(LANs) which are in turn connected to IIoT endpoint devices through common industrial interfaces, including Ethernet, RS-485/232, and USB. New research recently released by HomeGrid Forum has proven G.hn can help such industrial networks overcome traditional digitalization challenges by ensuring reliable connectivity and maintaining the functionality of existing infrastructure. 

Key benefits of the G.hn for IIoT applications include:

Increased network reliability

Within IIoT and smart city networks, data is transmitted from various sources and devices to central control systems, where it is processed and analyzed. G.hn technology provides this highly reliable and secure data communication channel that ensures the accurate and timely transmission of the data.

Enhanced network efficiency

Data communication must be fast and efficient to support real-time decision-making. Through its ability to offer high-speed data transmission, G.hn makes it possible to process and analyze the data in real-time. This results in enhanced network efficiency and enables faster, more accurate decision-making.

Easy deployment and scalability

As G.hn uses existing wiring within the network, it eliminates the need for new cabling and reduces installation costs. Furthermore, G.hn networks are highly scalable, allowing them to accommodate growth and changing network requirements as they evolve over time, which is particularly relevant to IIoT and smart city networks.

Interoperability and compatibility

G.hn systems are tested and certified for interoperability and compliance with the ITU-T standard. This means that G.hn networks can be easily integrated into existing IIoT and smart city networks, improving overall system performance and functionality.

High security

Data transmitted over IIoT and smart city networks can be sensitive and critical. G.hn technology provides robust encryption and authentication mechanisms to ensure the privacy and security of the data transmitted over the network with protection against unauthorized access and tampering.

A well-suited match for a range of IoT use cases

The recent work revealed by HomeGrid Forum’s IIoT Task Force states that G.hn is well-suited for a range of IIoT networks including smart lighting control, smart elevators, smart traffic lights, charging stations, industrial plants, airport navigation systems, and fire alarms, among others. The list of industrial IoT use cases covers building and cities automation, factory automation, transportation, and energy-focused case studies. Proving suitable in both brownfield and greenfield scenarios, the use of G.hn means the functionality of existing installations can be easily extended, allowing them to reliably transport multi-gigabit-per-second Internet protocol (IP) data on any existing wire. G.hn stands out by providing secure, low latency, high speed, real-time connection for environmental sensors and video surveillance operations. Combining