IO5-D/e

Inline Channel 5MT Series D

The IO5-D/e is the another very important input channel of the series D mixing consoles. Compared to the IO5-D/c, It offers a slightly reduced feature set at an affordable price. By combining both the inline channels, IO5-D/c and IO5-D/e it is possible to keep the price of a console in an appropriate range without a lack of channels. The IO5-D/e has the same basic structure and routing facilities and it uses the same components and offers the same tonal performance, of course. The lower price result in the two major differences. IO5-D/e has no dynamics section and the 2nd fader is a non automated rotary pot. Apart from this differences, it offers the same comfortable features for music recording and mixing and the same very high quality mic preamp with transformer balanced input, ultra low noise (noise figure is below 1.5 dB) and 70 dB maximum gain.

Features:

Very high quality mic preamp with transformer balanced input, very low noise (noise figure below 1.5 dB) and 70 dB maximum gain

Tape return input and additional line input for keyboards and external exquipment.

5-Band EQ with 3 fully parametric Band and +/- 20 dB gain range. The 3 overlapping, fully parametrics cover the entire audio range.

The Split Function makes it possible to use the 5 EQ bands as two separate EQ's in the Tape/Monitor chain and the Record chain. .

Second, totally independend 3 Band Equalizer with fully parametric mid band and +/- 20 dB gain range.

Automated main fader, 100 mm, with LED bar that indicates the VCA position next to the fader.

10 Sends, 6 mono aux sends with separate 'to REC' switches and a pre fader switch per pair, stereo CUE send with switch set and Extention Send that can be used either dual mono or stereo.

Extention send can be used to use the 24 bus routing for additional 'floating' aux sends.

Audio Subgrouping possible in many ways. The 24 bus routing can be used for audio sub grouping. Any input can be used as sub group master.

Full routing set to modify the assignment of the processing stages of the module. Input reverse and fader reverse, separate PFL, peak/present indicators and solo in place logic for each fader.