The I9 is a wireless access point specially designed by Tenda for indoor environments such as offices, bars, and coffee shops. It operates on the 2.4GHz band, with a wireless rate of up to 300Mbps. Equipped with two high-gain, omnidirectional MIMO antennas, it provides strong Wi-Fi signal penetration and extensive coverage.
The device features a built-in power adjustment mode, allowing users to modify the transmission power based on the actual environment. It utilizes the standard 802.3af PoE power supply, enabling long-distance network power delivery without altering the existing power setup. With its simple design, the I9 can be easily installed directly on walls or ceilings without impacting the original building structure. It also supports Tenda’s entire range of wireless controllers for effective management and deployment.
The I9 delivers stable and fast wireless coverage for budget hotels, small and medium enterprises, and various consumer locations. It incorporates advanced chip technology, high-performance memory, and a robust CPU to ensure wireless network stability. By employing 2X2 MIMO technology and two high-gain omnidirectional antennas, it significantly enhances both wireless speed and coverage.
The device utilizes radio frequency coverage optimization technology to improve signal strength and penetrating power. It successfully provides seamless coverage with no dead zones, stabilizing connectivity across 4-6 hotel rooms within a 300 square meter area, as confirmed by tests in multiple hotels.
Additionally, the I9 features multiple anti-interference technologies that automatically select the optimal channel, reducing same-frequency and other electromagnetic interferences, thereby enhancing the quality of the wireless signal and stabilizing the network connection.
Unlike other products that rely solely on a single power supply, the I9 supports both PoE and DC power supply modes, allowing users to select based on their specific circumstances. This flexibility simplifies deployment and construction.
The I9 supports hollow scheduling and limits access for weak signal terminals. It intelligently allocates wireless resources, preventing low-rate users from monopolizing bandwidth, which increases the overall wireless network speed. It can adjust access thresholds for low signal terminals, ensuring that only strong signals connect, thus enhancing network speeds.
Furthermore, it features a multi-SSID design that supports VLANs and SSID binding. This functionality distinguishes access rights for internet and data connection based on different SSIDs, thereby protecting network data security.
The I9 also enables centralized management through wireless controllers, automatically detecting and recognizing access points without manual input. In a wireless network, a single wireless controller can manage all access points, providing real-time monitoring of the entire network's operation.
