* The VigorAP 805 Wi-Fi Mesh can only be set up with another VigorAP 805, VigorAP 905, VigorAP 1062C, VigorAP 962C or ax Wi-Fi routers such as Vigor2135ax, Vigor2136ax, 2765ax, 2766ax, 2865ax, 2866ax, 2927ax and Vigor C510ax

Experience seamless, high-speed connectivity with the DrayTek VigorAP 805, a dual-band Wi Fi 6 access point designed for superior performance and efficiency. Offering AX3000 speeds with 600Mbps on 2.4GHz and 2400Mbps on 5GHz, this sleek, desktop-friendly AP supports up to 256 concurrent clients, making it ideal for high-density environments.

With Wi-Fi Mesh support and an intuitive physical Mesh button, setting up a reliable, self-healing wireless network has never been easier. Advanced roaming protocols (802.11r/k/v) ensure smooth transitions between APs, eliminating dropped connections and solving sticky client issues for uninterrupted performance.

Built with dual LAN ports (1GbE & 2.5GbE Ethernet) for high-speed wired backhaul, the VigorAP 805 integrates effortlessly into business and home networks. Centralised management is available via VigorACS, VigorConnect, or DrayTek Wireless App, offering zero-touch deployment, monitoring, and remote maintenance.

Featuring band steering, airtime fairness, and security-focused MAC filtering, the VigorAP 805 is the perfect solution for businesses and homes seeking fast, efficient, and easily managed Wi-Fi.

Notification Service

DrayOS 5 introduces push notification support for the VigorAP 805 and other DrayOS 5-based access points. When paired with the DrayTek Wireless app (v1.3.3 or later), network administrators can receive real-time alerts for critical events, such as client disconnections, mesh node offline status, and login attempts. This feature allows IT admins to stay informed and respond quickly to network changes directly from their mobile devices.

Streamlined Wireless LAN Configuration

DrayOS 5 introduces a simplified and more intuitive approach to wireless network setup. In contrast to DrayOS 4—where administrators had to navigate multiple pages to configure SSID, radio settings, roaming, and other options—DrayOS 5 consolidates all wireless settings into a single, centralised interface.

Now, from Configuration > Wireless LAN, administrators can manage all wireless parameters in one place, significantly improving efficiency and ensuring a smoother, more user-friendly configuration experience.

Comprehensive Client Monitoring

DrayOS 5 enhances client monitoring by consolidating all wireless client data into a single, easy-to-access interface. Previously, client information was separated between 2.4GHz and 5GHz views. Now, under Monitoring > Client List, administrators can view a complete overview of all connected devices—regardless of band—in one unified location.

This streamlined design simplifies network management, providing clearer insights into client connections, activity, and usage in real time.

OFDMA (Orthogonal Frequency Division Multiple Access)

With OFDMA modulation scheme, each channel is made up of 256 subcarriers spaced 78.125 kHz apart, compared to 64 subcarriers spaced 312.5 kHz apart with OFDM. With up to 4 times data efficiency and more advanced channel sharing technologies, a device can be allotted bandwidth based on the assessed needs for the highest airtime efficiency possible. For example, users on streaming or VoIP services can be allocated more bandwidth and time, while services such as email or website browsing can be assigned less bandwidth that is still sufficient for the tasks, thus improving user experience in high-density environments.

BSS Colouring is a technique that improves the coexistence of overlapping Basic Service Sets (BSS) and enables more efficient spatial reuse on the same channel. In simple terms, it helps reduce co-channel interference, a common issue in legacy Wi-Fi networks, by allowing devices to distinguish more effectively between their own network and neighbouring networks operating on the same frequency.

TWT (Target wake time)
Devices negotiate with the AP for a Target Wake Time (TWT), or joint a TWT broadcast session, and transmit data only when the TWT arrives, thereby reducing power consumption and increase network efficiency.