Details
Airmagnet Planner
Build a Detailed Model of Any WiFi Enviroment
Great Networks start with great design
An accurate network plan can be the most critical step of a successful wireless deployment. An unscientific plan can lead to vastly over-spending on network infrastructure or alternatively to underserved and unhappy end-users. AirMagnet Planner removes the need for guess-work and lets installers determine the correct quantity, placement and configuration of APs required to deliver full coverage for end-users while minimizing signal bleed into unsecured areas. Users can preview the network by channel or SSID ensuring the network conforms to any specification.
Wi-Fi Tailored to your environment
AirMagnet Planner makes it easy to build a detailed model of any wireless environment, even before the network is deployed. Simply load in a map of the location, and use the built-in library of walls, doors and windows to precisely match the building's characteristics. The environment can be further customized to account for cubicles, offices, elevators and a variety of warehouse obstructions. All environmental settings are fully customizable and custom materials can be created from scratch to meet your specifications.
Custom Antenna Design
AirMagnet Planner includes over 250 of the most popular antenna patterns on the market for customizing your APs, including ones from Cisco, Aruba, Meru Networks, HP, Symbol, 3Com, Bluesocket, Motorola, D-Link Systems, etc. However, the solution also includes a built-in tool to create customized antenna patterns, allowing users to replicate the characteristics of literally any antenna on the market.
Build your Network
AirMagnet Planner provides full control of the proposed wireless infrastructure. Users can add APs to any location and experiment to find the ideal AP placement for the environment. Planner also provides full control over all AP settings with independent settings for 11a and 11b/g radios. Users can set the AP channel, IP address, transmit power, antenna type, orientation, height and 802.11n specifications. When the planning session is complete, users can generate a professional report with all the information needed to properly install the network, complete with a list of required APs, their ideal placement and configuration settings. Users can also use Planner to predict network data rate information.
802.11n Modeling
AirMagnet Planner is the WLAN industry’s only planning solution that covers all aspects of a successful 802.11n deployment: Migration, Performance Prediction and Validation. Users can design new 802.11n Greenfield networks, as well as, plan their migration strategies for existing legacy networks, including one-to-one replacements or the phased introduction of 802.11n devices into their legacy network. Users plan their 802.11n deployments for maximized performance without any physical AP roll-out and are powered with unique coverage maps for WLAN throughput and other 802.11n coverage maps, such as Operating Mode, MCS Transmit Rate and Channel Width, to predict the WLAN performance at every location on the floor. Finally Planner is part of a single, seamless application, AirMagnet Survey PRO, for validating “modeled” 802.11n results against “real-world active” post-deployment surveys.
Automated WLAN Modeling
AirMagnet Planner also includes the “advisor feature” to automatically place APs on site floor plans. Users can specify the minimum signal coverage expected, the transmit power, media type of the AP, etc. and mark Wi-Fi coverage areas and areas where APs cannot be placed.
Custom Antenna Design
AirMagnet Planner includes over 250 of the most popular antenna patterns on the market for customizing your APs, including ones from Cisco, Aruba, Meru Networks, HP, Symbol, 3Com, Bluesocket, Motorola, D-Link Systems, etc. However, the solution also includes a built-in tool to create customized antenna patterns, allowing users to replicate the characteristics of literally any antenna on the market.
Additional Information
| SKU | AM/A4012 |
|---|---|
| Manufacturer | Airmagnet |




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