Cost-saving solution with lots of potential
G.hn technology expands network range and speed by extending the physical limitations of Ethernet transmission. This enables distances of up to 1000 meters over simple 2-wire cables at a maximum data rate of 1 Gbps. This technology is beneficial for industrial applications, such as computers, automation controllers, surveillance cameras, traffic regulators, building automation, and household appliances. It provides longer communication paths and a more simplified cabling structure.
High data rate and good transmission quality
G.hn, or Gigabit Home Networks, is a carrier frequency method originally designed for home networks. It offers high data rates and good transmission quality on every line. It can adapt to existing line attenuation. Moreover, it can bridge cable lengths up to 1000 meters, This value exceeds the standard Ethernet range by a factor of 10. G.hn offers greater flexibility for retrofitting systems and simplifies network structure, allowing complex topologies to be implemented even with passive connections. Thanks to these benefits, the end result is a standard that will become more important in future industrial, infrastructure, and IoT applications.
Further use of the existing cabling
Phoenix Contact’s new Gigabit Ethernet extender product family allows users to convert Ethernet communication to G.hn communication. This reduces effort and costs. The technology allows for the use of various transmission media, such as twisted pairs, coaxial conductors, or unused power cables, making it a cost-saving alternative to fiber-optic cables for Ethernet connections exceeding 100 meters.
Especially suitable for video surveillance systems
G.hn technology is ideal for applications with high data volumes, such as those found in video surveillance systems due to its bandwidth and transmission distance. It can integrate remote cameras with high bandwidth requirements into the network, reducing the distance between cameras and network components. This technology replaces analog cameras with IP cameras. Consequently, allowing existing cabling to be used and maintaining high video image resolution without sacrificing resolution.
Easy plug-and-play installation
G.hn, a technology that distinguishes itself from other technologies like SHDSL, VDSL, and SPE, describes both the physical layer (first layer) and data layers (second layer) of a network. This way, G.hn opens up the option to build and manage more complex network topologies. Phoenix Contact’s Gigabit Ethernet extenders allow you to interconnect network devices in various topologies, including line, star, and tree structures. They can manage up to 15 devices, which do not require any settings to be made, However, users should note that the maximum data rate of 1 Gbps may decrease as the number of extenders increases.
Find out more about Gigabit Ethernet extenders.
