ZYXEL Wac6103d I - Dual Radio Access Point 802.11ac - Dual-optimized Antenna 3x3

Enterprise-class 11ac with dual-optimized antenna

The WAC6103D-I is a high-performance 802.11ac three-stream access point offering combined data transfer rates up to 1.75Gbps with a dual-optimized antenna. The adjustable antenna provides superior performance in both ceiling- and wall-mounted deployments. User-friendly features allow for adjustment of antenna patterns via either physical switch or GUI in just seconds. No prior professional knowledge of antenna accessory selection or signal coverage fine-tuning is necessary.

Ultra-slim design blends with modern interiors

The WAC6103D-I expresses stylish functionality through its optimized radiating platform, delivering exceptional performance in only 1.26 inches height (32mm). The WAC6103D-I perfectly blends into any modern office, hotel, classroom, or café.

Perfect choice of medium to high-density environments

Designed with dual-optimized antenna, the WAC6103D-I provides switchable signal patterns to reduce inter-floor interference. In addition, advanced Wi-Fi features such as load balancing and smart-client steering ensure a smooth, consistent, and uninterrupted wireless access experience for all users.

Perfect choice for high-density environments

Designed with dual-optimized antenna, the WAC6103D-I provides switchable signal patterns to reduce inter-floor interference. In addition, advanced Wi-Fi features such as load balancing and smart-client steering ensure a smooth, consistent, and uninterrupted wireless access experience for all users.

Easy to deploy in multiple AP environments

WAC6103D-I is extraordinarily easy to install with the ZyXEL APFlex™ feature. While deploying large groups of WAC6103D-I with AP controllers in place, APFlex™ enables streamline and hassle-free installation, simple switching between Managed/Standalone AP modes and automatic integration of APs into the network environment. When operating, DCS (dynamic channel selection) balances the AP channels to reduce signal interference.