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Wireless redundancy

Absolutely Reliable Wireless Networks

In critical industrial wireless applications, the level of availability and reliability is extremely important. The EMI/RFI normally found in an industrial environment may cause signal errors or data loss during transmissions, with interference usually occurring at a specific frequency.
In response, Moxa's next generation dual-RF modules, the AWK-5222 and AWK-6222, can be configured to operate as redundant access points or redundant clients, and come with dual-band operations to allow the simultaneous use of two distinct channels to prevent transmission interference. In addition, Moxa's WLAN devices can incorporate Ethernet redundancy using RSTP and power redundancy using dual DC power inputs and PoE. With multiple redundant mechanisms, you can be sure that your entire network will always be in service.


Redundant Roaming for Fast and Stable Handoffsbox

With the perfect mix of Turbo Roaming and dual-RF redundancy technologies, the AWK-5222 and AWK-6222 allow fast stable handoffs for roaming clients during transitions between access points.The dual-RF client will start roaming as soon as it detects a weakening AP signal. Moxa's innovative redundant roaming is your best choice for latency-sensitive applications.

Outdoor Rating Extends Wireless Range

The outdoor rated AWK-6222 offers a new perspective for wireless signal transmission in tough outdoor areas. The AWK-6222 comes with an IP68 housing and an extended temperature design for total protection against dust, water, temperature variations, and other environmental factors. Outdoor power distribution has never been easier thanks to 802.3af PoE technology, which simplifies the installation of field devices. These features create rock-solid WLANs and extend the reach of your wireless network.

Reliable, Versatile, and Flexible Dual-RF Design

Optimize WLAN Network Architecture

Moxa's dual-RF solution provides a variety of advanced wireless connection modes that can optimize wireless coverage for flexible WLAN network architectures.


Efficient Data Traffic Management
  • Up to 20 Mbps data throughput
  • QoS (WMM) to prioritize delay-sensitive traffic
  • VLAN for network segmentation
  • Redundant fail-safe connections