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General| Frequency Bands | 5.4 GHz, 5.8 GHz |
|---|---|
| Channel Bandwidth | 5 MHz, 10 MHz, 20 MHz |
| Encryption | AES-128 |
| Interface | Ethernet |
| Operating Temperature | -30°C to +60°C |
| IP Rating | IP67 |
Overview of the manual's organizational structure, content sections, notifications, and customer support.
Introduces the RADWIN 2000+ Series, detailing key features, components, and management tools.
Guides on conducting site surveys, including planning, physical checks, RF analysis, and interference mitigation.
Covers hardware installation procedures, safety practices, kit contents, tools, site preparation, and mounting units.
Details the installation, logon procedures, error handling, and preferences for the RADWIN Manager application.
Guides through initial link setup, activation, registration, advanced configurations like Air Interface, Ethernet, and Telnet.
Provides detailed descriptions of link configuration windows, tabs, toolbars, and specific settings like Management and Security.
Explains how to retrieve link information, check throughput, view events, monitor performance, and handle manager traps.
Explains Hub Site Synchronization (HSS), its necessity, implementation methods, and types like Serial, Ethernet, and GPS.
Covers SHSS hardware installation, connecting HSS units, and sector configuration for synchronization.
Details Ethernet HSS (HSSoE) requirements, concepts, installation of collocated ODUs, and configuration as master/client.
Explains GPS Hub Site Synchronization (GHSS) using GPS signals, covering its implementation for various RADWIN models and GSU configuration.
Describes the Software Upgrade Utility (SWU) and the process for upgrading installed RADWIN links and performing bulk backups.
Covers facilities for backing up and restoring radio unit software and configuration settings, including bulk and site backups.
Explains VLAN tagging, QinQ, untagging, port functionality, and VLAN configuration using the RADWIN Manager.
Details setting Quality of Service (QoS) levels, prerequisites, overview, and assigning queue priorities for traffic management.
Describes how to configure units to avoid interfering with radar systems, covering DFS and False Radar Mitigation.
Outlines FCC/IC criteria for registering devices, including 5.4GHz registration and TDWR location considerations.
Explains the Link Budget Calculator utility for estimating performance, link range, and Fresnel zone clearance.
Details how to use the Spectrum View tool for RF analysis, covering its main window, display buttons, and zooming features.
Guides on using the Web Interface for basic link management tasks like monitoring, configuration, and site management.
Provides definitions for key terms used throughout the RADWIN 2000+ Series documentation.
Lists safety distances from bystanders required for RF exposure compliance based on product model and antenna gain.
Explains considerations for single and dual antennas, including Spatial Multiplexing, Diversity modes, and parameter adjustments.
Provides wiring pinouts for ODU-PoE cables, LAN-GbE PoE cables, and HBS/HSS unit connections.
Contains safety procedures and installation precautions in French Canadian, covering electrical safety and mounting.
Details FCC compliance, Canadian emission requirements, China MII, India WPC regulations, and general safety practices.
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