Paradox Engineering releases PE.AMI PLC Node for Smart Cities | Automation.com

Paradox Engineering releases PE.AMI PLC Node for Smart Cities

April 22, 2014 – Paradox Engineering releases PE.AMI PLC Node for smart lighting and Smart City infrastructures. It combines wireless and PLC in a single device leveraging the same IPv6/6LoWPAN network.

This allows clients to build effective bidirectional open standard based urban communication platforms, solving the dilemma between wireless and wired connectivity. Building urban networks for control and monitoring will not generate a dilemma between the two technologies anymore – exactly as it happens today with Internet, where wireless and wired connectivity coexist and do not depend on the availability of one solution.

PE.AMI consists of hardware (nodes, repeaters and gateways) and software components to implement a wireless full mesh self-configuring and self-healing network allowing the bidirectional transmission of data from/to any kinds of new or existing data generation device (meters, sensors, cameras, street luminaires, EV charging stations, etc.), therefore enabling smart data collection and smart management of urban services.

The PE.AMI PLC Node represents a further development of PE.AMI platform as it adds seamless PLC capabilities to the existing wireless network technologies. While still managing RF transmission, the hybrid node can also interface power lines and transfer data over the grid so to reach groups of end points where RF transmission might not represent the preferable way to reach the object to connect. Actually, the same 6LoWPAN protocol is leveraged both in wired and wireless communications. The PE.AMI PLC Node may successfully complement wireless communications in a variety of Smart City applications where PLC technologies are used, including smart lighting, electric metering, remote control and load management.

Key benefit for customers is the opportunity to trust a unified communication platform for all architectures where wireless connectivity may be less appropriate (ie. crossing buildings, underwater, metallic enclosures, etc.) or power-line communication may not be enough performing due to technical constraints (ie. imposing linear connections between nodes). Thus, clients and municipalities are no longer forced to choose between wired and wireless networks, but they may benefit of both technologies at the same time, in an integrated platform and a single component. The combination of the two data transmission technologies allows customers to develop a full mesh self-configuring and self-healing network, based on open standards and granting the highest levels of interoperability also over PLC.


 

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