Santiago Tenorio joins Lime Microsystems Board as Chairman

Guildford UK, August 9th 2021 – Lime Microsystems, a leading provider of Field Programmable Radio and App enabled wireless networks, today named Santiago “Yago” Tenorio, Vodafone Fellow and Network Architecture Director at Vodafone, as its Chairman. Yago will lead the Board and the executive team, leveraging his deep knowledge of…

Guildford UK, August 9th 2021 – Lime Microsystems, a leading provider of Field Programmable Radio and App enabled wireless networks, today named Santiago “Yago” Tenorio, Vodafone Fellow and Network Architecture Director at Vodafone, as its Chairman. Yago will lead the Board and the executive team, leveraging his deep knowledge of the Telecom industry as they continue to execute the Company’s strategy.

Yago’s current role at Vodafone is to drive the network strategy, defining the architecture and working with global vendors. Prior to this Yago was Chief Networks Officer for Vodafone UK (2010-2013) and Chief Technology Officer of Vodafone Ireland (2009-2010).

Commenting on his new appointment, Yago said: “I am delighted to take on this role at such an exciting time in our industry. We are going through a significant change in the way that we deploy networks and Lime Micro is well positioned to serve the market evolving demands with its innovative solutions.”

“This is a significant moment in our history. Yago brings a wealth of strategic vision to our organization, which will be critical as we scale to meet the growing demand for our products”, said Ebrahim Bushehri CEO of Lime Micro.

About Lime Microsystems

Lime is a Software Defined Radio solution (SDR) company and has pioneered the development of Field Programmable Edge Cloud wireless networks offering an unprecedented level of configurability and allow system integrators to create scalable mobile communication networks. Lime is unique in having developed the Radio Chipsets, Open RAN hardware, software and application partnership ecosystem necessary to provide 5G plug and play private networks.