Description
Fanvil WF20 WiFi Dongle Dubai
The Fanvil WF20 Dubai WiFi Dongle is an easy-to-use accessory that provides a reliable WiFi connection, enabling users to communicate, collaborate, and access documents seamlessly. This low-power, compact USB device is perfect for office environments, allowing IP phones to connect to wireless networks effortlessly. Ideal for small businesses, the plug-and-play WF20 offers an affordable, convenient, and reliable high-speed wireless connectivity solution.
Supported by a robust transmission rate of 150 Mbps, the Fanvil WF20 Dubai quickly establishes stable WiFi connections, enhancing communication, collaboration, and access to resources. It enables WiFi connectivity on compatible Fanvil IP phones, allowing flexible placement within the wireless network’s range. The WF20 supports the 802.11ac WiFi standard with backward compatibility, operating on both 2.4 GHz and 5 GHz networks to ensure stable VoIP communications.
Designed specifically for office IP phone connectivity, the Fanvil WF20 Dubai WiFi Dongle is an excellent networking solution, particularly for small businesses seeking cost-effective and reliable high-speed wireless networks. Its plug-and-play feature ensures seamless integration with Fanvil IP phones, including models like X5S, X6, X7C, X210, and X210i. The USB connectivity allows for safe and straightforward deployment, while compliance with IEEE802.11n, IEEE802.11b/g, and 802.11ac standards maximizes reliability and throughput. With a high transmission rate of 150 Mbps, the WF20 establishes WiFi connections quickly, offering an optimal user experience for communication, collaboration, and document access. Additionally, its low power consumption makes it environmentally friendly and economical.
Features
- High Transmission Rate
- Plug and Play
- Low Power Consumption
- For X5S/X6/X210/X210i, upgrade to the version of V1.10.10 or higher
- For X4U, X5U, X6U IP Phones
- For X7/X7C, upgrade to the version of V1.0.10 or higher
- WF20 is compliant with the IEEE802.11n, IEEE802.11b/g, and 802.11ac standards, maximizing reliability and throughput.