Application Notes |
Exalt Capacity Expansion Overview
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Many operators of licensed radios in the FCC Part 101 6GHz bands have a need to expand the capacity of their existing links, most notably the add ition of Ethernet connectivity to legacy TDM connections. Exalt offers a unique capacity expansion solution utilizing tri-band 5GHz systems leveraging existing 6GHz antennas and transmission lines with negligible impact to performance. |
Monitored Hot Standby Configuration Overview
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The Exalt MHS solution provides fault tolerance and increased reliability for high capacity IP and TDM connections without the need for external switching devices. The solution is ideal for hard to reach locations and high capacity links where maximum equipment reliability is required. |
Exalt 1.7GHz and 2.1 GHz AWS Relocation
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With Exalt 2.4 GHz radios, incumbent operators with expiring 2GHz licenses and new AWS licensees now have a low cost alternative for migration to a carrier-class, high capacity native IP and native TDM solution, while utilizing existing transmission equipment and minimizing downtime. |
White Papers |
Spectrum Analysis for Interference
Detection and Interpretation
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This document provides a brief overview of what a spectrum analyzer does, guidelines for purchasing one, and how to use it. Most importantly, the document will provide information on how to interpret the information gathered with a spectrum analyzer. |
Interference Mitigation in License-Exempt Bands
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Many organizations have realized the benefits of creating high-bandwidth connections between locations using radio systems operating in license-exempt spectrum. The growing popularity of these radio systems has put greater demand on vendors and integrators to design and implement solutions that provide carrier-class performance in all types of environments. |
Transmission Line for Exalt Indoor Radio Systems
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The selection of the transmission line is critical to the performance, availability and reliability of your wireless system. This paper outlines the requirements for transmission line and makes some general recommendations. |
Antenna Alignment for Terrestrial Microwave Radio Systems
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One of the most important elements of a wireless backhaul deployment is the antenna system. Proper antenna alignment is critical to the performance of any backhaul radio system. Achieving high link availability is the ultimate goal when designing high-performance wireless systems. |
