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The Oxford Reverb plug-in is a highly flexible stereo reverberation generator, designed to complement existing Sonnox Oxford applications in providing the user with the highest technical and sonic performance coupled with artistic and creative facility. As well as providing stunning presets, the user has full control over all of its many parameters, including a very comprehensive early reflections section, and integrated 5-band EQ. The Sonnox Oxford Reverb allows the powerful facility to create virtual spaces freely, depending on artistic need, ranging from dry reflection ambiences, room and hall simulations, sound effects, all the way to wide open reverberant spaces with a very large range of possible texture and spatial character.
Control
Combining reverb modeling with an unprecedented level of control, the concept behind the Sony Oxford Reverb is to provide the users with the highest technical and sonic performance coupled with artistic and creative facility. As well as providing stunning presets, the Oxford Reverb allows full control over its many parameters, including a a very comprehensive reflections section and integrated 5-band EQ. The Oxford Reverb allows the powerful facility to create virtual spaces freely depending on artistic need, ranging from dry reflection ambiences, room and hall simulations, sound effects, all the way to wide open reverberant spaces with a very large range of possible texture and spacial character.
Sound
The sonic quality is stunning. We've never heard a plug-in based on artificial reverb techniques that sounds as natural as the Sony Oxford Reverb. It gives you impression of sitting in the room, being able to touch the walls of wood or stone.
Sony Oxford Reverb Native Features:
* Real-time continuous control of virtually all parameters.
* Dual independent paths for both early reflections and reverb tail function.
* Each reverb path can be used indepnedently or in combination.
* Fully controllable 5-band parametric EQ incorporated into the reverb.
Early Refections Section includes:
* Control of 4 virtual room shapes, all with continuously adjustable sizes.
* Placement of listening position.
* Control of stereo separation of room relections.
* Control of loudness of reflections in relation to path lengths.
* Variable re-injection of distributed sound within simulated space, controlling
refelction density.
* Control of overall feedback where reflected signals are re-circulated.
* Feedback phase control to set relected diffusion characteristics.
* Variable absorption control, which sets the equivilent hardness/softness of
the room space.
Reverb Tail section includes:
* Variable delay compensation to set the timing of the start of the reverb tail
using the dry signal. (Can be fixed in track mode.)
* Reverb tail source cross-fade mix between input signal and early reflections
signal.
* Final reverb tail source cross-fade mixbetween compensated dry signal and
uncompensated dry/early reflections mix.
* Reverb time control.
* Delay size control, which is independent of reverb time, sets the build-up and
density of the reverb tail.
* Dispersion control, which sets the build-up rate, character, and sonic texture
over time.
* Phase difference control, which works in conjuction with dispersion in order to
set the build-up of phase differences between left and right.
* Phase modulation to add time releated variance to the reverb character.
* Variable absorption control, which sets the equivalent hardness/softness of the
room space.
* Diversity function that provides fron center weighting to the reverb tail.
Note: An ilok key is required for software authorization.
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