Operators can gain insight into this new technology by deploying an automated assurance solution based on probes and monitoring the end-to-end network from run to core.
5g mmWave Operators can gain insight into this new technology by deploying a probe-based auto-assurance solution that monitors the end-to-end network from run to core.
Operators can optimize and manage their operational deployments and integrate them into their legacy networks to ensure a great customer experience for their users.
Probe based solutions need to fully support the RAN to provide real-time subscriber analysis and advanced end-to-end troubleshooting by monitoring the control plane and subscriber plane.
This helps operators identify network degradation affecting customers and analyze the root cause to quickly correct the problem.
This user-based coverage footprint provides key performance indicators (KPIs) and key quality indicators (KQIs) for 5G RANs running high-band spectrum, enabling you to optimize deployments in the millimeter wave and sub-6 GHz bands.
Since millimeter wave deployment is a greenfield deployment, the automation support package can prioritize cell deployment locations and provide a list of potential cell locations (based on user usage and demand).
Running millimeter wave 5g ran is an exciting new technology that can significantly improve customer service. However, deploying an automated assurance solution that includes operational monitoring is critical to ensure that 5 g runs well and meets its commitments to customers.
Monitoring and optimizing the very high frequency is part of our advanced assurance solution, radcom ace. Today, our customers are already using this solution to monitor, analyze and detect degradation of 5g operation in real time.
In the 5G millimeter wave system, dynamic TDD frames are employed. The control and data components of the 5G millimeter wave frame structure are used for both uplink (from the eNB to the UE) and downlink (UE to eNB). The relaying of signals from 5G eNB and UEs at the air interface is governed by the 5G millimeter wave radio frame structure.
It's important to note that mmWave 5G provides more bandwidth, which eases network congestion. LTE speeds often slow down in congested regions due to the volume of devices connecting, however mmWave technology can support more connections without experiencing noticeable performance decreases.
The 2022 Winter Olympics are expected to see the deployment of 5G mmWave. At MWC Shanghai, Technologies, ZTE, vivo, TCL, OnePlus, and other OEMs joined the mmWave Zone.
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