Through innovations in chipsets, algorithms, and system architectures, ZTE's new-generation UBR solution features rich product series, flexible band combination, and industry-leading performance. For complicated 2/3/4/5G network evolution, ZTE provides simplified, efficient, and low-energy solutions for best-in-class sites in industry. 1. Multi-band and multi-sector integration: 2 multi-band and multi-sector UBR replaces 15 single-band RRU, achieving five-band and three-sector coverage, greatly reducing tower space and site rental cost. 2. High output power and differentiated band combination: Series products designed for differentiated market, guarantees more flexible RAN sharing scenarios. 3. Low energy consumption: Higher energy efficiency significantly reduces site power consumption and energy cost.
On the basis of “spectrum integration”, ZTE further implements “sector integration” and develops the most simplified site solution in the industry. Through multi-sector integration, ZTE 6TR and 12TR UBR reduces 2/3/4/5G radio units from 15 to 2 for five frequency bands in multi-RAT site. It cuts down the site load, and is particularly suitable for greenfield site scenarios with multi-band operation.
Nowadays, RAN-sharing has become one of the most economically feasible choice for more and more operators in the 5G era. ZTE's all-scenario UniSite, with the most complete RRU series in industry, provides operators with perfect full-band and high output power solutions. The new RRU series has high integration, ultra-broadband and high output power with industry-leading level. Through hardware innovation and algorithm patents, the overall power consumption is further reduced to meet the deployment requirements of operators for complicated sites.
ZTE has launched dual-band 8TR RRU to further improve FDD NR network coverage and network capacity. Through multi-antenna arrays and advanced algorithms, the LTE/NR downlink rate is increased by 50% to 100%. 8TR RRU, with stronger penetration rate, achieves better indoor coverage performance, thus improves the competitiveness of operators' networks.