LE79R79-1DJC

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The LE79R79-1DJC is an interface board that integrates a variety of features and technologies to enable communication interface solutions. It provides a wide variety of telecom transmission solutions with low power consumption and data throughput. With the high-speed transmission capability and its flexibility to interface with other types of communication systems, the LE79R79-1DJC is widely used in the telecommunications industry.

Application Fields:

The LE79R79-1DJC is suitable for many different interfacing situations and applications. It is widely used as an access port for long-distance/broadband WAN/LAN integration, including wireless networks and optical fiber implementation for a variety of digital communication networks. Other application fields include offices or organizations with a great number of terminals or users, such as private telephone systems, PBXs, VoIP, cellular and IP-based networks. Additionally, LE79R79-1DJC can be applied to building automation, metering solutions and industrial control systems.

Working Principle:

The board features an efficient 32-bit ARM Cortex-M4 processor, and on-chip memory with an integrated 10/100/1000 Ethernet transceiver. This provides serve as the foundation of the communications protocol stack which takes care of the transmission of various telecom-related signals. The communications protocol stack is capable of transferring Ethernet, TDM, WaveLAN, T1/E1, BRI, DSL, VOIP, and PSTN systems, offering a highly reliable, low power solution for all types of telecom networks. Additionally, the board incorporates a variety of radio interfaces such as GMSK, GFSK, and CDMA for communication between different geographical locations and for supporting digital cellular services.

In addition to its excellent communication capabilities, the LE79R79-1DJC also includes a abundant peripheral interfaces such as Smart Card, USB 2.0, UARTs, GPIO and audio Codecs. These interfaces enable the board to interact directly with external communication devices and enable communication between various systems and external drive/data storage. The board support a range of operating systems, including Linux and Windows. This allows it to be seamlessly integrated into complex and disparate communication architectures with ease.

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