Zebra Technologies Corporation HZD-4300 Benutzerhandbuch
Chapter
1
Chapter 1: Product Introduction
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This guide will provide you with technical specifications, installation guidelines, and testing
procedures for the HotZone Duo Infrastructure Devices: the IAP4300 and the MWR4300.
procedures for the HotZone Duo Infrastructure Devices: the IAP4300 and the MWR4300.
Figure 1-1
MWR4300 Device
HotZone Duo Infrastructure Devices
Though both, IAPs, and MWRs, have a similar external appearance, each device has its own individual
role within the HotZone Duo system. This document will address both of these devices and their
differences. Both devices support maximum continuous data up to 54 Mbps for stationary 2.4 / 5.8
GHz 802.11 devices.
role within the HotZone Duo system. This document will address both of these devices and their
differences. Both devices support maximum continuous data up to 54 Mbps for stationary 2.4 / 5.8
GHz 802.11 devices.
The Intelligent Access Point (IAP) acts as the transition point from the wireless network to the wired
core network and from there, through media gateways, out to the Internet. The Mesh Wireless Router
(MWR) is a wireless device that is primarily deployed to seed and extend the range between IAPs and
Wireless Clients while simultaneously increasing the spectral efficiency of the network. The MWR
includes an optional Ethernet connector. This allows a network of IP-enabled devices (such as a
camera) to be directly addressed, accessed and managed over the HOTZONE DUO network.
core network and from there, through media gateways, out to the Internet. The Mesh Wireless Router
(MWR) is a wireless device that is primarily deployed to seed and extend the range between IAPs and
Wireless Clients while simultaneously increasing the spectral efficiency of the network. The MWR
includes an optional Ethernet connector. This allows a network of IP-enabled devices (such as a
camera) to be directly addressed, accessed and managed over the HOTZONE DUO network.
July 2006
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