Tom

Thank you for the input, we listen to our customers and do our best to help them achieve their goals - we are working on higher gain dishes and in the near future we plan to release them, including radome.

Wireless radios use MCS rates to express a few pieces of information: the QAM modulation depth, number of spatial channels, coding rate. What do these mean? Check out our IW episode for details! But, the real throughput you are likely to see in a radio online interface is most likely just approaching this maximum limit. Multipath propagation, changing weather conditions, interference, physical obstructions, and antenna alignment mismatch are other factors influencing the actual throughput. In the end, you have to understand that the throughput you see depends on many factors and it should be taken as such.

How the performance will be influenced depends on the material and thickness of the flat radome. If you tell us what material and thickness you want to use and the application you use it for, we can do a quick simulation for you..

It is rounded for optimal RF performance, but the primary purpose of the radome is to protect the inside of the antenna from weather and birds nesting inside. The rounded radome is the only one we have and we do not plan to make flat ones.

Hello Ewa, thanks for reaching out, what kind of unconventional usage you have in mind?

Hello Theodoros, unfortunately the shirt promo is long gone, the stickers still popup here and there on old stock. Happy New year to you as well!

Hello, yes, UH-CC-5-24 can be used with airFiber 5XHD provided the right cables are used. There is no reason these two should not work together. What exactly do you mean by not being able to align?

Hello there, (1) Our Beam efficiency values are an average over the whole working bandwidth of an antenna (at 10 equidistant frequency points), so it is much more robust and reliable than what the other supplier gave you. (2) So far no plan for a deep dish, nor shroud.

Right, the fact that you get the same -60 dBm regardless of the antenna strongly points towards an issue with the radio or its software. Definitely contact MikroTik support.

Thank you for the feedback, we do update the calc within a particular cycle, so we'll look into it for the next iteration.

Thank you, we have bunch of new products in the pipeline, but who knows what future brings..

Hi Jesse, thank you for the idea, we are constantly looking for ways to improve and bring useful products to our customers. We will look into it!

I understand your situation - it is very strange to see a behavior like that and I am sorry you have to deal with this. From the antenna physics standpoint - there is no way the issue you're experiencing is caused by the antennas. A simple test would be replacing the antenna in question with anything you have - non RF elements antenna - and see if you're getting the similar result. If so, then you can be sure it is the radio. The 5 MHz channel seeing -60 dBm noise while the neighboring channels see -95 dBm noise floor strongly point at the radio. Please do try the simple test and let us know about the progress / if MikroTik forum helps.

Hello, horns, as any other antennas are passive devices - they do not produce any signal, or noise. Any and every signal merely passes through them. This must be something with the radio, have you checked MikroTik user forum for similar issues?

In the zip file you will find simplified 3D *.STEP and *.X_T files of the following RF elements antennas: All Symmetrical horns, all Asymmetrical horns, Twistport adaptors: TPA-PAF, TPA-ePMP, TPA-RBC 3D-Antenna-Models.zip These models are meant for our customers who plan networks and need the 3D antenna models for visualizations or to make sure they fit into a particular setup.

Understanding the Fresnel zones effect on radio wave propagation can help you rule out problems with multipath propagation.

I am sorry this takes so long, we are working hard to deliver all we promise - we'll announce the availability as soon as it's up here and on social media channels.

Thank you for the comments! If you read the text at the top of this thread, you'd know UBNT is not interested to provide us the data necessary to add those radios/CPEs into the calculator. Regarding the MCS - our calc shows them for ONE spatial channel. It is a survey tool we provide for free so you get an idea what you might expect, not a comprehensive planner with all gritty details. For more detailed settings/planning, I recommend to go with a paid tool. Each CPE in the dropdown menu has max MCS based on the data from the manufacturers for ONE spatial channel, so I believe it is all good. After all, if you multiply the resulting throughput by the number of channels you'll get what you're looking for.

PM'd you..

You can do that using a thin long screwdriver that fits into the opening to press down the RJ45 clip, or anything similar to that. We do not have any special tool for this purpose.

Some MikroTik boards have the UTP connector a little shifted, so you can flip this part so you're able to connect the cable to them once in the adaptor (see picture attached).

Hi Dave, what you're asking about is completely sane and understandable. Our online tool however has not grown to be a 'planner' yet, it's a mere calculator, and it's a free tool. Thank you for your feedback, sometime in the future it is possible we will implement multi AP version, until then, if you have any further feedback, please share it!

Yes, that is how the calc works right now. Thanks for the feedback we'll consider it for future updates.