Internal WLAN Intel Wi-Fi 6E AX411

The Internal WLAN Intel Wi‑Fi 6E AX411 is an M.2 internal wireless network card that supports the Wi‑Fi 6E (802.11ax) standard and delivers a maximum data transfer rate of 2400 Mbit/s. With a 2x2 antenna configuration and support for modern multi-user modulation schemes such as OFDMA, the card is designed to provide reliable wireless connectivity and improved throughput in dense network environments.

Advantages

The Intel Wi‑Fi 6E AX411 offers high throughput up to 2400 Mbit/s, a 2x2 antenna design for stable connections, compatibility with the Wi‑Fi 6E (802.11ax) standard for operation in the 6 GHz band where supported, and an M.2 host interface for easy installation in compatible devices. The card's support for OFDMA enables efficient simultaneous low-data-rate transmission from multiple users, improving performance in congested networks.

Suitable for

• Upgrading laptops or small form-factor desktops with an M.2 WLAN slot
• Users needing higher wireless throughput for streaming, conferencing, or large file transfers
• Environments with many connected devices where improved multi-user handling is required

Key specifications

• Standard: Wi‑Fi 6E (802.11ax)
• Maximum data transfer rate: 2400 Mbit/s
• Antenna configuration: 2x2
• Host interface: M.2
• Connectivity technology: Wireless (WLAN)
• Weight: 0.0028 kg
• Manufacturer: INTEL, MPN: AX411.NGWG

How to use

Install the Intel Wi‑Fi 6E AX411 into a compatible M.2 WLAN slot on your laptop or desktop motherboard following the device manufacturer's instructions. After physical installation, install the appropriate drivers for your operating system—either from the system vendor or Intel's support site—and configure the wireless network settings to connect to your SSID. Ensure antenna cables (if required by the host device) are connected according to the host's documentation.

Recommendations

For best performance, use the card in devices with driver support for Wi‑Fi 6E and in networks that provide 6 GHz band access where available. Keep drivers and firmware up to date and place the device in an environment with minimal physical obstructions to maximize throughput and signal stability.