Wireless Router EDUP CF-WR617AC Gigabit Dual-Band Wi-Fi 802.11g Firewall
Boost your network's reach and stability with the EDUP CF-WR617AC Wireless Router. This device offers Gigabit dual-band Wi-Fi 802.11g connectivity, ensuring fast and reliable internet access throughout your home or office. The high-gain antennas are engineered to amplify your signal, reducing dead zones and improving overall coverage.
Equipped with a built-in firewall, the EDUP CF-WR617AC provides essential protection against unauthorized access and online threats. Designed as a wired router, it focuses on delivering a robust and secure network foundation, making it ideal for users who prioritize stability and performance over integrated modem capabilities.
This router supports Wi-Fi 802.11g standards and features Gigabit Ethernet ports for high-speed wired connections. Its package includes everything needed for setup, and its primary function is to act as a powerful network hub with advanced signal amplification and security features. Please note, this unit does not include modem functionality.
No, the EDUP CF-WR617AC is a wired router and does not have built-in modem functionality. It is designed to connect to an existing modem to expand your wireless network.
This router supports the Wi-Fi 802.11g standard, providing reliable wireless connectivity for your devices.
The high-gain antennas are designed to amplify the wireless signal, extending the range and improving the stability of your Wi-Fi network, especially in larger areas or areas with obstructions.
No, the EDUP CF-WR617AC is a wired wireless router and does not include modem functionality. It is designed to expand an existing network.
The router supports the Wi-Fi 802.11g standard, providing reliable wireless connectivity for compatible devices.
The high-gain antennas are designed to amplify the wireless signal, extending the range and improving the stability of your Wi-Fi network.
Yes, this is a wired router type, featuring Gigabit Ethernet ports for high-speed wired connections and overall network stability.