DPA Microphones Introduces New N-Series Wireless System | IBC2026

Yes.

So as DPA is using a lot of microphones on wireless systems in general, inclusive of our sister company, Visicom, we also know that we have a very good audio coming out of the microphones, but we want to convey that just as good through the wireless system.

And typically there would be a degradation going into wireless.

That's a very often heard, you could say, disadvantage of going wireless.

So we wanted to preserve that super good audio that we could do with the audio through the air.

So that is one of the core reasons that we went into making a wireless system for the DPA.

Having said that, what we also wanted to focus on was the ability to just have a very, very simple solution for the users to work with.

So one of the advantages here is that we have a very huge churning range.

going from 470 megahertz all the way up to 870 megahertz.

Meaning there's a lot of spots to put in your mics at the frequencies to be found.

So that's some of the very good advantages of this.

Yeah, that's a big challenge, isn't it? Finding the frequency space.

That's always the challenge.

So for this particular system, you can say you are in a parking lot with a lot of free parking spots because we are covering such a huge area, 400 megahertz, which is quite insane, to be honest.

Yeah.

So what sets this wireless system apart from others that people might come across?

For the price point, it's true diversity, meaning that there's actually two radios inside the receiver.

So each antenna has a radio behind it, so it's not a switching antenna system that you typically find in entry models of wireless systems up to the mid-range.

This is a true diversity system for that.

So a very stable system which is prerequisite going wirelessly.

You want to make sure that, of course, the signal goes without disturbance through the air.

Yes.

So as DPA is using a lot of microphones on wireless systems in general, inclusive of our sister company, Visicom, we also know that we have a very good audio coming out of the microphones, but we want to convey that just as good through the wireless system.

And typically there would be a degradation going into wireless.

That's a very often heard, you could say, disadvantage of going wireless.

So we wanted to preserve that super good audio that we could do with the audio through the air.

So that is one of the core reasons that we went into making a wireless system for the DPA.

Having said that, what we also wanted to focus on was the ability to just have a very, very simple solution for the users to work with.

So one of the advantages here is that we have a very huge churning range.

going from 470 megahertz all the way up to 870 megahertz.

Meaning there's a lot of spots to put in your mics at the frequencies to be found.

So that's some of the very good advantages of this.

Yeah, that's a big challenge, isn't it? Finding the frequency space.

That's always the challenge.

So for this particular system, you can say you are in a parking lot with a lot of free parking spots because we are covering such a huge area, 400 megahertz, which is quite insane, to be honest.

Yeah.

So what sets this wireless system apart from others that people might come across?

For the price point, it's true diversity, meaning that there's actually two radios inside the receiver.

So each antenna has a radio behind it, so it's not a switching antenna system that you typically find in entry models of wireless systems up to the mid-range.

This is a true diversity system for that.

So a very stable system which is prerequisite going wirelessly.

You want to make sure that, of course, the signal goes without disturbance through the air.