Network efficiency

AI processor

Why is efficiency a top priority of radio access modernization?

Ensuring network efficiency operators can accommodate more users and significantly enhance coverage and add capacity which is improving overall service performance. With that radio access can cope with ongoing rapid evolution of digital technologies and the escalating and dynamic demands for high-speed connectivity.

AI can process massive amounts of network data to predict, optimize and automate resource utilization, performance and energy efficiency

5G is ten times more energy efficient than previous radio generations, making mobile traffic growth possible while flattening energy consumption and related costs

Industry-leading baseband solutions deliver twice the performance with half the energy consumption, supporting exponential traffic growth

What is the right strategy to improve network efficiency?

The strategies to optimize radio access range from optimizing network architecture and infrastructure, to implementing advanced technologies and algorithms that can enhance network performance.

To address the challenge of spectrum scarcity and improving overall network efficiency the implementation of Massive MIMO (Multiple Input Multiple Output), beamforming, and carrier aggregation is enhancing spectral efficiency and increasing network capacity.

A critical aspect of enhancing network efficiency is the deployment of advanced data analytics and artificial intelligence (AI) technologies. These tools enable telecom operators to analyze vast amounts of data in real-time, facilitating predictive maintenance, fault detection, and proactive network management.

What benefits result from optimizing radio access networks?

  • Our AirScale radios and baseband solutions, help operators cut cost per gigabit by 20%. ​​ 
  • Our energy-efficient equipment can decrease energy consumption by 50%​ 
  • Our AI-based energy optimization can reduce power consumption by further 30%​

Energy efficiency

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Optimize network operations and maximize energy savings

Drive down cost per gigabit and handle a higher number of simultaneous connections, crucial for urban areas with high user density.

Maximize the business value of network lifecycle

AI and digital twin-based services

  • Get sites on air 30% faster​
  • Optimize RAN performance 30% faster ​
  • Resolve incidents 30% faster​
  • Predict faults with 90% accuracy
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SON
AI-powered optimizations

MantaRay AutoPilot

  • Enhanced network quality ​
  • Accelerate your digital transformation strategy
  • Harness AI for autonomous RAN operations​
Energy efficiency

Zero-emission mobile networks

  • No compromise on performance
  • Align energy use with real-life traffic demand​
  • Monetize energy stored in backup batteries
power

How our customers improve their network performance

Our technology innovations and AI-based services help our customers maximize network efficiencies without compromising on performance and customer experience. Read our case studies to understand how our solutions work in commercial wireless networks.

  • 6% average reduction in energy consumption on top of RAN energy-saving features ​
  • No degradation in network KPIs
  • 10% overall energy savings​
  • No compromise on performance​
  • Network coverage maintained across all cells
  • Closed-loop automation with MantaRay SON​
  • 29% improvement in busy hour downlink throughput​
  • 22% reduction in 5G drop call rate
  • 10,000 autonomous operations per hour with MantaRay AutoPilot​
  • 10% average enhancement in downlink throughput​
  • Unique 15-minute machine learning

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