Dual-radio industrial access point based on IEEE 802.11ac (867 Mbps) & IEEE 802.11n (300 Mbps), par. radio operation at 2.4 GHz & 5 GHz, 2x2 MIMO, 80 MHz channels, full metal housing (-20°C - +50°C), 4 ext. antennas, power supply 12V, PoE (802.3af)
Top performance for special conditions
Extreme temperatures, dust and vibrations: This rugged industrial access point stands up to any hardship. Two wireless modules provide top performance for a wide variety of devices. Whether on mobile machines, in warehouse logistics or covered outdoor areas, you can also network inaccessible locations with robust Wi-Fi 5 access points “Engineered in Germany”.
Advantages
Dual operation WLAN with up to 867 Mbps
The LANCOM IAP-822 offers one wireless radio module for 11ac WLAN and another for 11n WLAN. This provides fast WLAN to 11n clients in the 2.4-GHz frequency band and also the increasing number of modern 11ac-enabled devices in the 5-GHz band.
Learn more about the new WLAN standard IEEE 802.11ac.
Robust full metal housing
Thanks to the resistant full metal housing the industrial access point convinces even in rough environments with a heavy dust occurrence with a high robustness. Thus, the device is optimally protected against external influences and ideally suits for WLAN applications in warehouses or covered event areas.
Extended temperature range
Thanks to an extended temperature range from -20 °C to +50 °C the device offers a reliable radio connection and a high WLAN availability even at extreme conditions.
Active Radio Control for dynamic radio-field optimization
The LANCOM IAP-822 supports the WLAN optimization concept LANCOM Active Radio Control. This intelligent combination of innovative features included with the LCOS operating system – such as Adaptive Noise Immunity, RF Optimization, and Client Steering – sustainably increases WLAN performance and supports administrators with professional tools for WLAN management.
LANCOM security for wireless networks
With numerous integrated security features, such as IEEE 802.1X, the LANCOM IAP-822 provides optimal security for networks. As a result, employees and visitors all benefit from security policies in the network.
Support for zero-touch deployment
By supporting zero-touch deployment, the LANCOM IAP-822 is quickly and easily integrated and configured without having to access the configuration UI. In combination with a WLAN controller or the LANCOM Management Cloud the access point receives an appropriate configuration immediately after network authentication.
Secure integration of external users
In combination with the LANCOM Public Spot Option, the LANCOM IAP-822 is ideal for operating hotspots. Users benefits from a hotspot that is secure and easy-to-use, while hotspot operators can be sure that their own network remains separate from the hotspot.
Maximum future viability
LANCOM products are designed for a service life of several years and are equipped with hardware dimensioned for the future. Even reaching back to older product generations, updates to the LANCOM Operating System – LCOS – are available several times a year, free of charge and offering major features.
Installation on suspended ceilings
The installation of the LANCOM access point under a suspended ceiling is the ideal solution for preserving a discreet interior design. Installed directly below the access point, it provides optimal Wi-Fi coverage. The LANCOM Airlancer IN-Q180 fits perfectly to any room with its modern and minimalist design.
Custom fit antenna design
The use of external antennas enables optimum WLAN coverage with LANCOM WLAN access points even in wide-area or complex environments. The adjacent overview of the LANCOM IAP-822, LANCOM OAP-1702B (EOS), and LANCOM OW-602 shows the shapes and sizes of the omnidirectional antennas supplied in direct comparison.
Application scenario
Wi-Fi coverage in high-density environments
In areas with a high user density, such as airports, exhibition centers, or stadiums, reliable Wi-Fi coverage for all clients in the network can pose particular challenges. This is where the use of Wi-Fi sector antennas is ideal. These can be used to focus the Wi-Fi signal and thus increase the signal strength and quality in a specific area. By avoiding unplanned signal scattering in all directions, interference and overlaps with other networks can be reduced at the same time, which also increases the Wi-Fi quality.
