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Following the launch of the industry's first ultra-wideband dual-generation RRU product with a single module supporting dual-band in 2015, ZTE once again innovatively launched ultra-wideband four-engine or eight-engine RRU products, supporting 4x4 or 8x8 MIMO dual-band simultaneous network construction, becoming a new member of
the ultra-broadband product family.
As a result, ZTE's ultra-wideband product family can support multiple transceiver diversity methods
such as 2T2R, 2T4R, 4T4R and 8T8R.
The ultra-wideband product solution uses leading algorithms to realize unified data processing in different frequency bands, which is truly a combination of two into one
.
Compared with the traditional single sector that requires at least two RF modules, the ultra-wideband product solution can be replaced by a single UBR product, reducing the number of RRUs and feeders by half, and reducing the initial investment and later maintenance costs by half
.
Ultra-wideband family products not only support dual-band multi-module networks, power can be flexibly allocated in two frequency bands, but also can smoothly evolve to support 5G NR through software upgrades, of which FDD four-engine products can provide 1Gbps+ cell data throughput per module, TDD eight-engine products support 4G single-mode and 4G&5G dual-mode configurations, deploy 4G networks, and embed 5G capabilities
.
Since its launch in 2015, the ultra-wideband dual-generation product has been commercially available in the global market, and the four-engine and eight-engine ultra-broadband products were launched during MWC in 2018, further enriching the UBR product family, meeting more application scenarios and greatly improving network performance
.
Following the launch of the industry's first ultra-wideband dual-generation RRU product with a single module supporting dual-band in 2015, ZTE once again innovatively launched ultra-wideband four-engine or eight-engine RRU products, supporting 4x4 or 8x8 MIMO dual-band simultaneous network construction, becoming a new member of
the ultra-broadband product family.
As a result, ZTE's ultra-wideband product family can support multiple transceiver diversity methods
such as 2T2R, 2T4R, 4T4R and 8T8R.
The ultra-wideband product solution uses leading algorithms to realize unified data processing in different frequency bands, which is truly a combination of two into one
.
Compared with the traditional single sector that requires at least two RF modules, the ultra-wideband product solution can be replaced by a single UBR product, reducing the number of RRUs and feeders by half, and reducing the initial investment and later maintenance costs by half
.
Ultra-wideband family products not only support dual-band multi-module networks, power can be flexibly allocated in two frequency bands, but also can smoothly evolve to support 5G NR through software upgrades, of which FDD four-engine products can provide 1Gbps+ cell data throughput per module, TDD eight-engine products support 4G single-mode and 4G&5G dual-mode configurations, deploy 4G networks, and embed 5G capabilities
.
Since its launch in 2015, the ultra-wideband dual-generation product has been commercially available in the global market, and the four-engine and eight-engine ultra-broadband products were launched during MWC in 2018, further enriching the UBR product family, meeting more application scenarios and greatly improving network performance
.
