by decoupling RAN
data sources from the applications
In today’s competitive environment that demands speed, agility, and cost efficiency, operators can’t afford to be bogged down by data related complexities and inefficiencies.
Yet, RAN data is – nevertheless – at the very heart of three key challenges to achieving these objectives.
The first challenge is presented by the great complexity of connecting each and every RAN application to each and every RAN vendor and OSS. This creates a complicated OSS architecture with dozens of possible app and system combinations that now need to be managed.
The second challenge arises when operators seek to include data sources from new RAN architectures, such as vRAN or O-RAN, which typically requires expensive engineering resources and lengthy transition projects.
The third challenge occurs whenever multiple applications try to pull data from the RAN vendor or from the OSS, resulting in congestion and data collection load of the OSS.
This is where CHIME Streamer comes in – overcoming these challenges by decoupling the applications from the RAN OSS and enabling users to make just one connection through the Cellwize interface, instead of dozens.
The result is unprecedented simplicity, minimal impact on performance, and reduced costs.
This Is what CHIME Streamer looks like
accelerating migration to new architectures and streaming protocols
by reducing the load
on vendor systems
by simplifying architecture and managing just one
centralized system vs. many
“For its strong overall performance, Cellwize is recognized with Frost & Sullivan’s 2020 Product Line Strategy Award in the global RAN automation industry”
“Cellwize provided Telefonica with an automation solution which enabled us to deliver better customer experience and provide operational efficiency.”
Head of OSS Engineering
Telefonica Germany
״We provide Bell wireless customers with excellent connectivity and the best user experience in Canada by collaborating with innovative partners like Cellwize”
Bell’s Vice President,
Wireless Networks