Overview
WiFi is surely one of the most popular as well as extensive technologies aimed at furnishing quicker and reliable connections. With the birth of the latest generation WiFi connectivity technology, WiFi 6.0, there has occurred a transformation in how we interact and reshape the employment of smart devices for better communication. Moreover, WiFi 6 also offers greater fidelity with the most comprehensive security while also supporting different devices compared to any other generation.
Introduction
WiFi 6 has achieved its element through the latest technical upgrades backed by a faster download and upload rate, more lasting battery life, the capacity to connect several end devices, and enhanced security. This all sums it up to stand capable of serving the Industrial Internet of Things (IIoT) in all unrelenting conditions where WiFi has historically been deemed unfit.
But what’s so superior in the WiFi 6 that makes it capable of serving the IIoT like never before!? Here are a few points to be considered as the new advanced capabilities of WiFi 6.0.
OFDMA:
OFDMA means Orthogonal Frequency Division Multiple Access offers for the facility of shared channels. This helps improve the network efficiency while also lowering latency for uplinking and downlinking traffic in high-demand environments.
MU-MIMO:
MU-MIMO stands for Multi-user – Multiple Input Numerous Outputs. It not only expedites a good amount of downlink data to be conveyed but also allows an access point to broadcast data to a larger number of devices synchronously.
1024-QAM:
The term stands for 1024 Quadrature Amplitude Modulation Mode. It provides for improved out turn via encoding added data in the equivalent spectrum.
160 MHz Channels:
This aspect suggests that WiFI 6 comes with an extended bandwidth remitting more transcendent performance with low latency.
TWT:
TWT stands for Target Wake Time. This feature allows WiFi 6.0 to foster enhanced battery life in both WiFi and IoT-driven devices.
WiFi 6 as a boon for Industrial IoT
Find out how WiFi 6 proves a boon for industries like healthcare, logistics, mining, oil/gas plants, agriculture, and manufacturing units installed with HMIs-PLC-SCADA…
Robust Communication Capabilities:
Industrial setups are usually occupied in producing various products depending on the number of merchants for a particular production. Such a situation implies a data-flooded network, wherein WiFi 6 could efficiently perform the transfer.
As mentioned earlier, WiFi 6 displays a potential feature of OFDMA management, accompanied by centralized devices. This aspect allows it to accumulate data across multiple stations concurrently by acquiring the payloads from dedicated pre-negotiated heterogeneously classified subcarrier courses with the decreased preamble expense.
Packed with the Performance of Power:
IIoT device application, right from small payloads to video surveillance to real-time data capturing and more, calls for a power-efficient conversation for prolonging the device’s durability over the years. WiFi 6’s capability of beamforming and TWT allows for an extension of the range of your operation with only minimal power consumption.
The Powerhouse of Scalability:
The IIoT domain demands continuous monitoring of critical machinery. But this task is not as easy as it sounds. Critical machine monitoring must occur within designated operational protocol deadlines like operation temperature, strongest current license, oxidation influence, etc. This is where WiFi 6 comes into the light – it supports continuous monitoring and data collection processes with various assigned sensors per machine base. WiFi 6 executes this task by scaling up data management from added sensors together while also managing the consistent data rate per device.
Decked with Reliability Aspect:
IIoT revolves around ongoing and seamless communication. But, collecting and processing data on a stable basis from across the sensors, and that too for different equipment, drives towards early wreckage in a whole system.
But with WiFi 6 that allows for the OFDMA facility, the IIoT domain is saved from missing any single event from the different sensors with any shorter subcarrier width. It aids by enabling businesses to manage tailor-made and diverse weighted payload from multiple equipment employing only a single transmit opportunity.
Secured with Safety:
The industrial setups with large productions would keep more design drafts which would carry great value to be kept confidential to the core. This basic need calls for safe and secure data exchange between the communicators. WiFi 6 developed under continuous safety improvement, hence makes an ideal choice as a theft proof network.
Conclusion
WiFi has been a sure-shot application for years, be it the residential landscape or the enterprise setting. This nature of WiFi adoption owes its presence to an economical broadband wireless network capable of sustaining multiple users with internet connectivity and low-cost communications. Additionally, with the advent of WiFi 6, the high-points like volume, latency, security, reliability, and likewise crucial for machine-to-machine applications in industrial environments. For a technology so invaluable and cost-effective, join hands with Teksun’s industry experts and harness its value.
