![]() |
|
|||||||
|
|
||||||||
|
LANPlanner Predictive Design Tool |
|
|||
|
One of the most common mistakes that we see with wireless network installations is the failure to spend the time necessary to properly plan and design the system. In too many cases, hastily designed networks fail to take into account the composition of the facility - such as walls, partitions, storage racks or inventory - the construction of those materials, and electronic interferers. In addition, the network may not be sufficient for the projected number of users or for more demanding wireless applications such as voice-over-wireless.
Our engineers begin the WLAN design process by importing data about your facility, such as CAD files or scanned images, into LANPlanner. We tag each wall with material type, such as sheetrock or brick, from a library of common building materials. Then we place APs (access points) within the site map and simulate the coverage areas. By defining expected client locations and application requirements, the LANPlanner simulation engine also predicts how the network design will sustain high data rate applications. LANPlanner produces a diagram that graphically depicts the recommended access points and the predicted signal strength for the impacted regions. (In the LANPlanner diagram to the left, the red areas equal the highest signal strength.) It automatically generates a bill-of-materials and maintenance records for use by deployment teams and in future network expansion. The benefits to our customers include faster and more accurate site surveys, the ability to cost effectively run multiple "what if" scenarios, and the elimination of costly rework that can result from trial-and-error site surveys. For more information about LANPlanner's contribution to solving WLAN issues, download a Motorola white paper For more information, or for help with your next WLAN project, contact us to schedule a consultation
|
|
How To Order Please contact us to order. More Information
|
|
| Copyright ⓒ 2009 Compsee. All rights reserved | Home Terms of Use |