Faster rendering using available hardware options.
Support for Intel/AMD and ARM CPU's (both 64-bit and 32-bit).
Low-latency support using load-balancing multi-threading with O/S native threading model.
Native support for Windows 7, Windows 8, Windows 10, GNU/Linux, BSD and File streams.
Optional support for Android, Windows XP, MacOS X (10.5.0 and later) and iOS and OpenBSD using SDL.
Stereo, Surround Sound or Spatial output to up to 8 speakers. HRTF support for headphones.
Extensive status collection support available including stream information, output volume and latency.
Support for automatic streaming of local or remote audio streams, both in stereo and in 3d mode.
AeonWaves native AAXS file format can be used to set filters and effects to all emitters and audio-frames.

Support for stereo and 3d sub-mixing using audio-frames.
3d sub-mixing means it is simple to move and orientate a set of interconnected emitters just by updating the matrix of the parent audio-frame.
Supports distance time-delayed state changes.
Distance attenuation with frequency filtering.
Adds a physically correct Doppler velocity effect.
Supports radiation patterns (audio-cones) using the directional filter.
Indoor sound propagation with direct path occlusion and reverb blocking.

5 audio file types (WAV, Vorbis, MP3, raw and AAXS) are supported.
14 PCM audio formats in both little-endian as well as big-endian format are supported.
10 filter types and 11 effect types are supported.
Every emitter and audio-frame can have it's own set of (3d) filters and effects allowing, for instance, frequency filtered reverb-on-reverb.
AeonWave version 3.3 adds the C++ option to tie a variable to a specific filter or effect parameter of a particular class. Assigning a new value to the variable automatically updates the appropriate filter or effect for that class.
The streaming code allows retrieving buffers (sampled audio or AAXS files) from remote HTTP servers.
An internal waveform generator supports 5 waveform types and 3 noise types. Different types of waveforms can be mixed in, added to or ring-modulated.
The library allows generating complex sounds without the need to ship sampled audio files by combining the waveform generator and available filters and effects.