3G, 4G and Beyond: Bringing Networks, Devices and the Web by Martin Sauter

By Martin Sauter

Extensively up-to-date evaluate of present and destiny community applied sciences, applications and devices 

This ebook follows on from its profitable predecessor with an advent to subsequent iteration community applied sciences, cellular units, voice and multimedia companies and the cellular net 2.0.  Giving a legitimate technical advent to 3GPP instant structures, this e-book explains the choices taken in the course of standardization of the preferred instant community criteria this day, LTE, LTE-Advanced and HSPA+.  It discusses how those parts strongly effect one another and the way community services, on hand bandwidth, cellular equipment functions and new program innovations will form the way in which we converse within the future.  This moment version offers a entire and broad-reaching exam of a fast-moving expertise to be able to be a welcome replace for researchers and pros alike. 

Key features:

  • Fully up to date and extended to incorporate new sections together with VoLTE, the evolution to 4G, cellular web entry, LTE-Advanced, wireless safeguard and backhaul for instant networks
  • Describes the winning commercialization of internet 2.0 companies reminiscent of fb, and the emergence of app shops, pills and smartphones
  • Examines the evolution of cellular units and working platforms, together with ARM and x86 structure and their program to voice-optimized and multimedia devices

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Extra resources for 3G, 4G and Beyond: Bringing Networks, Devices and the Web Together

Example text

In combination with 64QAM modulation, the theoretical data rate that can be achieved is 42 Mbit/s with HSDPA category 20 devices. In practice, speeds of beyond 20 Mbit/s can be observed in loaded cells during daytime and peak data rates of beyond 32 Mbit/s have been observed in life networks in unloaded cells with little neighboring cell interference [14]. While such high data rates in practice are impressive, there are additional advantages of dual carrier operation, which are perhaps even more important.

Because of the noticeable delay when resuming data transmission from the Idle state, two further states have been specified which are between Idle and Cell-FACH state. In Cell-PCH and URA-PCH state, the mobile only needs to periodically listen to the paging channel while the logical connection between the radio network and the device remains in place. If there is renewed activity, the connection can be quickly resumed. The difference between the two states is that in Cell-PCH state the mobile has to report cell changes to the network because the paging message is only sent into one cell, whereas in URA-PCH state the mobile can roam between several cells that belong to the same routing area without reporting a cell change to the network since the paging message is sent into all cells belonging to the routing area.

More advanced transceivers and a focus on microcell environments in places with a high-data throughput demand may be responsible for this change in opinion. 5 Mbit/s. 1g [15]. In 3GPP Release 8, uplink transmission capabilities were further enhanced by the introduction of dual-carrier operation, which bundles two adjacent 5-MHz carriers. 5 Mbit/s. 3GPP Release 9 then went one step further and combined dual-carrier uplink operation with 16QAM modulation. E-DCH category 9 devices are therefore specified for speeds of up to 23 Mbit/s in the uplink direction.

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