With the introduction of WiFi 6 in companies, there are new opportunities on site to get big data to its destination faster.
IDC predicts that global spending on digital transformation will total $ 6.8 trillion by 2023, so companies are spending on the digitalization of big data, analytics, Internet of Things, multimedia and all things digital.
In the course of digitization, companies have worked in hybrid environments that combine the cloud and internal processing and data. They have also expanded their consumption in the cloud of computing and storage; However, as WiFi 6 implementations increase, there are new information technologies. Implementation trends at work that use high data throughput in the company’s internal campus and office environments. This is likely to fuel a violent new wave of digital transformation that will require IT changes.
What exactly is Wi-Fi 6, and what makes it so transformative?
WiFi 6 is a new generation of WiFi that enables network routers to interact with many devices at the same time with a network throughput rate that is up to 400% higher than what businesses have today. Communication, within a company headquarters or in a branch or an internal factory. If WiFi 6 is used in a Manufacturing 4.0 environment, such as running the IoT for an enterprise plant, it can do so handily with a reduced data latency of as much as 75%.
This is great news for business and IT, but WiFi 6 also requires strategic, operational and investment adjustments from IT.
1. Company communications will continue to migrate away from voicemail, email and in-person meetings, and use more multimedia and visual presentations.
Why not when you have the data speed and performance to make great videos possible? On the IT side, however, this trend requires a strong support team behind video and conferencing to ensure these tools stay up and running. Required for networks and teams to support WiFi 6. Winning apps in the WiFi 6 environment include Microsoft Teams for collaboration, on-site conferences, and online videos and training.
2. We could see some movement away from cloud computing.
WiFi 6 is an on-prem technology that works in campuses, buildings, factories, and retail stores. and savings on internet spending. Moving to Wi-Fi 6 could see a relocation of more video content and big data to local, on-prem networks, with investments in Wi-Fi 6 upgrades being offset by cloud and internet spend savings.
3. Wi-Fi 6 will require network upgrades, investments and support.
WiFi-6 networks require device upgrades, but there are still legacy IT assets that cannot be upgraded and that IT must continue to support. IT should review its networks and staffing strategies. The campus configuration requires WiFi 6 to ensure WiFi 6 and non-WiFi 6 assets are consistently compatible.
4. There will be more real-time analytics and less data throttling.
Nowadays it is not uncommon to exclude incoming data from business analytics engines if it is not immediately relevant. This data limitation improves data performance and analysis response times. With WiFi 6, more data can be processed faster, that provides analysis users with a broader context of information that can improve the accuracy of the analysis results.
5. IT workflows will be more flexible.
WiFi 6 will enable more real-time computing, which will likely require IT to review its operational workflows for more real-time processing and fewer overnight and intraday batch jobs.
6. There will be more micro data centers.
WiFi 6 will enable remote sites, factories and retail outlets to have their own high-speed networks, which will transform the IT infrastructure, which is primarily oriented towards the edge, the central data center and the cloud. Instead, we could see more internal microcomputing centers in individual plants and facilities.
