WLA Series Wireless LAN access points provide indoor or outdoor connectivity for any installation size or type, with reduced latency, massive scalability, and performance for wireless VOIP and video.
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WLA371 Wireless LAN Access Point
The WLA371 Wireless LAN Access Point is a low cost 802.11a/b/g single-radio indoor access point designed for small installations with low density requirements. Learn more |
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WLA422 Wireless LAN Access Point
The WLA422 Wireless LAN Access Point is a flexible 802.11a/b/g dual-radio indoor access point with external antenna support, designed for entry-level installations with high performance and coverage requirements. Learn more |
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WLA522 Wireless LAN Access Point
The WLA522 Wireless LAN Access Point is a high-performance 802.11n, dual-radio, 2x2 MIMO indoor access point designed for high-density deployments requiring maximum capacity. Learn more |
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WLA432 Wireless LAN Access Point
The WLA432 Wireless LAN Access Point is a high-performance 802.11n dual radio 3x3 MIMO indoor access point designed for low-density deployments requiring maximum coverage. Learn more |
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WLA632 Wireless LAN Access Point
The WLA632 Wireless LAN Access Point is a ruggedised 802.11n dual-radio 3x3 MIMO, outdoor access point. It is designed for high-performance client access, bridging and mesh services, with maximum range in extreme outdoor environments. Learn more |
WLA Series Wireless LAN Access Points provide indoor or outdoor 802.11a/b/g/n connectivity for a variety of situations and installation sizes. All WLA Series products provide the bandwidth controls and performance to service demanding mobility applications, such as voice and video over wireless.
Features:
Configured and controlled by Juniper WLC Wireless LAN controllers, all WLA Series access points can offload the controllers by inspecting and forwarding traffic, performing encryption and enforcing security locally at the access point. This results in optimised traffic flows, radically reduced latency, and massive scalability.
WLA Series Wireless Access points can be managed collectively by a cluster of controllers, an approach that allows for hitless failover with zero downtime, providing unmatched session availability