Z8102AX-M2-T is a 5G/4G+WiFi6 CPE router, which can access the Internet through 5G/4G mobile communication dial-up or 1000Mbps WAN port, and then share the Internet network through wireless WiFi 6 and 1000Mbps wired LAN.

Elevate Your Connectivity with the AX3000 Dual Sim WiFi 6 5G CPE

Discover the ultimate in-home and office connectivity with the AX3000 Dual Sim Dual Module Dual Band WiFi 6 5G CPE. Featuring a powerful ARM Cortex-A53 dual-core CPU with a 1.3GHz frequency and 1GB of RAM, this router is designed to handle the most demanding internet tasks with ease. Access the internet via 5G/4G mobile communication or a 1000Mbps WAN port, and enjoy unparalleled speed and reliability with WiFi 6 and 1000Mbps wired LAN. Perfect for streaming, gaming, and managing smart home devices, the Z8102AX-M2-T ensures you stay connected, no matter what.

Superior Speed and Performance with WiFi 6 Technology

Step into the future with the latest WiFi 6 technology, offering blistering speeds and enhanced performance. The AX3000 supports dual-band frequencies of 2.4 GHz and 5.8 GHz, delivering impressive signal rates of 600Mbps and 2400Mbps, respectively. With 13 detachable high-gain antennas, this router provides extensive coverage and supports up to 128 clients simultaneously. Whether you're in a bustling office or a busy household, every device gets fast, stable, and secure internet access, ensuring seamless connectivity for all.

Robust Security and Advanced Features for Total Control

Maintain a secure and efficient network with the advanced features of the AX3000. This router supports WPA/WPA2 and WPA-PSK wireless security standards, ensuring your data remains protected. Enjoy the flexibility of channel and power adjustment, parental controls, SSID hiding, and blacklisting. With cloud management capabilities, NTP, DHCP, and VPN support, you have all the tools needed for comprehensive network management. The WAN failover feature guarantees continuous internet connectivity, even if one connection fails, making it ideal for critical applications and high-reliability environments.

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