutions, actuators and power capabilities to match the needs of the global IoT market, poised to grow to possibly half a trillion dollars in the next few years.
With unmatched expertise in power management, a broad portfolio of sensor solutions, and development kits and platforms, Avnet and ON Semiconductor give you the power to find the optimal solution for your IoT applications.
ON Semiconductor provides configurable, end-to-end, rapid prototyping platforms for the Internet of Things (IoT). These platforms enable development of energy efficient solutions for smart homes/buildings, smart cities, industrial IoT (Predictive Maintenance, Asset Monitoring, etc.) and personal IoT (Wearables, activity monitors, etc.) Offering a wide range of choices including configurable hardware, multiple cloud connectivity, easy-to-use development software, and application examples, these platforms reduce time-to-market and allow rapid deployment of IoT-enabled products from SiCs to SiPs, dongles and more.
IoT Development Kits (IDK & B-IDK)
Internet ubiquity now allows cloud-based management of any device with a monumental impact on service offerings, efficiency, cost, scalability and reliability. Critical to this is the ability to Power, Sense, Connect, and Actuate in a highly energy and cost efficient manner. With optimized power consumption and easy connectivity to smartphones, Bluetooth® Low Energy is the preferred protocol for short-range connected devices including wearables, Health and smart home devices.
The Bluetooth IoT Development Kit (B-IDK) is a Bluetooth IoT Kit for rapid prototyping of Industrial IoT, Smart City/Building, and Health applications. The BDK-DCDC-GEVB, is an adapter board needed to power higher power daughter cards or shields attached to the BDK-GEVK. The BDK-DCDC-GEVB plugs into the BDK-GEVK baseboard to provide power to higher power shields such as the Dual LED Ballast, Stepper Motor and Brushless DC Motor Control. Learn more about ON Semiconductor’s market leading solutions in each of these areas below.Explore Kit
Bluetooth Low Energy Switch
The Energy Harvesting Bluetooth® Low Energy Switch is a complete reference design which is ideal for battery-less applications including home and building automation, industrial, mHealth, and transportation. The first of a family of energy harvesting devices for IoT, the Bluetooth Low Energy Switch features the industry’s lowest power Bluetooth 5 radio (RSL10) and a high-efficiency harvester switch from ZF Electronic.Explore Kit
Bluetooth 5 Multi-Sensor Development Kit
The RSL10 Sensor Development Kit is a compact and a comprehensive platform to easily develop IoT applications with leading sensor technology and the industry's lowest power Bluetooth ® Low Energy SoC. Several applications including industrial wearables, asset monitoring, smart sensing solutions can be easily developed on this platform.Explore Kit
RSL10 Solar Cell Multi-Sensor Platform
The RSL10 Solar Cell Multi-Sensor platform is a complete, low-cost solution for developing self-powered sensor nodes using harvested solar energy. Based on the RSL10 SIP- the industry's lowest power Bluetooth ® 5 radio, the RSL10 Solar Cell Multi-Sensor platform supports continuous Bluetooth Low Energy transmission of sensor information without requiring any batteries. The fully-integrated platform features multiple smart sensors, an ultra-low quiescent current LDO regulator (NCP170), and a 2-port connector for the provided solar cell (FlexRB-25-7030 from Ribes Tech). Also included is a low-profile 47 uF storage capacitor and a programming and debug interface.Explore Kit
ON Semiconductor’s help designers prototype and develop solutions across the IoT—and essential to that process is connectivity. Ultra-low power connectivity enables an entirely new suite of innovation that not only is easy to implement but also facilitates rapid deployment.
ON Semiconductor has released a complete family of KNX transceiver ICs, suitable for use in all kinds of KNX applications, from the most simple and low cost, to the more complex which require more features and higher performance. 20V LDO plus two high efficiency DC-DC converters in one device enable high power applications and result in low BOM size and decreased cost. All members of the ON Semiconductor KNX family assure safe coupling to and decoupling from the bus and can be used as bit transceivers in analogue mode if required.Explore Solutions
Sub-1 GHz Connectivity
Proprietary RF allows system designers to customize the protocol to support their application needs. The designers can minimize on-air time to lower the power consumption to the bare minimum. Proprietary protocols allow for products to be truly differentiated in the marketplace when interoperability is not required. Another advantage is there is no forced maintenance or upgrade cycles.
ON Semiconductor has an extremely flexible software programmable sub-GHz radio core that allows the implementation of nearly all proprietary and even standards-based communication protocols. Our radios have exceptional receive sensitivity and excellent link budgets, enabling robust and economical RF products to be developed.Discover Solutions
RSL 10 SiP
Fully certified to worldwide wireless standards (FCC, CE, IC, KCC*, MIC), the RSL10 SIP significantly reduces time to market by removing the need for any additional antenna design considerations.Explore Solutions
Power Over Ethernet
The Power Over Ethernet (PoE) Powered Device (PD) Interface Controller NCP1095 contains all features needed to implement an IEEE.3bt, IEEE 802.3af, and/or IEEE 802.3at application.Discover SOLUTIONS
Image Sensors for IoT Vision
A broad portfolio of pixel resolutions and sizes, combined with technology leadership in global shutter, HDR, Near-IR, LED Flicker Mitigation, and more, provides unmatched choice in picking the right sensor for your application.Explore Sensors
USB Type-C & PD
ON Semiconductor’s Type-C/PD portfolio is the lowest in power and most flexible design, which allows customers to future proof their designs and adapt with non-compliant devices on the market. ON Semiconductor also provides the only open source reference code on the market, allowing customers full access to the PD stack to customize and control as needed.EXPLORE USB C CONTROLLERS
ON Semiconductor is driving innovation in energy-efficient electronics, empowering customers to create exciting new applications with ON’s power, analog and sensor semiconductor solutions while increasing energy efficiency and reducing global energy use.Explore 24V LDOs
Transform Your Thinking with Avnet & ON Semiconductor
It’s never too late to transform your thinking around what technology solutions providers can do for you.Learn More
Designing For IoT, the Edge
While individual power requirements vary across the IoT, the need for energy efficiency will be present everywhere.Learn More
Strata Developer Studio
Accelerate your design with Strata, a cloud-connected development platform that provides a seamless, personalized and secure environment for engineers to evaluate and design with ON Semiconductor technologies.Explore Strata
Bluetooth Low Energy Multi-sensor Development Board Giveaway!
Working on a low-power IoT design and need a Bluetooth certified SiP? Try ON Semiconductor's RSL10-SENSE-GEVK board that combines leading sensor technology and the industry's lowest power Bluetooth ® Low Energy SiP in a compact battery-powered platform.
Complete and submit this form to be entered to win an ON Semiconductor RSL10-SENSE-GEVK Board.
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