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	1. BBUs:B8200、B8300 
	As multi-mode compact BBUs, B8200 and B8300 mainly provide S1/T1/X2 interfaces, clock synchronization interfaces, and RRU digital baseband interfaces and implement exchange of internal services and communication data. An RRU is connected to a BBU by using digital baseband signal fibers. 
	B8200                 B8300 
	  
	Product Highlights 
	
		
			MicroTCA-based open architecture, supporting third-party AMC and PrAMC modules
			High integration, good system compatibility and scalability, small volume, and antivibration design
			Flexible and abundant interfaces, supporting clock synchronization modes such as GPS, GLONASS, BeiDou Navigation Satellite System (BDS), and IEEE1588V2
			Environmental protection and low power consumption
			Support for DC/AC power supply and flexible installation
			High reliabilityThe main control board and power supply both work in 1+1 backup mode or load balancing mode. All boards and modules are hot swappable. Maintenance, detection, fault rectification, and software download can be completed remotely.
 
	  
	2.   RRU:R8972E 
	As a TD-LTE dual-channel RRU, R8972E works on 1.4 GHz frequency and is mainly deployed in a macro-cell networking. 
	  
	 
	Product Highlights 
	
		l Two antennas and high power, reducing the number of base stations thanks to its wider coverage
		l Multiple efficient power amplification technologies such as CFR, DPD, and Doherty, decreasing power consumption of equipment
		l Passive heat dissipation design, causing no noise
		l Multi-carrier technology, MIMO technology, and CA-capable carriers through smooth upgrade, increasing system capacity
		l High output power (maximum power: 40 W x 2), meeting the requirement for a high power in multi-carrier applications
		l Small volume, light weight (the lightest in the industry), and flexible deployment 
	  
	3.   RRU:R8968 
	As a TD-LTE 8-channel RRU, R8968 can work on multiple types of frequencies such as 1.4 GHz and 1.8 GHz and is mainly deployed in a macro-cell networking. 
	  
	 
	Product Highlights 
	
		Eight antennas and high power, reducing the number of base stations thanks to its wider coverage
		Support for a maximum of 40 MHz bandwidth as well as multiple bands, modes, and carriers, decreasing the number of devices in a site
		Multiple efficient power amplification technologies such as CFR, DPD, and Doherty, decreasing power consumption of equipment
		Passive heat dissipation design, causing no noise
		Multi-carrier technology, MIMO technology, and CA-capable carriers through smooth upgrade, increasing system capacity
		Eight antennas and dual-stream BF, greatly optimizing the spectral efficiency and bringing superior user experience
		High output power (maximum power: 12 W x 8), meeting the requirement for a high power in multi-carrier applications
		Small volume, light weight, flexible deployment (can be installed on the pole or on the wall), which goes beyond space limitations on equipment rooms and auxiliary facilities and helps quicken network construction 
	  
	4.   GoTa 4G Small Cell:BS8912、BS8102 
	GoTa 4G Small Cell is an integrated small base station that may work in forms such as micro, pico, and femto base stations. It is an important part of wireless coverage solutions of ZTE Trunking to provide wireless coverage in families, enterprises, public areas, and suburban areas. 
	    
	   BS8912                BS8102 
	Product Highlights 
	
		Diversified product forms, meeting the deployment demands in families, enterprises, public areas, and suburban areas
		Heterogeneous networking (HetNet) that uses the enhanced inter-cell interference coordination (eICIC) algorithm to optimize macro-micro base station coordination and increase network capacity
		Advanced self-organizing network (SON) technology, supporting self-optimization and self-adaptation of the air interface and coordination of networks with devices from different manufacturers
		P-bridge indoor coverage solution, which allows data to be transmitted through both network cables and fibers and improves the macro-micro base station coordination effect
		Super-cell networking, which effectively eliminates interference and supports high-speed handover
		Deep integration with Wi-Fi and LTE technologies, site sharing, coverage complementation, and load balancing
		Easy installation, easy maintenance, and flexible wireless and wired backhaul solutions, which overcomes site resource limitations and realizes fast and low-cost deployment
		Compact design: small volume, light weight, easy installation, and energy saving (中国集群通信网 | 责任编辑:陈晓亮)
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