Mavenir’s Pardeep Kohli, President and CEO, reveals why Mobile Network Operators are switching to Cloud-Native Automated Networks at Mobile World Congress 2023.
Mavenir’s Virtual Cell Site Router (vCSR) replaces the physical cell site router with a cloud-native network function (CNF) running on the Open RAN DU server, on common-off-the-shelf (COTS) servers. For CSPs this means fewer cell site devices to power, fewer cables and points of failure and more data throughput per watt, lowering operation and management overhead, and liberating rack space that can be used for incremental revenue generating applications.
This white paper examines the implementation aspects of cloud-native virtualized Open RAN systems powered by Intel x86-based commercial servers and containerized and highly optimized RAN software developed by Mavenir and Intel, as well as strategies and technologies that are incorporated or are under development to optimize the overall system power consumption and to ensure energy efficiency across various network components and the network are described.
Fixed Wireless Access (FWA) allows CSPs to address the market demands by leveraging LTE and 5G wireless spectrum to deliver the last mile of broadband connectivity affordably.
Mavenir’s Bejoy Pankajakshan outlines how adding intelligence to the edge of the network unleashes a global reach and enables new service opportunities.
The technology that fuels connectivity powers some of the greatest innovations known to mankind – yet the supporting infrastructure behind it is failing to keep pace.
Deutsche Telekom joined Mavenir at Fyuz 2022, sharing the importance of automation and working with Mavenir to transition from a silo-oriented operation to 5G core platform for flexible cloud-native services.
Mavenir’s Paul Jesemann, Regional CTO APAC, spoke about the complexities and nuances of “How to Design and Build Private Networks” at Light Reading’s Asia Tech 2022 Digital Symposium.
Mavenir’s CGF is a robust mediation layer built with a cloud-native, multi-tenant design on modern technologies to enable 5G and futuristic use cases while still supporting traditional mediation functions.
The Security Edge Protection Proxy (SEPP) is an essential 5G Core Network Function that provides protection for signaling exchange between roaming Mobile Network Operators (MNOs) at the 5G interconnect control plane level.
