| Import a Site Survey 127 |
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Import a Site | You can import RF measurement data by means of a site survey done |
Survey | outside of 3WXM. Using the Site Survey Order report from 3WXM, a map |
| is created of your site that can be used in an Ekahau site survey. After the |
| survey is complete, the measurement data can be imported back into |
| 3WXM, and RF obstacles adjusted. In this way, actual, measured |
| information about RF obstacles can be obtained and incorporated into |
| your plan. |
| This guide contains |
| “Displaying the RF Coverage Area” on page 181. For |
| information about optimization, see “Optimizing a Network Plan” in the |
| Wireless LAN Switch Manager Reference Manual. |
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Plan RF Coverage | How you plan the RF coverage for your network depends on whether you |
| are planning for the widest coverage or are planning for capacity. There |
| are other contributing factors. One group of users may be mobile and |
| require high throughput performance (a higher bandwidth), while |
| another group of users are more stationary and require less throughput. |
| Select the RF Coverage tab in the Create Building wizard to define your |
| coverage area. This section contains the following coverage tasks: |
| “Add Wiring Closets” on page 127 |
| “Create Coverage Areas” on page 129 |
| “Compute and Place MAPs” on page 134 |
| “Assign Channel Settings” on page 136 |
| “Calculate Optimal Power” on page 138 |
| “Display Coverage” on page 139 |
Add Wiring Closets | A wiring closet is a container for switches. You need to add at least one |
| wiring closet location to the floor plan. Also consider if you are installing |
| direct MAPs. Direct MAPs (access points directly connected to the WX) |
| should be connected to the WX with UTP Cat 5 cabling. The cable length |
| between the MAP and the WX in the wiring closet can not exceed 100 |
| meters (330 feet). |