LTE (Long Term Evolution) is more spectral efficient, scalable and makes excellent usage of the spectrum. Faster data rates, low latency, lower transport costs and flat network architecture are other benefits.
The objective for LTE was to provide scalable high performance Radio Access Network (RAN) technology that offers nomadic, pedestrian mobility and full vehicular speed mobility. Because of scalable bandwidth, operators will be able to easily migrate their networks and users from HSPA to LTE over time
The objective for LTE was to provide scalable high performance Radio Access Network (RAN) technology that offers nomadic, pedestrian mobility and full vehicular speed mobility. Because of scalable bandwidth, operators will be able to easily migrate their networks and users from HSPA to LTE over time
LTE and LTE-Advanced, the latest 3GPP evolution RAN will significantly improve network performance with peak data rates up to 300Mbps in the 20 MHz allocation scheme.
LTE-Advanced will introduce spectrum aggregation up to 100MHz and data rate up to 1Gbps downlink. With cell-capacity with up to 200 users per cell in 5 MHz allocation, this technology will bring great benefits to users and the operators.
LTE-Advanced will introduce spectrum aggregation up to 100MHz and data rate up to 1Gbps downlink. With cell-capacity with up to 200 users per cell in 5 MHz allocation, this technology will bring great benefits to users and the operators.
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