36.412

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The term “36.412 application field and working principle” refers to the technology and system involved in the use of Multimedia Broadcast Multicast Service (MBMS) to support high capacity mobile packets data services. The System architecture and design of the 3GPP radio access networks are capable of supporting MBMS which is suitable for streaming down gross content, such as video, files and photos, from the radio network to multiple users simultaneously. The 3GPP radio access network, also called the evolved Universal Terrestrial Access (UTRAN), is capable of capturing MBMS mobile broadband packets from the core network and distributing them to the mobile users.

The MBMS working principle involves broadcasting the same data packet to multiple users over the same frequency at the same time. This is done using frequency division multiplexing (FDM) which splits the incoming lanes into multiple channel frequencies and operates on the principle that each channel frequency can be uniquely defined and directed to a specific user. When the data packet arrives on the channel frequency it is automatically received by one or more receivers in the service area, depending on the size of the network.

MBMS is applicable to any area where a need to get data to multiple users in a short amount of time exists. The four main application fields are e-services, telecommunication services, broadcasting services, and Internet-based services. Each of these application fields has different requirements and levels of data transfer, depending on the needs of the user. E-services, for example, could include online auctions and email, whilst streaming of video content would be required for telecommunication services.

The field of broadcasting services is where the use of MBMS is most common due to its ability to be broadcast to multiple receivers at one time. Its ability to send the same data to multiple receivers simultaneously makes it a powerful tool for broadcasting television, radio, and other related services. Examples of broadcasting services that could benefit from the use of MBMS include video on demand, near-live and time-shift television, and multicast content streaming.

The use of the MBMS technology means that Internet-based services can also benefit from its data transfer capabilities. In this instance the MBMS technology is used to broadcast Internet content, such as webpages, to multiple receivers at one time. This type of broadband data transfer over a mobile network is known as mobile broadband and is ideal for applications such as mobile TV and mobile gaming.

In order to ensure that the data being transferred to multiple receivers is both secure and reliable, the MBMS technology employs the UTRA Quality of Service (QoS) mechanism. This QoS mechanism ensures that the data being transferred is of an acceptable quality and that the risk of interception or tampering is negligible. It also sets the parameters for how the data should be formatted, including the bandwidth and latency, which enables the data to be sent and received without distortion or buffering.

In addition to its many application fields, MBMS also provides a multitude of advantages over traditional transmission techniques such as packet switching and circuit switching. These advantages include a higher level of data integrity, a higher degree of user control, lower energy consumption, and lower cost. Another major advantage is the ability to provide continuous streaming of data to multiple receivers simultaneously. This is particularly beneficial in applications such as mobile television.

In conclusion, the 36.412 application field and working principle of MBMS technology means that it can be used in various areas to provide efficient and reliable delivery of data. It has made it possible to stream multimedia content to mobile users quickly and securely and has a range of advantages over traditional transmission techniques. It also enables the mobile network to employ the UTRA QoS to ensure that the data being sent is of acceptable quality and that the risk of interception or tampering is negligible.

The specific data is subject to PDF, and the above content is for reference