RF Wi-Fi Modules

Wi-Fi versions	Maximum speeds	Frequency bands	Applications
Wi-Fi 4	600 Mbps	2.4 GHz and 5 GHz	Basic home and small office network needs, suitable for web browsing and video streaming.
Wi-Fi 5	6.9 Gbps	5 GHz	High-bandwidth applications like 4K video streaming, online gaming, and large file transfers. Suitable for medium to large offices and home environments.
Wi-Fi 6	9.6 Gbps	2.4 GHz and 5 GHz	High-density device environments such as smart homes, IoT devices, and enterprise networks. Ideal for scenarios with multiple devices simultaneously.
Wi-Fi 6E	9.6 Gbps	6 GHz	Environments needing higher bandwidth and less interference, such as VR/AR applications, 8K video streaming, and large-scale enterprise networks.
Wi-Fi 7	Over 30 Gbps	2.4 GHz, 5 GHz and 6 GHz	Future applications with high demands, including ultra-high-resolution video, low-latency interactive applications, smart cities, and large-scale industrial IoT networks.

What's MU-MIMO

MU-MIMO (Multi-User Multiple Input Multiple Output) is a significant innovation in Wi-Fi technology that markedly enhances network efficiency and performance. Here's a detailed explanation of MU-MIMO, including its working principles, advantages, and application scenarios :

Application Scenarios :

MU-MIMO technology is applicable in various high-demand and high-density scenarios :

Home Networks : In modern households, multiple devices like smartphones, tablets, TVs, and smart home devices often connect to the Wi-Fi network simultaneously. MU-MIMO ensures each device receives stable and high-speed connectivity.
Enterprise Networks : In office environments, MU-MIMO supports numerous employees connecting to the wireless network simultaneously, enhancing work efficiency and collaboration.
Public Places : In locations such as airports, cafes, and libraries, MU-MIMO technology helps provide efficient and stable wireless connections, meeting the needs of numerous users accessing the internet simultaneously.
Educational Environments : In schools and universities, MU-MIMO technology supports multiple student devices connecting to campus networks simultaneously, facilitating online learning and teaching activities.

Technological Development :

Since its introduction with Wi-Fi 5 (802.11ac), MU-MIMO technology has continued to evolve and improve :

Wi-Fi 5 : Introduced downlink MU-MIMO technology, enabling routers to transmit data simultaneously to multiple devices.
Wi-Fi 6 : Further improved MU-MIMO technology, supporting both uplink and downlink MU-MIMO, while enhancing the number of supported devices and communication efficiency.
Wi-Fi 7 : Expected to achieve greater breakthroughs in MU-MIMO technology, further enhancing the capability and efficiency of simultaneous communication across multiple devices.

Wi-Fi 7

Wi-Fi 6/6e

Wi-Fi 5

Wi-Fi 4

Wi-Fi 7

Wi-Fi 6/6e

Wi-Fi 5

Wi-Fi 4

Wi-Fi 7

Half Mini PCIe

Key Features :

Wi-Fi 7
BT 5.3
Mini PCIe (Half)
2T2R

Frequency :

2412~2496 MHz
5150~5850 MHz
5925~7125 MHz

Full Mini PEIe

Key Features :

Wi-Fi 7
BT 5.3
Mini PCIe (Full)
2T2R

Frequency :

2412~2496 MHz
5150~5850 MHz
5925~7125 MHz

M.2

Key Features :

Wi-Fi 7
BT 5.3
M.2 (2230)
2T2R

Frequency :

2412~2496 MHz
5150~5850 MHz
5925~7125 MHz

Wi-Fi 6/6e

Mini PCIe

Key Features :

Wi-Fi 6/6e
BT 5.2
Half Mini PCIe
2T2R

Frequency :

2412~2496 MHz
5150~5850 MHz
5925~7125 MHz

M.2

Key Features :

Wi-Fi 6/6e
BT 5.2
M.2 (2230)
2T2R

Frequency :

2412~2496 MHz
5150~5850 MHz
5925~7125 MHz

USB Type-A

Key Features :

Wi-Fi 6/6e
BT 5.2
USB Type-A
2T2R

Frequency :

2412~2496 MHz
5150~5850 MHz
5925~7125 MHz

Pin Wafer

Key Features :

Wi-Fi 6/6e
BT 5.2
Pin Wafer/Header
2T2R

Frequency :

2412~2496 MHz
5150~5850 MHz
5925~7125 MHz

USB Dongle

Key Features :

Wi-Fi 6/6e
BT 5.2
Wi-Fi USB Dongle
2T2R

Frequency :

2412~2496 MHz
5150~5850 MHz
5925~7125 MHz