Using the AudioControl remote: Select AMP > MENU > GENERAL SETUP > scroll down to CONTROL > select IP. Even if you will ultimately use RS-232 for control, the CONTROL setting needs to be set to IP in order for Dirac to see the AVR or Maestro.
You also want to make sure that the CONTROL setting is set to IP.
Using the AudioControl remote: Select AMP > MENU > Speaker Types.
You can check the speaker configuration by going to the setup menu.
This configuration will dictate what Dirac will test for.
After you’ve confirmed that the AVR or Maestro is on the network and your computer sees it, you want to confirm the speaker configuration is correct in the setup menu.
It’s just a good test to confirm that the AudioControl hardware is on the network and the computer sees it. Please note that you will not be able to access the AVR or Maestro this way. Should look something like this: ( You can click on any image to enlarge): The AudioControl hardware will show up as a media device in the computer’s network listing.
If you are running a PC, make sure Network Discovery is enabled on the computer.
It makes troubleshooting network issues a lot easier. If your computer has a static IP address, or if you plan on giving the AVR or Maestro a static IP address, you may want to just run the network in DHCP mode while you run Dirac.
If your network is using DHCP, the AVR or Maestro will automatically get the IP address from your network router.
It doesn’t matter if the computer is connected via Ethernet or WiFi, as long as it is on the same network.
Make sure your AVR 7/9 or Maestro M5/M9 is connected to the same network as your computer.
When generating ultrasonic tones (20000 Hz +) speakers may produce additional parasitic sounds.
If you rise the volume to better hear very low frequencies, don't forget to lower the volume afterwards before playing higher frequencies: the perceived volume of a tone depends on its frequency. Also, keep the audio volume reasonably low to avoid damaging your hearing or your audio devices.
Keep in mind that the generated tones can be very annoying and irritating for your surroundings.
If you still want to use this app as a mosquito repellent, you should know that anti mosquito apps merely generate ultrasounds or near ultraounds (between 15000 Hz and 22000 Hz).
Several studies have found that ultrasounds are not an effective solution to repel mosquitoes.
Save your favorite signals as presets via the top-right menu.
WHERE IS TEST TONE GENERATOR IN XMC 1 GENERATOR
Visit the settings to customize the sound generator behaviour: define a timer, enable octave buttons, and more.
Available waveforms for the generated signal are: sine, square, triangle and sawtooth.
This app generates frequencies from 1 Hz (infrasound) to 22000 Hz (ultrasound), and supports decimal values (e.g.
or you can have fun by generating police sirens, cartoonish fall sound effects, etc.
Discover how your audio setup handles frequency sweeps ranging from very low frequencies to near ultrasounds.
Play and export randomly generated sound effects.
Remove water from your phone speaker by generating sound waves in a specific frequency range.
Relax with binaural beats or white noise.
Find and attempt to mask your tinnitus frequency.
Test your hearing: On average, humans hear frequencies between 20 Hz and 20000 Hz, but the hearing can deteriorate with age, especially for frequencies close to ultrasound.
Frequency Generator packs ten high-quality and user-friendly signal generation tools: