While LTE's peak downlink speed is theoretically 300 Mbps, LTE-Advanced can ostensibly reach 1 Gbps but realistically would get only 100 Mbps in everyday use. LTE's uplink peak rates of 75 Mbps pale in comparison to LTE Advanced's 500 Mbps.
Along with function beginning upon LTE-Advanced, numerous crucial specifications as well as crucial functions tend to be visiting lighting. While not set however within the specs, there are lots of higher level is designed for your brand new LTE-Advanced standards. These types of will have to become confirmed and far function continues to be carried out within the specs prior to they are almost all set.
Presently a few of the primary heading is designed with regard to LTE-Advanced is visible beneath :-
- Peak data rates : downlink - 1 Gbps; uplink - 500 Mbps.
- Spectrum efficiency : 3 times greater than LTE.
- Peak spectrum efficiency : downlink - 30 bps/Hz; uplink - 15 bps/Hz.
- Spectrum use: the ability to support scalable bandwidth use and spectrum aggregation where non-contiguous spectrum needs to be used.
- Latency : from Idle to Connected in less than 50 ms and then shorter than 5 ms one way for individual packet transmission.
- Cell edge user throughput to be twice that of LTE.
- Average user throughput to be 3 times that of LTE.
- Mobility : Same as that in LTE
- Compatibility : LTE-Advanced shall be capable of interworking with LTE and 3GPP legacy systems.
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