Info Image

Entel Peru, Huawei Jointly Completes TDD Ultra-large Cell Capacity Verification

Entel Peru, Huawei Jointly Completes TDD Ultra-large Cell Capacity Verification Image Credit: Huawei

Entel, a leading telecom operator in Peru, and Huawei jointly completed the TDD ultra-large cell capacity verification on commercial 4G networks. 40 outdoor CPEs using Huawei's latest technology accessed a 20 MHz Massive MIMO cell. The cell throughput exceeded 1.5 Gbps, more than twice the industry's average of 700 Mbps, which will provide effective support for operators to rapidly develop mobile Internet and wireless broadband access services, claims Huawei

Entel Peru's collaboration with Huawei on scaled TDD Massive MIMO rollout began in 2018, primarily aimed at expanding wireless home broadband. Since then, the operator has seen a significant increase in both 4G user numbers and revenue. This has motivated the operator to use WTTx as an essential strategy for growing its user base, with the overall goal of extending home broadband to one million households in three years.

Through this collaboration with Entel Peru, Huawei will provide an innovative solution featuring unique coordination between Massive MIMO and outdoor 8R CPEs. The CPE product supports SRS 4-antenna selection that enables precise channel information feedback. It will be the industry's first Gigabit CAT19 CPE product that has been commercially deployed on a large scale.

The test was conducted on live networks, with results from it meeting expectations and demonstrating the huge capacity of TDD ultra-large cells based on Huawei's network-device coordination solution.

Gonzalo Veas, CTO of Entel Peru
This joint verification has achieved strong results. In future, we will continue to enhance collaboration with Huawei to accelerate the application of innovative technologies and build more efficient mobile networks.

Zhao Dong, President of Huawei's TDD Product Domain
We are glad to join Entel Peru to conclude the world's first innovative pilot project of TDD ultra-large cell capacity on live networks.

NEW REPORT:
Next-Gen DPI for ZTNA: Advanced Traffic Detection for Real-Time Identity and Context Awareness
Author

Ray is a news editor at The Fast Mode, bringing with him more than 10 years of experience in the wireless industry.

For tips and feedback, email Ray at ray.sharma(at)thefastmode.com, or reach him on LinkedIn @raysharma10, Facebook @1RaySharma

PREVIOUS POST

Altran Releases New Tool in Github to Improve Software Quality with Machine Learning

NEXT POST

Mitsubishi Electric Tests Local 5G System for Factory Automation in Japan