High-efficiency modular platform based on AC/DC and DC/DC power conversion design
Provides an independent channel supplying and controlling 16 LEDs with a maximum output power of 90W.

ON Semiconductor has unveiled a connected lighting platform based on AC/DC and DC/DC power conversion designs, including PoE and ultra-low power Bluetooth Low Energy connectivity.

The newly unveiled RSL10 SIP platform provides two independent channels capable of supplying and controlling up to 16 LEDs with a maximum output power of 90W. As a high-efficiency modular platform, it enables the development of battery-free LED lighting applications when used with energy harvesting and Bluetooth Low Energy switches.
The connected lighting platform is supported by comprehensive software tools, including an Integrated Development Environment (IDE), various use cases, and mobile apps. The platform allows for wireless control of LEDs via the RSL10 Sense and Control app, which can be downloaded from the Apple Store or Google Play, or via a web client.

Designers can utilize this prototype platform to accelerate innovation in the field of connected lighting and strengthen research on lighting fittings as part of the IoT. The connected lighting platform designed for LED control supports various forms of connectivity, including Bluetooth Low Energy and PoE, provided by the RSL10 SIP.

In addition, ON Semiconductor has developed a PoE module for high-power wired connections. Based on the IEEE 802.3bt compliant NCP1096 interface controller, the module expands the connected lighting platform to enable access to 90W of power that can be delivered through Ethernet cables.

"Lighting is one of the largest energy-consuming sectors globally," said Wyren Ferrera, Head of IoT Strategy at ON Semiconductor. "This platform, which improves flexibility, wireless control, and energy efficiency, helps manufacturers drastically reduce energy consumption and enhance user convenience."