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In the current day, Network will continue to play a pivotal role in delivering new digital experiences to customers, employees, and guests. But increased network complexity, aging hardware, and rising TCO will hinder businesses outcomes. Better development of enterprises will require the support of more advanced network technologies.
Wi-Fi 6, also known as 802.11ax, expands on the 802.11ac standard. Wi-Fi 6 provides increased speed, flexibility, and scalability. WiFi 6 is the sixth generation of wireless communication technology, also called 802.11ax, but the previous 802.11xx name is more complicated, and the IEEE Standards Association changed it to a simpler form that is easier to understand.
Why would you choose Wi-Fi 6 over other networks?
The demand for wireless access is dramatically increasing, and the number and variety of devices and applications continue to grow. Wi-Fi 6 helps accommodate the growing number of mobile and IoT devices by increasing network efficiency and speed to better meet IT and business requirements.
Compared with WiFi 5, WiFi 6 has some major advantages:The first is speed. The theoretical maximum data throughput of WiFi 6 is 9.6 Gbps (1.2 GB/s), while WiFi 5 has a theoretical maximum of 6.9 Gbps, which is an increase of more than 40%.Secondly, the core technology of WiFi 6 is the introduction of MU-MIMO (multi-user-multiple input multiple output), so that one base station can serve multiple mobile terminals at the same time, which means that when a large number of devices are connected to the network, the problem of network congestion Can be relieved.The second core technology is OFDMA (Spatial Multiplexing), which can send and receive data to multiple devices at once. In the past, FDMA was transmitted to multiple devices in sequence, and each transmission occupies all frequency bands, which means that the devices in the rear have to wait until WiFi 5 is like this, which is extremely wasteful of resources. OFDMA continues to subdivide the frequency band, allowing different devices to transmit data at the same time, no longer waiting in line, and making full use of resources.
Wi-Fi 6 also provides these features:
- Multi-user multiple input, multiple output (multi-user MIMO) allows more downlink data to be transferred at one time, enabling access points (APs) to concurrently handle more devices.
- Target Wake Time (TWT) significantly improves network efficiency and device battery life, including IoT devices.
- IoT handling operating mode for low-power, low-bandwidth devices like sensors, automation, and medical devices.
- WPA3 and Enhance Open to strengthen user privacy in open networks, simplify configuring security for headless IoT devices, and add higher levels of security to meet government, defense and industrial requirements.
Wi-Fi 6 Solutions of Top Brands
HPE Aruba WiFi 6 Access Points
| Access Point Type | Items Series | Model |
| Indoor | 550 Series | JZ356A |
| 530 Series | JZ336A | |
| 510 Series | Q9H62A Q9H57A | |
| 500 Series | R2H22A R2H28A | |
| Outdoor/Ruggedized | 560 Series | R4W43A |
| Remote | 500H Series | R3V46A |
Ruckus WiFi 6 Access Points
| Access Point Type | Items Series | Model |
| Indoor | R550 series | 901-R550-WW00 |
| R650 series | 901-R650-WW00 | |
| R730 series | 901-R730-WW00 | |
| R750 series | 901-R750-WW00 | |
| R850 series | 901-R850-WW00 |
Extreme WiFi 6 Access Points
| Access Point Type | Items Series | Model |
| Indoor | ExtremeWireless AP310E | AP310E-WR |
| ExtremeMobility AP305C | AP305C-WR | |
| ExtremeMobility AP510i | AP510I-WR | |
| ExtremeMobility AP505i | AP505I-WR |
Cisco WiFi 6 Access Points
| Access Point Type | Items Series | Model |
| Indoor | 9115AX Series | C9115AXI-H |
| Indoor | 9130AX Series | C9130AXE-H C9130AXI-H |
| Indoor | 9117AX Series | C9117AXI-H |
| Indoor | 9120AX Series | C9120AXE-H |
