Stay up to date with the latest posts and updates from the MikroCloud team.
One of the technological advancements that have significantly impacted the efficiency and reliability of WISP networks is the integration of GPS-timed radios. This blog looks into the technical intricacies of GPS-timed radios and elucidates why their use is increasingly becoming a standard best practice for WISPs aiming for superior network performance.
An effective strategy for enhancing network resilience is utilizing the OSPF protocol as a backup routing mechanism, particularly in a network topology that forms a triangle between three high sites. This approach not only provides redundancy but also allows for the configuration of preferred paths for traffic flow. This blog post will guide you through setting up OSPF as a backup in a triangle network connecting Highsite 1, Highsite 2, and Highsite 3, using MikroTik routers and illustrating how to set preferred paths.
Signal attenuation, or the loss of signal strength as it travels through the air or a medium, is a fundamental concept that network engineers and administrators must grapple with. Understanding and managing signal attenuation is crucial for optimizing network performance, ensuring reliability, and delivering the high-quality connectivity expected by users. This blog post delves into the intricacies of signal attenuation within wireless MikroTik networks, providing insights and strategies for effective management.
High sites, often remote and critical for the backbone of wireless internet service providers (WISPs), require a reliable power backup solution to ensure continuous operation. This post explores the installation of battery backups, the selection of compatible equipment, and strategies for monitoring and extending power backup duration at high sites.
Deploy multiple MikroTik devices in minutes using MikroCloud's express onboarding.