This paper considers the application of mobile naked eye 3D display

which is represented by micro nano light-field control and super-surface optical technology

is likely to drive the development of mobile communication network by leaps and bounds. In view of the huge amount of data generated by holographic 3D display

this paper quantitatively analyzes the network data bandwidth and round-trip delay required by holographic 3D application

as well as the demand and future trend of other network bearing capacity indicators from several different perspectives

such as effective pixels and depth layer of naked eye 3D video; according to the 3GPP

the maximum peak data rate is given definition

find out a variety of factors that affect the carrying capacity of the post-5G network

and quantitatively give several specific indicators that can realize the naked eye 3D application

such as: the number of aggregation carriers

the number of numerologies

the order of massive multiple input multiple output

subcarrier spacing

etc.

in order to obtain the safety margin of the network carrying capacity that can meet the future holographic 3D display application.