Simple, Fast and Rugged
For IIOT Connectivity
Why G.hn for industrial deployment?
What is the biggest challenge faced when implementing a high-speed communications network in an existing industrial site? Ripping up floors and tearing holes in walls to strip out all the old wiring to replace it with new cabling. It’s expensive, disruptive and time-consuming. Yet Industry 4.0/IIOT and automation demands increased monitoring and the collection of data. Wireless communication may not function in an electrically-noisy environment.
G.hn allows high speed transmission on existing cabling infra-structure: any wiring will do. It’s simple to install, rugged and high-performance.
What is G.hn?
G.hn was originally developed for home use. The Home Grid Forum says: “G.hn is defined to operate over any physical networking medium…such as coaxial cable, telephone wires, CAT5 cables, and powerline. G.hn even works over plastic optical fiber! G.hn means that a single technology interconnects any device…over any wire. G.hn systems can pass data at very high speeds, up to at least 1 Gb/s. G.hn provides (a) network that is secure from tampering or content theft while able to deliver any content anywhere…” (Source: https://homegridforum.org/g-hn-in-the-premises/)
Industrial users are now using G.hn for IIoT/Industry 4.0 implementations. All the benefits that were envisaged for home use – ease-of-installation, high speed, cost effectiveness, security, scalability – are even more applicable in the factory environment.
G.hn Enabling High Speed Connectivity for IoT
G.hn is opening up new opportunities within the Industrial sector, where low latency and reliable connectivity are vital to keep Machine-to-Machine communications and operations running smoothly. G.hn facilitates a robust essential time- and safety-critical infrastructure, with the ability for the network to self-heal. G.hn can be installed quickly and cost-effectively, working seamlessly through existing wiring. G.hn topologies provide the IIoT backbone network for high speed and multi-hop point to multipoint (P2MP) connectivity for up to 250 nodes.
PRODUCTS
I - SERIES - G.hn ENABLING HIGH SPEED CONNECTIVITY FOR IOT
G.hn is opening the door to new opportunities within the Industrial sector, low latency and reliable connectivity are vital to keep Machine – Machine communications and operations running smoothly. Without it, downtime or a degradation of service will be unavaoidable.
G.hn acts as essential time-critical and saftey-critical infrastructure, with its robust capabilities allowing for mission critical communications and the ability for the network to self-heal. It allows for fast installation and works seamlessly through existing wiring to provide the low latency connectivity upon which industrial applications rely. G.hn topologies provide the IIoT backbone network for high speed and multi-hop point to multipoint (P2MP) connectivity for up to 250 nodes.
SISO SINGLE CHANNEL G.hn PCB MODULE
The G.hn SISO PCB module is designed in the UK by MWave and optimised to allow cost effective implementation within a wide variety of environments. The G.hn module can be embedded in a wide range of products, IP cameras, alarm systems, fibre access solutions, EV charges etc. The SISO module provides 1.7Gbits/s throughput over existing wiring infrastructure: twisted pair; coax cable etc.
MWave’s G.hn SISO module utilises the 2-200MHz frequency range, and allows the user to customise carrier frequencies within this range to enable maximum flexibility and enable signals with different frequencies to co-exist on the same cables. The module utilises Maxlinear’s latest Wave-2 chipset and ships using tried and tested HN Spirit Firmware (Home Networking) which facilitates P2P (Point to Point) and MESH topology networks.
4-PORT PROGRAMMABLE ATTENUATOR WIDE FREQUENCY AND ATTENUATION RANGE
The MWave four-port attenuator is ideally suited to testing multi path communications channels (eg G.hn) under a wide range of attenuation scenarios, allowing different cable loss scenarios to be emulated.
With a wide frequency range (1MHz-6GHz) and an attenuation setpoint range of 10-120dB, the unit can be controlled via USB or ethernet and each channel can be individually programmed; alternatively, a group command can be used to set all 4 channels to the same setpoint simultaneously.
News
MWave manufacturing partner Shengyang Electronics joins HomeGrid Forum / G.hn expertise in industrial M2M and IoT applications welcomed
Posted on June 16th 2023
Industrial G.hn module from MWave enables high speed communications over pre-existing cabling infrastructure / Enables swift, cost-effective implementation of M2M and IIoT installations
Posted on June 16th 2023
MaxLinear Enables MWave’s Ultra-Flexible G.hn Module for Industrial Applications
Posted on June 16th 2023
Flexible industrial G.hn module from MWave gets HomeGrid Forum certification / Proven, reliable and cost-effective
Posted on June 16th 2023
About MWave Ltd
MWave is a UK-based SME headquartered in Aldermaston. Originally a consultancy specialising in the design and development of RF/Microwave circuits and full-product systems, the company is now producing its own products, beginning with the plug-and-play I – Series G.hn Industrial Module for IIoT installations.
MWave has long-standing partnerships with Maxlinear, a leading provider of radio frequency (RF), analogue, digital and mixed-signal integrated circuits for the connectivity and access, wired and wireless infrastructure, and industrial and multimarket applications; and Shengyang Electronics (China) –
manufacturing.
MWave is a member of the Home Grid Forum.
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