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MOXA Unveils a Smaller and Tougher 802.11n WLAN Solution for Industrial Automation

MOXA(www.moxa.com) has announced AWK-1131A, a new 802.11n wireless AP/client that features a smaller housing with advanced protection technology, making continuous wireless connections a reality for your industrial applications. The new AWK-1131A is designed with galvanic isolation technology to protect devices from the electrical disturbances commonly found in industrial environments. In addition, it supports 802.11n MIMO technology to reduce multipath effects and increase data rates up to 300 Mbps for bandwidth-hungry applications, and features millisecond-level roaming to minimize packet loss for seamless connections with mobile applications.

MOXA 802.11 WLAN AWK-1131A

MOXA 802.11 WLAN AWK-1131A

“There are many benefits to adopting wireless devices for industrial applications. Not only do wireless devices reduce deployment costs compared to wired devices, they also increase mobility for hard-to-wire applications and enhance scalability when expanding your network backbone. However, operators must consider wireless reliability and availability when choosing wireless devices for mission-critical applications,” “Industrial wireless devices require a rugged design that includes advanced EMS protection against the electrical disturbances found in harsh industrial environments, and seamless WLAN roaming to increase network availability for rolling stock industrial applications. By offering better wireless communication than what you’d expect, the new AWK-1131A series can meet all of these requirements.”
– Zed Shen, MOXA product manager

The new AWK-1131A series features 802.11n technology, which is perfect for video surveillance applications that require up to a 300 Mbps data rate and Gigabit wired transmissions. With the release of the AWK-1131A, MOXA now offers a comprehensive portfolio with both single-radio and dual-radio IEEE 802.11n industrial wireless solutions for the bandwidth-hungry systems found in industrial applications.

by Timothy Oh(oseam@icnweb.co.kr) of ICNweb