Tech Mahindra on Tuesday announced that it has been working with Telefónica Germany to digitally transform its microwave network with open software defined networking (SDN).
Telefónica is working to standardise its management interface by collaborating with multiple vendors and partners. Tech Mahindra is helping Telefónica achieve this by bringing its domain expertise and continuous integration capabilities to the partnership. Tech Mahindra has been working with the telco to implement new standards for its DevOps model including enhancing its processes and requirements. This includes the continuous management support of service operations for the organisation’s overall SDN Architectures.
The project involves the deployment of microwave transmission automation aimed at elevating service delivery and network operations. All microwave devices in Telefónica Germany’s mobile backhaul network are accessible via a single harmonised Network API which supports an open microservice framework.
Telefónica has been able to integrate 30,000 microwave links from multiple vendors into the OpenDaylight Controller using ONF TR-532 interface standard. This also reflects Tech Mahindra’s commitment to invest in open source technologies to accelerate scaling out networks. The move to SDN will enable Telefónica to adopt automation functionality in the future more easily.
Vikram Nair, President, EMEA Business at Tech Mahindra
We have been actively collaborating with Telefónica on this project. We made an important contribution to the integration results and have driven us to continuously broaden our capabilities. This reflects our commitment to invest in open source technologies and scaling out networks within just weeks.
Mallik Rao, Chief Technology & Information Officer at Telefónica Deutschland
Together with our partners like Tech Mahindra, we are pioneering SDN within the microwave domain. The technological requirements for the mobile network of the future are continuously increasing. Software-based approaches such as SDN are helping us to reduce the complexity of our network architectures and to drive our network expansion even faster and with higher quality through a greater degree of automation.
