Deadmau5 Here's The Drop

Brian Eno stretches out on The Drop, his 1997 collection of jazz-influenced experiments, available once again courtesy of All Saints Records. While Eno is hardly ever short of a concept, there doesn’t seem to be one here, though there is an aural motif of sorts. The sketches here, most less than three minutes and lacking any traditional song structure, are mainly built from piano and live sounding electronic drums, especially heavy on ride cymbal. The cheese factor may be a bit high, but the atmosphere is thick on moody pieces like ‘Swanky’, ‘Boomcubist’ and ‘Rayonism’.

The Drop is an analog modelled resonant filter plug-in based on classic analog synth filters, as well as completely new designs. There is a huge level of detail in the models, which gives them amazing drive and tone, as well as smooth audio rate modulation behaviour. The original structure of the circuits is preserved in the model, as is the location and shape of all major non-linearities.

The Drop is an analog modeled resonant filter plug-in based on classic analog synth filters, as well as completely new designs. It uses the same high quality algorithms used in circuit simulators, but optimised to run fast, and features a gorgeous fully scalable user interface. There is a huge level of detail in the models, which gives them amazing drive and tone. The original structure of the circuits is preserved in the model, as is the location and shape of all major non-linearities.

The Drop is an analog modelled resonant filter plug-in based on classic analog synth filters, as well as completely new designs. There is a huge level of detail in the models, which gives them amazing drive and tone, as well as smooth audio rate modulation behaviour. The original structure of the circuits is preserved in the model, as is the location and shape of all major non-linearities.

The Drop is an analog modelled resonant filter plug-in based on classic analog synth filters, as well as completely new designs. There is a huge level of detail in the models, which gives them amazing drive and tone, as well as smooth audio rate modulation behaviour. The original structure of the circuits is preserved in the model, as is the location and shape of all major non-linearities.