中国移动通信集团设计院有限公司安徽分公司
Published:2019
移动端阅览
[1]余嗣兵,黄坤,牛春,陈一伟.浅析5G接入CU和DU分设中前传建设方案[J].现代传输,2019(04):66-68.
余嗣兵, 黄坤, 牛春, et al. 浅析5G接入CU和DU分设中前传建设方案[J]. 2019, (4): 66-68.
[1]余嗣兵,黄坤,牛春,陈一伟.浅析5G接入CU和DU分设中前传建设方案[J].现代传输,2019(04):66-68. DOI:
余嗣兵, 黄坤, 牛春, et al. 浅析5G接入CU和DU分设中前传建设方案[J]. 2019, (4): 66-68. DOI:
针对5G接入CU和DU分设组网架构
CU设置于传输汇聚机房
DU设置于业务汇聚机房或基站机房内时
5G接入就划分为前传、中传和回传三级结构
而此时5G接入中前传网络光缆纤芯资源能够满足需求
但现网GE/10GE PTN接入层传输系统容量是不能满足业务网发展
同时结合5G站点建设规模以及投资成本方面
提出了在5G接入CU和DU分设场景下
前传网络采用光纤直驱方式建设
中传网络采用传输设备方式建设。
Aiming at 5 G access CU and DU separate networking framework
when the CU is set in the transmission aggregation room
DU is set in the service aggregation room or the base station room
5 G access is divided into three levels of fronthaul
midhaul and backhaul
at this time
the core fiber resources of the fronthaul network cable in 5 G access can meet the demand
but the capacity of the transmission system of the GE/10 GE PTN access layer cannot meet the development of the service network
at the same time
combined with the scale of construction of 5 G base station and investment costs
put forward 5 G access CU and DU separation scenarios
fronthaul network is built by fiber direct drive
midhaul network adopts transmission equipment construction.
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