WiFi 7 – All Features and Benefits

The Wi-Fi standard IEEE 802.11be (WiFi 7) is gradually becoming more widespread. Here we explain the improvements and the differences compared to WiFi 6.

What is WiFi 7?

WiFi 7 – officially called IEEE 802.11be – is the current Wi-Fi standard for wireless network connections. It enables theoretical speeds of up to 46 Gbps, but more importantly, it delivers a better user experience in environments with many parallel WiFi networks or numerous devices connected at the same time.

Since when has WiFi 7 been available?

WiFi 7 was introduced in early 2024. The number of devices supporting the standard is slowly increasing, making it more attractive for private users as well. This raises a central question: is it worth upgrading from WiFi 6?

WiFi 7 compared to WiFi 6

WiFi 6 (IEEE 802.11 ax) is still the more widespread standard, but in many areas, WiFi 7 surpasses it. Before diving into the details, here is an overview of the key new features:

	WiFi 7	WiFi 6
Maximum transfer rate	up to 46 Gbps	up to 9,6 Gbps
Maximum channel width	up to 320 MHz	up to 160 MHz
Modulation	4096-QAM-OFDMA	1024-QAM-OFDMA
Frequency bands	2,4 GHz, 5 GHz, 6 GHz	2,4 GHz, 5 GHz
MLO (Multi-Link Operation)	Yes	No
Preamble Puncturing	Yes	No

MLO (Multi-Link Operation): This feature is a real game changer. Previous WiFi standards allowed routers and devices to switch between the available frequency bands (2.4 GHz, 5 GHz, and most recently 6 GHz), but not to use them simultaneously. MLO makes this possible. This improves both data throughput and reliability. WiFi 7 connections therefore become faster and more stable.

Doubled channel width: A major increase in data capacity comes from the wider channels used in the 6 GHz frequency band. While WiFi 6 uses only 160 MHz per channel, WiFi 7 supports an impressive 320 MHz on three* channels. This doubled channel width enables more data to be transmitted at once. Bandwidth-hungry applications such as 4K streaming and networks in densely populated areas particularly benefit from this. *Due to regulatory restrictions, only one of these channels is available in Europe.

4096-QAM modulation (4K-QAM): QAM (Quadrature Amplitude Modulation) makes it possible to transmit data via radio waves in the first place. With WiFi 7, this technology is significantly improved. With 4K-QAM, WiFi-7 connections can transmit 12 bits per signal, resulting in a performance increase of around 20% at the same channel width. Put simply: WiFi 7 embeds more data into each signal.

Preamble Puncturing: If a channel is disturbed (for example by a neighboring network or weather radar), it often could not be used at all. Preamble Puncturing detects interference and uses the remaining usable portion of the channel. This increases the availability of wide channels and improves connection stability in congested environments.

In short: WiFi 7 is potentially faster and more stable than WiFi 6, transmits more data, and can reduce latency. Actual performance, as always with WLAN connections, depends on local conditions and the technical components involved. However, in several key areas, WiFi 7 represents a clear step forward.

Which devices support WiFi 7?

Since 2024, more and more hardware has been released that supports WiFi 7. Well-known examples include Apple iPhones starting from the iPhone 16 generation. Samsung Galaxy S smartphones also support the standard. The PlayStation 5 Pro is the first home console with WiFi 7. Many desktop PCs and laptops already support WiFi 7 or can be upgraded accordingly.

It is important to note, however, that not every device automatically benefits from all advantages of the new standard. For example, support does not necessarily mean that a device uses the full 320-MHz channel width. Even MLO is not guaranteed on every WiFi-7 router. Those who want to make full use of the potential when purchasing new hardware should check exactly which WiFi-7 features the device supports.

Is WiFi 7 backward compatible?

WiFi 7 is fully backward compatible. Consumers therefore take no risk when buying new devices. A new WiFi-7 router can still connect to all existing devices that do not support the standard, and a WiFi-7-capable device will also work with an older router.

Who should upgrade to WiFi 7?

Although WiFi 7 adoption is increasing, WiFi 5 and WiFi 6 are still far more common – and for everyday tasks such as working from home, streaming, and online gaming, they remain fully sufficient. There is no reason to upgrade a working WiFi setup just for the sake of upgrading.

Households with many active devices or those located in densely populated areas with many WiFi networks can, however, noticeably benefit from WiFi 7. Video streaming requires higher resolutions, modern games are more data-intensive, and at the same time more and more household devices need internet access. This increases the need for high bandwidth and stability in home networks. If WiFi performance is faltering, an upgrade may help. For long-term future-proofing, it is also advisable to look for WiFi-7 support whenever replacing individual devices.