Ezurio Launches BL54L15μ Series: The Smallest, Most Powerful Bluetooth LE Module for Ultra-Compact Wireless Designs

Ezurio, a global leader in connectivity, proudly announces the release and immediate availability of the BL54L15μ Series, a breakthrough Bluetooth® Low Energy (LE) module series designed to deliver big performance in an ultra-compact footprint. Built on Nordic Semiconductor's nRF54L15 SoC and featuring a chip antenna or trace pad, the BL54L15μ is the most compact nRF54L-based solution available on the market today – and it's ready for development now.

Engineered for designs that push the limits of size, performance, and security, the BL54L15μ brings exceptional processing power, multiprotocol support, and robust security features into an incredibly small form actor. It's also the final addition to Ezurio's BL54L family of modules, offering customers a complete range of scalable modules designed for next-generation wireless devices.

"We designed the BL54L15μ to meet the needs of space-constrained applications in medical, industrial, and consumer devices, where every millimeter matters," said Jonathan Kaye, VP of Product Management at Ezurio. "It completes our BL54L lineup for now, giving customers a scalable, future-ready platform that delivers top-tier performance, flexibility, and security. This flexibility is strengthened further by the addition of our production releases of Canvas Software Suite for all our BL54L modules enabling Micropython scripting capabilities to simplify and speed your application development."

The release of the BL54L15μ Series reinforces Ezurio's long partnership with Nordic Semiconductor. "Ezurio continues to be a valuable partner in bringing Nordic's next-gen wireless silicon to market," said Sam Presley, Technical Product Manager nRF54L from Nordic Semiconductor. "Their ability to innovate on form factor and deliver production-ready, globally certified solutions gives customers a real competitive edge in launching innovative, high-performance connected products faster."