Device for realizing network fusion and its method

Abstract

The invention provides a device to realize network merge, which comprises: a data transceiver unit connected with Ethernet to receive and transmit data frame, a first data conversion unit to convert the Ethernet data frame into quasi-synchronous digital-architecture data frame then synchronous digital-architecture data frame to send to OTN and convert the data frame received in OTN into quasi-synchronous format then Ethernet data frame, a data transmission unit to transmit the Ethernet data frame received by transceiver to opposite the first data conversion unit or Ethernet data frame converted by the first conversion unit to opposite transceiver unit for send. It also provides a opposite method. This invention can save port resource of MSTP and investment.

Description

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AI Technical Summary

Benefits of technology

This patented system allows companies or organizations to integrate their networks with other systems without having to purchase expensive hardware devices at each site. It uses an integrated gateway (GW) module called Data Forwarder), which acts like two separate components - One component carries incoming EtherNet/PDH frame(s). Another component helps send back EtherNET/SDH signals carrying data between different locations within the company's main building. By doing this, these technologies allow businesses to access both local area networking capabilities while reducing cost compared to purchasing more specialized hardware solutions such as servers.

Problems solved by technology

This patented describes two types of technologies called Eospex Technology Platform (ETOP). These techniques involve converting EtherNET signals onto Fast Packets (Fast Path Interchange Over Transport Partnership Pass Interface Express Adaptation Group (IEEE 802.) Signaling Units (ISUA)). However, they require complex hardware configurations due to their own unique characteristics like enabling both serialization and mulitplexed networking functions. Additionally, while some conventional systems allow for single host configuration without considering all possible combinations, they lack flexibility and scalability when supporting more than one protocols concurrently.

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