Why is there no signal on my Radwin Microphone system?
If you are experiencing a 'No signal' issue with your Radwin Microphone system, make sure to complete the installation procedure using the RADWIN Manager. Also, verify the antenna alignment and ensure that the radio configuration (channel settings and Link ID) is the same for both site A and site B units.
What to do if the AIR I/F light is red on my Radwin Microphone system?
If the AIR I/F light is red on your Radwin Microphone system, check the antenna alignment. Also, verify that the radio configuration of both site A and site B units are the same (Channel and Link ID).
What to do if I have weak signal received on my Radwin Microphone system?
If you are getting a 'Weak signal received' on your Radwin Microphone system, you should check the antenna alignment and reconfigure the link. Also, check that the alignment tone sounds the Best Signal sequence.
What to do if the IDU light is red on my Radwin Microphone system?
If the IDU light is red on your Radwin Microphone system, check that the IDU/ODU cable is properly wired and connected.
What to do if the ODU light is red on my Radwin Microphone system?
If the ODU light is red on your Radwin Microphone system, check that the IDU/ODU cable is properly wired and connected.
How to fix PWR off on Radwin Microphone system?
If your Radwin Microphone system shows 'PWR Off', check that the power is connected to the IDU.
How to fix no power on Radwin Microphone system?
If your Radwin Microphone system has no power, ensure that power is connected to the IDU. Also, ensure that the ODU cable is properly wired and connected.
What does AIR I/F Orange mean on Radwin Microphone system?
If the AIR I/F light is orange on your Radwin Microphone system, complete the installation procedure from the RADWIN Manager.
What does SVC Orange Red Off mean on Radwin Microphone system?
If you see 'SVC Orange Red Off' on your Radwin Microphone system, it means an alarm was detected at the Site B interface, or a Local or Remote loopback Alarm was detected at the Site A interface Ethernet only IDU, or E1/T1 is not configured.
General| Product Type | Wireless Access Point |
|---|---|
| Max Throughput/Maximum Data Rate | 100 Mbps |
| Range | Up to 30 km |
| MIMO Technology | 2x2 MIMO |
| Ethernet Ports/Interface | 1 x 10/100/1000 Mbps Ethernet |
| Modulation | OFDM |
| IP Rating | IP67 |
| Frequency Band | 5 GHz |
| Power Supply | 48VDC |
| Security | AES 128 |
| Channel Bandwidth | 5 MHz, 10 MHz, 20 MHz |
Overview of the WinLink 1000, its features, and key applications in wireless broadband transmission.
Guidelines for planning and surveying potential link installation sites, including preliminary, physical, and RF surveys.
Procedures and requirements for installing the WinLink 1000 hardware components, including safety practices and grounding.
Instructions for installing and using the RADWIN Manager application for link setup and configuration.
Step-by-step guide for installing a WinLink 1000 link using the Installation wizard, covering system parameters and services.
Detailed explanation of the RADWIN Manager interface elements, toolbar, and main window functionality.
Procedures for reconfiguring link parameters, channel settings, and services using the Link Configuration wizard.
How to configure individual site parameters such as IP address, VLAN, security, and time settings.
Tools and procedures for monitoring link performance, retrieving diagnostics, and troubleshooting issues.
Explanation and installation of Hub Site Synchronization (HSS) for managing interference in collocated units.
Configuration and typical scenarios for the GPS-based synchronization unit (GSU) to handle inter-site interferences.
Guide for setting up and maintaining a duplicated link for redundancy and high reliability.
Explanation of Ethernet Ring topology, protection mechanisms, and setup procedures.
How to configure VLAN tagging for network segmentation and traffic management.
Procedure for upgrading the software (firmware) of installed ODUs using the Software Upgrade Utility.
Specific steps for installing links compliant with FCC/IC regulations and Dynamic Frequency Selection (DFS).
Detailed instructions for mounting ODUs and external antennas on poles or walls.
Recommendations for grounding and lightning protection of system components to prevent damage.
Procedure for assigning static IP addresses to ODUs before installation into a link.
Steps for modifying the factory default operating frequency band of ODUs supporting multi-band.
Utility for calculating expected link performance based on parameters like range, antenna gain, and cable loss.
A simplified method for suspending service traffic and entering installation mode without changing parameters.
This chapter is reserved and does not contain specific content.
Explanation and installation of multi-hop configurations using cascaded links for extended range.
Steps for activating and configuring BRS links according to the 2.5 GHz standard.
Information on the RADWIN Video Surveillance solution and its installation.
Detailed technical specifications for ODU, IDU, GSU, and PoE devices, including performance and compliance.
Pinouts and cable connection details for ODU-IDU, HSS, user ports, and power terminals.
Information on SFP transceiver support in the IDU-C for various network applications and protocol converters.
Details on Management Information Base (MIB) parameters for controlling RADWIN equipment via SNMP.
Description of external alarm inputs and outputs for IDU and PoE devices, including alarm conditions.
Safety distances for antennas to ensure compliance with RF exposure regulations.
Safety procedures and installation precautions specific to French Canadian regions.
Specific details and diagrams for the older model of the IDU-E.
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