Realizing the Gains of Versatile Wi-Fi
This whitepaper explores how CSPs can successfully optimize their network investments by extending wireless coverage and voice service reach using available private and public Wi-Fi networks.
This whitepaper explores how CSPs can successfully optimize their network investments by extending wireless coverage and voice service reach using available private and public Wi-Fi networks.
Mavenirās John Baker, joins techUKās Sophie James in a podcast alongside, Sir John Whittingdale from DSIT and Brian Larkin from NTIA as they reflect on the recent DSIT conference.
The Service Communication Proxy (SCP) is a key enabler that provides load balancing in a distributed cloud environment and facilitates and simplifies inter-vendor integration.
Mavenirās Bejoy Pankajakshan joins an Amazon Web Services panel to discuss the role that cloud plays in enabling a software driven approach and helping telecom operators reimagine how they create automated digital operations.
In this interview, Pardeep Kohli talks about Mavenir’s role in building the future of mobile networks and pioneering advanced technology, making the promise of an artificial intelligence-driven, connected-everything-world a reality for everyone.
SMS will be increasingly used in 5G due to growth in Application-to-Person (A2P) messaging and use of SMS in Machine-to-Machine (M2M) and Internet of Things (IoT) applications as SMS requires low power compared to a permanent data connection.
Is Open vRAN Power Efficient? Join Mavenir’s Stefano Cantarelli and ABI Research’s Dimitris Mavrakis for this live recorded webinar and in-depth discussion.
Mavenirās Aniruddho Basu in a Telecoms.com interview, discussing the role that partnerās play in enabling the vision of a single, software-based automated network that runs on any cloud.
Greenfield operators have an advantage… but there are lessons for them as well, because they’ll be brownfield in two years!
Recent trials in live networks by ABI Research have demonstrated that a non-RT RIC rApp for switching radios āon and offā can provide as high as 15% to 20% gain.