Mavenir showcases virtualised solutions to redefine mobile network economics for 5G
There is a lot of hype about 5G but many operators need to monetise their 4G network investments.
Mavenir, a 100 per cent software, cloud-native end-to-end network provider, focused on transforming mobile network economics for communications service providers (CSPs), announced virtualised cloud-native solutions for the Indian telecommunication industry.
Mavenir has been in India since 2006 with over 1100 employees and much of its innovation is derived from this market. Mavenir works with over 250 mobile operators globally and is now bringing it end-to-end virtualised solutions to operators in India. This announcement comes from India Mobile Congress in New Delhi where Mavenir is exhibiting and showing live demonstrations.
"The mobile industry is at a tipping point. In the 5G era, status quo network economics are unsustainable. The cost-per-bit models and network architectures that dictated 4G strategies will not support 5G use cases. The next mobile technology generation will unleash peak data rates of multi-gigabits per second, transmitting significantly higher volumes of data, as well as supporting a myriad of the Internet of Things (IoT) devices and new services for massive machine communications and ultra-reliable low latency applicati0ons. The virtualised RAN and EPC solutions are for CSPs looking for cost reduction strategies," said Pardeep Kohli, President and Chief Executive Officer, Mavenir.
There is a lot of hype about 5G but many operators need to monetise their 4G network investments. Since most deployments of 4G Radio are based on proprietary hardware models, that has been difficult. Mavenir is focused on virtualizing the RAN. Utilising its award-winning NFV and MANO platform called CloudRange, Mavenir enables operators to take advantage of radio slicing for enterprise, IoT or other specific use cases.
Mavenir's vRAN approach centralises the baseband processing in a cloud-native virtual Base Band Unit (vBBU), with optimized fronthaul (FH) transmission between the RRU and the vBBU over ethernet. The highly modular software platform brings the benefits of cloud-based virtualisation that are deployable in today's 4G networks and paves the way for 5G