Видео

really excellent! Well done!

Thanks! Great treatment

Ip69k means that it is safe to preassurewaching and also condensation water, just what you want on a veichle

Hi Louise, good to see you. We haven't yet received the RUTC50 here at Mhz, planning to do an unboxing soon, in French of course. Enjoy your summer!

I was waiting to buy the RUTC50 but the price is significantly higher at Solwise than the RUTX50 for little more.....

Can I pair the RUTC50 to my poynting MiMo 3 7in1, which has 2 WiFi connections, will WiFi 6 work? Fab overview of the latest kit, thank you.

clearest explanation in my life

Do these Antennas come with a longer adapter & lock-nut to enable fitment to a Caravan Roof which are generally substantially thicker than a Vehicle roof?

Oh, poor Luke. 😀

Cat 4 is bit of a let down for a product that has been recently released. But I guess you get what you pay for and this seems like an overall good value product.

barely audible on iPhone ..imo obvious AI sabotage

BRILLIANT Explaination, Just BRILLIANT, Thankyou❤🎉 Cheers 9V1KM KK7QGL Singapore

AWESOME POWER Study Aid, CHEERS from Singapore 9V1KM KK7QGL

Thank you.

thank u teacher.

I don't get it. Does this have anything to do with my gain knob and if so, what is it doing?

superb explanation

I've been using RUT240 and RUT950s with XPOL-1 antennas. Don't need wifi so this looks like it should be a good improvement and for less than a RUT240 (similar antenna gain but without the cable loss). From the spec it looks like it isn't passive POE but normal 802.3af.

No this is wrong. Youre describing a beam or yagi directional antenna

When I try to login to the Client I get Status: 500 Internal Server Error?

After gain, will the antenna be Omni directional?

Then how would we know by seeing the antenna that which side is it focusing its waves? Will the user need to put receiver antenna in same direction mandatorily as the transmitter antenna has gain in one direction!?

Hi... what length is the cable that connects the antenna to the router? Thanks

Thank you >> Louise and Daniel

You saved me with this video, thanks kind sir

Can’t leave without leaving a comment…best explanation ever👏🏽

Beautifully explained! What a textbook failed to do, you simply nailed it! Thanks.

Great podcast guys. Keep up the great work 😎

I bought the Poynting MIMO-3-12 V2 to replace a cheap £30 dome antenna. However, I can barely get any signal from the mimo in any location. Ive reverted back to my cheap tiny dome antenna which gives me the best signal. I wasted £135 on the mimo plus £25 for the magnets. Now I have £150 worth of equipment sitting in a box. Just to be clear, I purchased it from broadband buyer, not from Solwise.

Sooooo… you’re uncoiling one spool, sending it through a wall only to recoil it? What is the point might I ask?

Why do I want to build one LOL

Is the positive reciver and the body wire in a loop(joint together)? Pls respond

Thank you so so much

heart-warming as hell

We learnt if we gain more db then directivity will be narrower or less coverage ..

Excellent! Helped a lot thx 😂👍🏼😂

Hello.... Did you you have a Beacon & Sensor on the table there? When would you use one rather than the other, as I really didn't understand that bit, and reading the datasheets didn't help.

At the end how many milliwats will find to the receiver??How calculate it from -80 dbm??

excelente saludos desde Colombia

hi what woukd be the best product you could advise to boost 4g in my caravan ?? also do yous have a product that doesnt need screwing to van. thanks

Thank you!!! T_T I was struggling with this

I did not undestrand the 6 gain,why 6?

What is never mentioned in antenna radiation is whether or not the E/M loops being radiated do break down into loops of half wavelength as the loop try to grow in size with distance, In waveguides and cavity resonators it is common to show the stacking of " half wavelength E/M blocks to fit in the available space. A one megacycle wave, has a much larger loop than a 5 GigaHertz signal and though everyone talks about lobes, and directivity, and efficiency, and so on, no one talks about the "stacking of E/M blocks" the size of which depends on the frequency of transmission. So for a given frequency , how many stacked E/M loops exist in it as the wave moves out? I have thought about this for the last 80 years and it seems to me that when one has a directional antenna, or a phased array, all that is happening the system is cutting off and eliminating the peripheral blocks in the stack of E/M blocks in the lobe or in any omnidirectional antenna, I simulated this with a computer algorithm which, when the circumference ( wavefront) of the wave grew larger than a wavelength integers, then the " circumference would accommodate another loop half a wavelength long". The simulation works beautifully and the patterns that emerge make it so obvious, after I saw it, From a central location of the antenna, after the wave settles down, the patterns seems to change from a "polar diagram" to a cartesian diagram where the four symmetrical squares of cartesian coordinates, simultaneously move out their four quarters containing the same pattern of E/M loops as exist in rectangular waveguides contain the higher modes. When I plotted the B and the E field loops far from the antenna they came out to be exactly as occurs in rectangular waveguides with the B loops as normal, and the E loops are exactly the same as the E in the waveguide and the surface currents in a waveguide, It is exactly the same pattern, So it seems, that a centrally placed antenna as a source, will have the near E/M fields going through "a pushy transient pattern" then "a middle field pattern" which I call the settling down zone, and then the far field would resemble the pattern obtained in a rectangular waveguide excited with an electric probe or a magnetic probe as one desires. It is fascination to see the four quarters of cartesian coordinates moving out with additional loops being added as the distance increases, It is remarkable, This stacking of E/M blocks, the size of half a wavelength, in a radiating pattern, is interesting, and in a phased array or a directional antenna, it seems that all one does is to " phase out the peripheral E/M blocks and donate the power to the other half wavelength E/M blocks remaining in the " stacked lobe" There seems to be more going on in radiation than one thinks, and this "stacking effect" needs further discussion . An analogy may be used by looking at Chladni's figures in vibrating sheets or a Jelly block, and after all our radiating medium is not much different from a jelly or a rubber block with its "own impedance" in how it permits our signals to "accelerate " build and decay and reverse those the E/M loops the size of half a wavelength. ruclips.net/video/wvJAgrUBF4w/видео.html

waw understood really easily

I use a few of your homeplugs (wifi doesn't stretch to all corners). May be worth mentioning that with the addition of a cheap POE to DC (easily available - POE to e.g. 12v, 9V etc adapter or splittter), you can apparently power other things (e.g. cameras which are not POE devices themselves). I haven't actually tried (I have POE cameras) but have spoken with others who have used this solution.

Best explanation that exists, thank you a lot

Your video should be compulsory for all 4th year Physics class.

Solwise from the Micromart days? So nice to see you guys here. The CTI software you sold was a pioneer in its time!

very nice visualisation....Very good explanation