With this 5G ultra-wideband product, ZTE boasts the industry's highest transmission power for this type of solution, 4*750 mW, supporting a continuous bandwidth of up to 300MHz in the 3.5GHz band.

The test used three 5G smartphones with simultaneous network access. The maximum downlink speed of a single pico RRU reached 4.3 Gbps, which not only meets deployment requirements in high-traffic scenarios but also the extreme performance demands of vertical industries.

Developed by ZTE, this indoor data capacity multiplication technology allows multiple pico RRUs to be combined into a single "supercell." This reduces handovers and interference while independently allocating and reusing the radio resources of each pico RRU. As a result, the combined cell's capacity is multiplied, effectively resolving the trade-off between capacity and user experience.

Furthermore, ZTE has taken the lead in launching 300 MHz ultra-wideband 5G products, further expanding its indoor distribution product portfolio from 100 MHz to 300 MHz bandwidth, ranging from single-band to multi-band devices, with integrated or external antennas. This diverse portfolio allows ZTE to provide coverage in various indoor deployment scenarios, offering customized solutions for different situations.

Represented by ZTE's QCell solution, 5G indoor data distribution is characterized by its high capacity, excellent user experience, and multiple services, and has become the leading 5G indoor coverage solution. In the future, ZTE will continue to innovate in 5G indoor digital distribution solutions to create outstanding 5G networks that enable the delivery of a wide range of services.