• The Vendor's Bazaar forum is for commercial offers and transactions. Only unmoderated members can post here.

    diyAudio provides this forum for the convenience of our members, but makes no warranty nor assumes any responsibility. We do not vet any members. Use of this facility is at your own risk. Customers can post any issues in those threads as long as it is done in a civil manner. All diyAudio rules about conduct apply and will be enforced.

EKIO – Loudspeaker Management Application

EKIO is a Loudspeaker Management Application. It lets you customize the sound of your loudspeaker system so that it sounds and performs optimally. The app allows you to easily create a crossover for your full-range speakers. It lets you integrate a subwoofer and equalize your system.

It features:


  • Real time audio processing
  • Interactive EQ display
  • Crossover configuration
  • Parametric EQ
  • Driver alignment delays
  • Flexible routing
  • Drivers measurement import
  • Unlimited I/O
  • 64 bits processing, 44.1 to 192kHz
  • Optimized for low CPU usage and low latency
The FREE version is limited to two inputs and four outputs.

We publish today EKIO v1.0.3 which contains a few bug fixes.

To learn more about EKIO, visit our website : www.lupisoft.com/ekio

Regards,
Lupisoft
 
Hello.
I´ve found your speaker management software few days ago. Amazing stuff. Trying to apply studio multisub setup and your app might work very well.
I´ve tried to your demo and it works great.

I have a question. How can I make measurments and create a .txt file to import that file into EKIO? Is that possible with REW (Room EQ Wizzard)?

Please respond. Thanks in advance.
 
Multi Subwoofer setup is a broad subject and I'm not skilled enough to guide you through this process.

There is a lot of good tutorials on the internet that teach you how to do that (using REW for exemple). If you are listening at only one position, you can simply do the measurement at that position. But if you are listening at multiple positions, you should do the measurements at all those positions and find a setting that is good enough for every one.