ZL79124GDG

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Interface – Telecom

Interface-Telecom technology provides standards for connecting communication systems and data networks. ZL79124GDG is a type of interface-telecom that uses a combination of technologies to transfer large volumes of data over a variety of communication channels. In this article, we will explore the application field and working principle of ZL79124GDG.

The application field of ZL79124GDG includes many high-speed network purposes, such as transmitting large amounts of data between datacentres, high-capacity business networks, backhaul networks in service providers’ core and telecom networks, internet exchanges. It also provides a direct fibre connection for end-users, security-specific application and multiplexing HD video streams.

The working principles of ZL79124GDG lies in the modular, scalable and open nature of this technology. It utilises active Ethernet and passive optical networks (PON) to create and manage virtual networks. The underlying hardware is a mix of micro-optic multiplexers and communication interface devices.

Active Ethernet utilises Carrier Ethernet for data-centre-to-data-centre connections. It allows virtualisation of multiple networks over a single physical infrastructure. It is an ideal solution for mission-critical application as it provides extremely high performance levels with robust security support.

Passive Optical Networks utilise existing fibre cables to provide network access. PON is a very cost-effective solution as it uses existing environmental infrastructure and involves minimal disruption. It supports high data rates in a variety of network topologies providing great flexibility.

In addition to using active and passive technologies, ZL79124GDG also utilises optical switching technologies, such as wavelength-division multiplexing (WDM), wavelength-division multiple access (WDMA) and wavelength-selective switching (WSS). WDM is used in networks that require high bandwidths and low latency. WDMA is used for multiple access architectures, such as when multiple subscribers are sharing the same network. WSS is used to efficiently select specific wavelengths of light for transmission.

Finally, ZL79124GDG also utilises broadband digital routing to connect multiple data sources. This is used for applications like video streaming, voice over IP and other multimedia applications. It can support high-speed data rate transmissions with minimal interference caused by signal noise or external interference.

In conclusion, ZL79124GDG is a powerful interface-telecom technology that provides high data throughput and low latency in multiple network scenarios. It utilises a combination of active Ethernet, passive optical networks and optical switching technologies to provide a robust, flexible and cost-effective solution for various communication scenarios. Its modular, scalable and open nature allow maximum system performance and flexibility.

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