DrayTek VigorAP 1062C Mesh Wireless Access Point
The VigorAP 1062C is a high-performance ceiling or wall-mounted Mesh Wireless Access Point designed for fast, secure, and efficient wireless networking. It delivers up to 6Gbps dual-band wireless performance and up to 2.5Gb Ethernet connectivity, ideal for demanding environments.
Ultra-Fast Wi-Fi 6 Performance
Experience high-speed connectivity with this AX access point, offering a combined wireless speed of up to 6000Mbps. It is well-suited to businesses that need efficient networks for intensive applications such as:
- Video conferencing
- Gaming
- Large file transfers
Advanced WPA3 Wireless Security
Protect your network with strong, modern encryption standards:
- Supports WPA3-Personal and 802.1x Enterprise
- Mixed WPA3/WPA2 mode to simplify transition to newer security standards
- Configure multiple SSIDs with different security levels
Centralised Master AP Management
Simplify network management with powerful built-in controller capabilities:
- Manage up to 8 compatible mesh VigorAPs directly from the VigorAP 1062C
- Control up to 50 access points using the Wireless Virtual Controller module
- Auto-provisioning and AP monitoring available from first use
2.5 Gigabit Power over Ethernet
Achieve a clean, flexible installation with Power over Ethernet:
- Powered via its 2.5Gb Ethernet interface
- Uses standard IEEE 802.3at PoE+
- Reduces cabling and power outlet requirements
High-Density Wi-Fi 6 Performance
Support busy, device-dense environments with Wi-Fi 6 technology:
- Connect up to 256 clients
- 802.11ax dual-band antennas
- Wi-Fi 6 4x4 Multi-User MIMO technology for efficient multi-user performance
Flexible Ceiling or Wall Mounting
Blend performance with aesthetics in business or home settings:
- Discreet, versatile design for ceilings or walls
- Includes secure ceiling mounting plate
- Comes with easy-to-install clips for suspended ceilings
The VigorAP 1062C delivers high-speed Wi-Fi 6, robust security, centralised management, and flexible mounting options, making it a powerful choice for modern, high-density wireless networks.
