Pivotal Commware Expands 5G mmWave Coverage in Los Angeles for Tier 1 Mobile Network Operator

Pivotal Commware Expands 5G mmWave Coverage in Los Angeles for Tier 1 Mobile Network Operator

Pivotal Commware has announced the expansion of 5G mmWave coverage for a Tier 1 mobile network operator (MNO) in Los Angeles. Leveraging its Turnkey solution, Pivotal Commware aims to provide enhanced connectivity and cost savings for MNOs.

  • Make Telecom Talk My Trusted Source
  • Source of Google
  • Source of Google

Also Read: MTN and Pivotal Commware Successfully Trial 5G mmWave Technology in South Africa

Turnkey Solution for Enhanced Connectivity

The Pivotal Turnkey offers an end-to-end solution to delivering fixed wireless access (FWA) households, presenting an alternative to traditional fibre deployments. With a significantly lower Total Cost of Ownership (TCO) – ranging from 25 percent to 35 percent of the cost of fibre – and reduced time-to-revenue, Turnkey has become an attractive choice for MNOs seeking efficient broadband solutions, according to Pivotal Commware.

The turnkey solution includes Pivotal’s network planning tool, WaveScape. This tool optimizes the placement of network elements, including the Pivot 5G network repeater, to achieve specific coverage objectives. Additionally, Pivotal’s cloud-based Intelligent Beam Management System (IBMS) ensures effective network management and optimization for the repeater network layer.

Also Read: Faroese Telecom and Ericsson Record 6 Gbps 5G Downlink on mmWave

Streamlined Deployment Processes and Virtual Visualization

Pivotal Commware said over the past two quarters its team has made significant advancements in streamlining the go-to-market cycle time, reducing it by 50 percent. Furthermore, WaveScape’s new bulk optimization feature enables faster network design and propagation modelling, further expediting the deployment process.

According to the statement, city officials can now visualize the placement of Pivots, Pivotal’s mmWave repeaters, in a virtual reality setting. This feature allows them to envision the infrastructure in various real-life scenarios and from different perspectives, addressing visual aesthetic concerns.