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General| Product Type | Point-to-Point Radio |
|---|---|
| Max Throughput | 200 Mbps |
| Interface | Ethernet |
| Operating Temperature | -35°C to +60°C |
| Encryption | AES 128-bit |
| Modulation | OFDM BPSK to 64QAM |
Summarizes the general key features and advantages of the RADWIN 2000 C Plus system.
Outlines the initial steps and considerations for planning a wireless link site.
Details the office-based analysis of proposed link sites using topographic and urban maps.
Describes the on-site inspection to determine the suitability of proposed installation locations.
Covers safety practices, including preventing overexposure to RF energy and proper grounding.
Details the requirements and procedures for grounding all RADWIN products during operation.
Outlines the step-by-step workflow for installing a RADWIN 2000 C Plus link, starting with the site survey.
Guides on system requirements and the installation process for the RADWIN Manager application.
Covers the initial setup process for establishing a RADWIN 2000 C Plus link.
Details the steps to configure an ODU as the master unit for link establishment.
Guides through the activation wizard for the master ODU, including setting IP details and frequency.
Explains the process of registering the slave ODU to establish traffic flow and complete link setup.
Covers advanced link-level services like MIMO Modes, Transmission Ratio, and QoS.
Details the site configuration interface, noting differences between Master and Slave ODU windows.
Covers settings related to the wireless air interface, such as operating channel and bandwidth.
Details settings for transmit power, antenna type, and gain for fine-tuning the link.
Details how to configure VLAN IDs and priorities for management traffic separation.
Guides on how to change the link password and recover it if forgotten.
Explains how to establish a link for FCC UCBP regulation, including activation and air interface settings.
Guides on collecting and saving link and manager information into a text file for diagnostics.
Covers obtaining and analyzing radio link traffic data for air and Ethernet interfaces.
Explains the purpose of synchronizing collocated units to prevent interference at hub sites.
Details how to configure the GSU using RADWIN Manager, covering main window and site configuration.
Guides on configuring VLAN tagging for Ethernet services using the RADWIN Manager.
Explains Dynamic Frequency Selection (DFS) and the need for radar mitigation in the 5 GHz band.
Details the configuration steps for false radar mitigation, including radar types and advanced settings.
Explains the FCC requirement for registering devices within 35 km of TDWR locations in a voluntary database.
Provides step-by-step instructions on how to register a device on the Spectrumbridge website.
Explains Quality of Service as a technique for prioritizing network traffic packets during congestion.
Guides on preparing for QoS and configuring the QoS settings for the link via Services Configuration.
Details how to configure queue priorities for uplink and downlink by setting weights and MIR.
Explains the formulas used for calculating EIRP, Expected RSS, Fade Margin, and ranges.
Guides on how to access and use the online Link Budget Calculator tool.
Guides on how to start a spectrum analysis and interpret the results shown in the graphs.
Covers managing the master ODU through the Web Interface, including system, air interface, and configuration.
States that slave ODU site management via the Web Interface is the same as for the master ODU.
Provides technical specifications for the ODU hardware, including architecture, interface, capacity, and coverage.
Lists the supported frequency bands, regulations, and compliance notes for RADWIN products.
Details the pinout for ODU-PoE cables, showing color coding for Rx/Tx signals and power connections.
Lists and describes MIB parameters, following a specific naming convention for configuration and control.
Details specific MIB parameters used by RADWIN for device management, organized by sheets.
Specifies minimum separation distances from bystanders for FCC and IC certified products.
Specifies minimum safety distances from bystanders for ETSI certified products.
Describes the Spatial Multiplexing mode for dual antennas, which doubles link capacity.
Explains the Diversity Mode, which uses two antennas to improve link quality and reliability.
Safety precautions in French for ODU mounting, including grounding and professional installation.
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