MikroTik is renowned for its flexible use and competitive price. Some prospective users, however, are discouraged by its configurations which can at times be complex. Below, we explain how to create a MikroTik Point to Point (PtP) bridge link. We also discuss our configuration recommendations.
Traffic filtering is a method of identifying and prioritizing different traffic types passing through a common router by applying filter rules based on your network requirements. When using MikroTik RouterOS, there are several ways to achieve this. One of the most common techniques is to apply traffic limitations by making use of IP Address Lists. Traffic can either be filtered by source, or destination IP addresses. If you want to filter specific users on your LAN, this can be achieved by using source addresses. Anything leaving the LAN (Internet) will be classified with destination addresses. A combination of these and other settings can also be used to achieve more specific results, but it all depends on your requirements.
Mesh solutions are available in various forms with all of them promising premium performance. Much like anything else, not all mesh solutions are created equal. Some offer exceptional performance for its price, while others are worth every penny for its premium user experience. In this article, we provide an overview to some of our mesh products and their speed test results.
In a year characterised by unprecedented disruption for societies throughout the world, a similar transformation is taking place at the University of Pretoria. The launch of the new Engineering 4.0 facilities at the beginning of 2020 marks the start of “Sustainable, Optimised, Smart, Equitable transportation networks, supporting social & economic development in a disruptive & evolutionary society”.
MikroTik's Gigabit Passive Ethernet Network (GPEN) products are designed as a cost-effective alternative to fibre's Gigabit Passive Optical Network (GPON) solution. The key difference between these two technologies is that MikroTik's GPEN utilises copper Ethernet cabling instead of fibre. MikroTik has introduced a clever concept. Copper Ethernet runs of up to 1.5km makes this an ideal alternative to complex FTTX installations. Here are some of the benefits when choosing GPEN over GPON.
VoIP is fast becoming the industry standard for office telecommunications and as more people work from home, it makes sense to ensure traffic is prioritised adequately to deliver voice packets smoothly. In this article, we have included a useful configuration guide to assist with Quality of Service best practices using MikroTik. VoIP does not require a large amount of bandwidth but it relies on low latency and jitter as voice communication is happening in real-time. Although QoS will help in many situations, it is not a silver bullet to solve VoIP quality problems on poor connections and is therefore not recommended to be used with high latency bandwidth types such as DSL or satellite.
The demand for the ability to work remotely is the highest it has ever been. A number of solutions are available depending on your requirements. Here are a few ways you can get connected remotely using solutions offered by Scoop.
There are multiple ways to achieve ISP redundancy with MikroTik. Some ways are more complex and offer additional functionality. This article serves as an introduction on simple ways to achieve failover using RouterOS and assumes all basic configuration has already been completed on the router.
Long Term Evolution (LTE), also known as 4G, is a technology designed to deliver data over the radio wave spectrum typically between 700MHz-2600MHz. With the demand for bandwidth increasing, technology providers like MikroTik have adapted their product line to include several high-performance LTE devices. Choosing MikroTik over conventional entry-level LTE products has many advantages. It is packed with functionality and is available in different form factors with high-gain MIMO antennas to cater for long-distance applications. All models include PoE which allows users to make the most of their signal without introducing long antenna cables with associated loss.
One of the biggest challenges with indoor wireless installations is ensuring you have sufficient coverage - meaning no dead zones and good quality connections in all the necessary areas. While indoor wireless connections offer simple installation and very few cables, they are unpredictable and easily affected by numerous external factors such as walls (obstructions) and interference from other wireless devices. Thankfully, there are a few products available to users to easily extend existing coverage when it does not live up to your expectations.