{"id":46540,"date":"2023-11-27T16:31:10","date_gmt":"2023-11-27T15:31:10","guid":{"rendered":"https:\/\/www.itaf.eu\/?p=46540"},"modified":"2026-04-22T14:54:15","modified_gmt":"2026-04-22T12:54:15","slug":"reasons-to-upgrade-from-wifi-5-to-wifi6","status":"publish","type":"post","link":"https:\/\/www.itaf.eu\/en\/reasons-to-upgrade-from-wifi-5-to-wifi6\/","title":{"rendered":"Reasons to upgrade from WiFi5 to WiFi6"},"content":{"rendered":"

The evolution of wireless connectivity stands as a testament to our need for faster and more reliable networks, especially for business purposes. The introduction of WiFi6 marks a significant milestone and as a connectivity solutions provider, we understand the importance of staying up to date. That’s why we are thrilled to offer our customers the benefits of WiFi 6 over its predecessor, WiFi5.<\/p>\n

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What Is the Core Reason to Upgrade from WiFi 5 to WiFi 6?<\/h2>\n

WiFi 6 delivers at least 40% higher peak data speeds for a single client device compared to WiFi 5, improves average throughput per user by at least four times in dense environments, and increases overall network efficiency by more than four times. For businesses with many connected devices or real-time application demands, these differences have a direct impact on network reliability and productivity.<\/p>\n

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What Is WiFi 6 and How Does It Differ from WiFi 5?<\/h3>\n

WiFi 6 is the sixth generation of wireless networking technology. It is used when an organization needs faster data transfer speeds, better performance in environments with many simultaneously connected devices, and more energy-efficient connectivity than WiFi 5 provides.<\/p>\n

WiFi 5 is the previous generation of wireless networking. It remains functional but does not offer the same throughput, efficiency, or device density handling as WiFi 6.<\/p>\n

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What Speed Improvements Does WiFi 6 Offer Over WiFi 5?<\/h3>\n

How Much Faster Is WiFi 6 for a Single Device?<\/h4>\n

WiFi 6 delivers at least 40% higher peak data rates for a single client device compared to WiFi 5. In practical terms, this means faster file downloads, smoother video streaming, and a more responsive online experience for each connected user.<\/p>\n

Practical example:<\/strong> An architecture firm where employees regularly transfer large CAD or 3D model files over the wireless network would see a direct reduction in transfer times when moving from WiFi 5 to WiFi 6 access points.<\/p>\n

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How Does WiFi 6 Perform in Dense Environments With Many Devices?<\/h4>\n

In environments where many devices connect simultaneously – such as open-plan offices, meeting rooms, or event spaces. WiFi 6 improves average throughput per user by at least four times compared to WiFi 5.<\/p>\n

Dense wireless environment performance is relevant when a business has a high number of devices per access point: laptops, phones, tablets, printers, IoT sensors, and video conferencing equipment all competing for bandwidth at the same time.<\/p>\n

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How Does WiFi 6 Improve Network Efficiency?<\/h3>\n

WiFi 6 increases network efficiency by more than four times compared to WiFi 5. Network efficiency in this context refers to how effectively data is transferred across the wireless network. Optimizing the use of available bandwidth, reducing latency, and improving overall performance.<\/p>\n

This improvement is particularly relevant for applications that require real-time responsiveness, such as video conferencing, VoIP<\/a> calls, or cloud<\/a>-based software used during live client presentations.<\/p>\n

Practical example:<\/strong> A company running Microsoft<\/a> Teams calls across a shared WiFi 5 network often experiences audio drops or video degradation when multiple meetings run simultaneously. Upgrading to WiFi 6 reduces latency and improves throughput per device, making concurrent calls more stable.<\/p>\n

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How Does WiFi 6 Affect Battery Life on Connected Devices?<\/h3>\n

WiFi 6 is designed to be more energy-efficient than WiFi 5. This means that devices connected to a WiFi 6 network – such as smartphones, tablets, and laptops – maintain their connection while consuming less battery power.<\/p>\n

Energy efficiency in WiFi 6 is used when an organization wants to extend the operational battery life of mobile devices, particularly for employees who work away from their desks or travel frequently and rely on portable devices throughout the day.<\/p>\n

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What Does a WiFi 6 Deployment Look Like in Practice?<\/h2>\n

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What Hardware Is Used for WiFi 6 Access Points?<\/h4>\n

A WiFi 6 access point is a network device that provides wireless connectivity to client devices. The quality and placement of access points directly determine the coverage and performance of the wireless network.<\/p>\n

An example of WiFi 6 hardware used in deployments is the Cisco 9105 AXI access point, which is built to handle the increased demands of modern wireless networks.<\/p>\n

What Is a Wireless Site Survey and When Is It Used?<\/h4>\n

A wireless site survey is a physical measurement of a location to determine the optimal placement of access points. It is used before deploying a wireless network to ensure that coverage and performance meet the specific requirements of the environment.<\/p>\n

Site surveys are especially relevant in larger or more complex spaces – such as multi-floor office buildings or facilities with physical obstacles – where access point placement has a significant impact on network quality.<\/p>\n

What Does a Managed WiFi 6 Service Include?<\/h4>\n

A managed WiFi service is a model in which the provider handles ongoing monitoring, configuration, and maintenance of the wireless network infrastructure on behalf of the client organization.<\/p>\n

Based on the original article, a managed WiFi 6 service includes full monitoring, seat licenses on wireless controllers, and configuration backups with security patching – grouped under a 12 MRC (Monthly Recurring Cost) article for access points.<\/p>\n

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What Authentication and Security Features Are Retained When Upgrading to WiFi 6?<\/h2>\n

Upgrading from WiFi 5 to WiFi 6 does not require changing existing authentication methods. The following remain available after the transition:<\/p>\n