1158730000

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 1158730000 refers to an application field in telecommunications. It encompasses a set of technologies that allow greater access to higher-speed broadband and video services. It is also referred to as FTTx, where the x is a variable that stands for the type of access technology being used. With the introduction of more advanced technologies like fiber-to-the-home (FTTH) and fiber-to-the-building (FTTB), this application field is gaining momentum and becoming increasingly popular.The working principle behind this application field lies in the deployment of fiber-optic cables. Fiber-optic cables are strands of glass surrounded by multiple layers of protective insulation purchased by telecommunications companies, enabling them to provide faster connection speeds and improved signal carrying capacity. These cables are laid out from a central hub toward the customer premises, providing them with access to high-capacity services such as broadband, video-on-demand, and VoIP. At the core of this system, there are existing telecommunications infrastructure into which the network is plugged.The main components of the telecommunication system which is necessary for the implementation of the 1158730000 application field are the passive optical network (PON) and FTTH elements. The passive optical network is an architecture deployed by telecommunications companies for the purpose of delivering high-speed data services to multiple customers using shared fiber-optic cable infrastructure. The FTTH elements comprise of the fiber, passive components, active components, and termination points for customer use.The passive optical network and FTTH elements together form the core of the system, and they allow telecommunications companies to efficiently distribute and route high-speed data services to multiple customers within a range of service commitments. Additionally, FTTH elements and passive optical networks enable telecommunications providers to offer higher bandwidths depending on the distance from the customer’s premises to the fiberoptic node being used. In addition, the 1158730000 application field involves the network operator providing a customer with an ONT or Optical Network Terminal device. This device is responsible for transmitting and receiving data over the network, while also providing power and high-speed internet access. In addition, ONTs are also responsible for the management and authentication of services such as VoIP, VoD, and IPTV.When it comes to the transmission of data, the 1158730000 application field employs technologies such as Ethernet, Broadband PON, and Point-to-Point Protocol (PPP). The Ethernet protocol is used for encoding and transmitting data across two points that are physically connected by a twisted pair cable or other similar media. The Broadband PON protocol is employed when data needs to be transmitted from the central node to multiple customer premises; this protocol utilizes a splitters and passive optical components, while employing modulation, phase coding, and RS-codes for asynchronous transmission of data. The Point-to-Point Protocol enables such transmissions over a dedicated virtual circuit that is opened between two points in the network.Lastly, the 1158730000 application field further includes features such as network services which enable such applications as managed broadband, Voice over IP (VoIP), and Video-on Demand (VoD). Network services provide cost-effective, reliable network services for businesses while also enabling the telecom operator to centrally control and secure such services, allowing them to better manage their customer’s experience and usage of their services.From the above information, it is evident that the 1158730000 application field consists of a set of advanced technologies that enable the reliable and secure delivery of high-speed broadband and video services to multiple customer premises. This application field proved to be an effective solution for the telecom industry, as it allows for more efficient deployment of services and better management of customer expectations.

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