*糖心logo官网首页

MiCell

5G-Advanced
Seamless 10Gbps+

Solution Overview

MiCell

With the accelerating commercialization of 5G, demands for high-quality and high-performance networks are also rising. As an important component of 5G, mmWave are playing an increasingly important role in accelerating 5G construction. MiCell is a flexible distributed mmWave micro BS system designed to meet ultra-high data traffic demands in venues like stadiums, large exhibitions, and transportation hubs, while also adapting to wider business scenarios like factories and enterprises.

Scenarios and Problems

Insufficient capacity

Venues and exhibitions with ultra-large capacity cannot meet sudden or surging traffic demands

Inadequate performance

Scenarios like live broadcasts of events and industrial applications require highly stable data transmission that cannot meet application requirements

Advantages and Highlights

Optimal capacity

Single dAAU supports max DL 6Gbps, UL 4Gbps, 2C & 2B with large capacity

Optimal performance

Joint beam management across multi-dAAU enables seamless coverage and stable data transmission

Innovative IF pooling

Through innovative intermediate frequency pooling architecture, greatly reduced weight, size and power consumption of dAAU, enabling rapid large-scale deployment and optimal OPEX

One stop deployment

dAAU distributed-connected with baseband, deployment based on business and coverage needs, enabling smooth one stop expansion, supporting coverage of over 40,000+ sqm, optimal CAPEX

Customer Values

Break through scenario bottlenecks

Meet high-capacity, high-performance scenario demands

Low CAPEX

on-demand deployment enables optimal CAPEX

Simplified deployment and O&M

Lightweight dAAU deployment with 35W power consumption, the lowest in the industry, enables optimal OPEX

News

ZTE launches all-scenario UniSite solution and product series at MWC 2023

2023-02-27
By Visitor
Carrier
Query & Report
ECCN Query
Whistleblowing
Privacy Center
For Investors
Announcements
Reports
Links
About ZTE Contact Us Whistleblowing Legal Statement Cookies Policy Privacy Policy
?1998-2025 ZTE Corporation. All rights reserved