Wireless Mesh Networks/Transport
Acknowledgements — Introduction — Mesh network basics — History Highlights — Motivation — Economics — Politics — Social Impact — Regulatory — Taxonomy of Mesh Types — Design Parameters — How many radios? — Transport — Access — RF concerns — What layers does it run on? — Topology Control — Mobility Handoffs — Applications — Content — Operations — Accounting and Billing — Management — Getting Power to the Node — Survey Tools — Planning Tools — Mounting Options — Testing Tools — Meshes you can build — Conclusion — Applicable Standards — Known Deployments — Mesh Timeline — Mesh Network Vendors — Bibliography — Glossary — Index
Transport edit
802.11a Wi-Fi edit
802.11bg Wi-Fi edit
802.16 WIMAX edit
ZigBee edit
ZigBee does not incorporate electric power lines into its technology therefore it is all wireless. ZigBee is very efficient, it can send up to 128 kilobits at a range of 250 feet. It is expected to be seen every from smoke detectors in your house to medical sensing devices. The best part is that it can function for a long time, on inexpensive batteries. Z-Wave also consists solely of wireless technology which is power efficient. It can send about 127 kilobits per second to a range of 100 feet. When you compare you would notice that Z-Wave and Insteon are very much similar. The only difference is that Insteon used electric power cables and Z-Wave doesn't.
Wibree edit
Others edit
proprietary microwave