By Jack Unger
No matter if you are an IT director, ISP engineer, community architect, or box technician, Deploying License-Free instant Wide-Area Networks is your crucial reference. With functional, in-depth assurance of the real-world demanding situations of out of doors, license-free instant WAN deployment, thisbook presents a complete, vendor-neutral consultant to winning instant community layout andoperation.
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Extra info for Deploying license-free wireless wide-area networks
The better you understand these • Index interactions, the more easily and more successfully you will be able to deploy wireless WANs. Deploying Networks First, it isLicense-Free important Wireless for you Wide-Area to understand how wireless signals are created. ByJack Unger Wireless communication is possible because changes in the electron flow within a wire cause changes in the magnetic fields and in the electric fields that surround the wire. Magnetic fields Publisher: Cisco Press and electric fields are invisible, but you can see the results of their presence.
Cable companies. Deploying License-Free Wireless Wide-Area Networks is the first book that provides complete, real-world "start-to-finish" design, installation, operation, and support information for It is beyond scope this book to address any or all the other WANs-including safety challenges that youofand wireless ISPsthe and otheroforganizations deploying outdoor wireless coverage your company or organization might face. 11g, and proprietary-protocol networks. This vendor-neutral book covers and thoughts, it is wise to follow up and include these issues in your safety policy, your safety meetings, and your safety procedures.
If ISBN: 1-58705-069-2 you have ever seen a bolt of lightning, you have seen the effect of an electric (or electrostatic) field. Pages: 352 When electron streams change direction rapidly within a wire or antenna, the electrostatic and magnetic fields around the wire or antenna change at the same rapid rate. These rapidly changing fields are called electromagnetic waves. The electromagnetic waves do not simply stay near the antenna; they travel at nearlyofthe speed of WWANs. light—186,000 miles per second Best practices for planning andaway deployment broadband (300,000,000 meters per second).