| Items | EUHT-5G Technology | Wi-Fi | 4G LTE | ITU-5G Requirements |
| Reliability | Industrial level, 0.3x10-5(actual measurement on metro) |
Consumer level, <1×10-3 |
Consumer level, <1×10-3 |
Consumer level, <1×10-3, Industrial level, 1×10-5 |
| Air Interface Delay |
<1ms |
No authoritative data |
No requirements |
Request 1ms |
| End-to-End Delay |
4.2ms(actual measurement on metro) |
34ms(actual measurement on metro) |
13ms(actual measurement on metro) |
Request less than 5ms |
|
Peak Rate |
Upload：13Gbps[1] Download：32Gbps[1] |
19.2Gbps |
1Gbps |
Upload：10Gbps Download：20Gbps |
| Number of Connection Points per Square Kilometer |
120 Million[1] |
Super large-scale connection is not supported |
0.1 Million |
More than 1 million |
| Moving Speed |
Support high-speed railway moving speed, still remain high performance at 500km/h |
Support walking speed, performance drops sharply over 20km/h |
Support highway moving speed, performance drops sharply over 160km/h |
Request support for 500 km/h |
| Switching Interrupt Time |
0ms(actual measurement on metro) |
363ms(actual measurement on metro) |
56ms(actual measurement on metro) |
0ms |
| Networking Cost |
Low |
Very low |
High |
Very high |
| Wireless Coverage Distance |
2km |
<200m |
800m(Typical cellular networking) |
FR1(Sub 6GHz) 300m FR2(28 GHz) <200m |
| Industrialization Level |
Large-scale industrialization |
Large-scale industrialization |
Large-scale industrialization |
The standard will be posted at 2020 |
[1] The result was evaluated according to ITU official evaluation document
Air interface delay
Handover reliability of more than 300 km/h
Low power consumption and low cost
Hotspot high capacity
Coverage distance
Networking cost
