The Rondo: low-profile. A stealth performer. Won’t interfere with your office’s look and has the good sense to keep its head down. Greater gain, smaller footprint.
The Rondo is low-profile. Sneaky. It’ll boost your cell signal, and you won’t even know it’s there. It’s like that beat in your favorite groove you don’t notice until your sixtieth listen, then you can’t imagine hearing the song without it.
Why? Well, it makes your cell data fast. And we mean fast: at up to +6 dBi of max gain, that’s higher than any other omnidirectional cellular antenna out there – indoor or outdoor. Plus, our Bolton machinery’s got this thing working overtime: we guarantee greater performance out of our antennas than any of our competition.
The Rondo’s a great option for wide-open rooms and office spaces, but can be installed anywhere, including hallways and small rooms.
This is an ultra-high quality, Low-PIM dome antenna for broadcasting cellular signal and is the ideal accessory for your 50 ohm cell phone signal booster system, providing boost gain at the end point by up to 5.1 dB.
The Rondo low-profile dome antenna works with all cell phone signal boosters (weBoost, WilsonPro), and cellular hotspots (TP Link, Huawei, Netgear, D-Link etc).
You have questions. We have answers.
The Rondo is an omnidirectional, low-profile dome antenna meant to be placed on a ceiling. It’s a Low-PIM, wideband indoor antenna with low return loss and very stable performance designed to take your cellular booster system to the next level.
It has several advantages over its cousins, The Board and The Cowboy.
Like The Cowboy, The Rondo broadcasts in every direction, ensuring everything in its range is covered. Second, its placement on a low or drop ceiling means it will work in large, wide-open rooms very well. It is somewhat harder to install than the Board, but it is even less conspicuous and wide ranging in terms of coverage.
However, it provides a bit higher gain than The Cowboy, as well as being significantly more discreet. You may notice a Cowboy sticking through your ceiling if you’re casually looking, but very few people can discern a Rondo without knowing exactly what to look for.
Bear in mind that The Cowboy is a 50 Ohm antenna with an N-Male termination, meaning it works best with 50 Ohm cable and N-Female termination.
If you have any questions, contact us at sales@boltontechnicalafrica.com.
Indoor antennas effectively expand your antenna coverage, so buying more with a powerful system makes a lot of sense. The specific number is something you’ll need to figure out yourself – but here are some relevant questions to ask:
- Is my outside signal weak? Weak outdoor signal makes it harder to add more antennas to a system.
- Where do I most need enhanced cellular? Is it more than one place? Are these places near each other? If yes, getting another antenna is a no-brainer.
To get a better idea of what you’ll need and what’s practical for you, contact us at sales@boltontechnicalafrica.com and we’ll be happy to help.
The Rondo broadcasts any signal between the 698-2700 MHz bandwidths. That includes all 4G/LTE/3G/2G cellular signal. This covers all African mobile networks including Ghana (MTN, Vodafone, Airtel, Tigo and Busay), Botswana (Bemobile, Mascom, Orange), Namibia (MTC, tn Mobile), Zambia (MTN, Airtel, Zamtel) and far more.
However, all this is dependent on what your donor antenna(s) is capturing. While The Cowboy does increase gain at point of broadcast, it cannot create high-quality or strong signal on its own. If you’re only capturing one or two bandwidths, those are what The Rondo will broadcast.
dB refers to the power gain of the antenna, and the higher the number, the more powerful the antenna. As dB is measured on a logarithmic scale, every +3 dB represents a doubling of the power gain.
The Rondo will work on any African or US cellular carrier, as well as most cellular carriers worldwide. If you are not sure your country’s carrier will work with The Cowboy, verify whether your service falls within the 698-2700 MHz bandwidth, and if so, it will work.
