ZED-R16/X
- The ZED-R16 is a superbly equipped console with all the crucial parts of the recording process in one box. The best per forming preamp in Allen & Heath’s entire range is packaged with a high quality analogue to Firewire interface and the most extensive EQ on any mixer at this price point (or even twice the price!). An analogue channel strip so well featured, which sounds this good, is a real find at this level.
ZED10FX/X
- 4 mic/line inputs, 2 with Class A FET high impedance inputs
- Neutrik mic XLR
- Neutrik 1/4 inch jacks
- 3 band EQ with MusiQ
ZED12FX/X
- 3 stereo channels with 2-band EQ and inputs for extra sources
- 16 internal time-delay effects
- Neutrik mic XLR
ZED22FX/X
- Multipurpose USB Mixer with FX for Live Sound and Recording 16 mono mic/line inputs 4 stereo channels with 2-band EQ and inputs for extra sources.
- ZED-22FX is ideal for groups who need to travel light. Featuring configurable USB audio in/out makes it easy to capture stereo recordings
- The ZED-22FX easily accommodates vocals, drums, guitar, bass and keys whilst also providing a dedicated FX bus and 16 internal time-delay effects – giving the whole mix extra ambience.
ZED2842/X(ZED428)
- ZED-428 is excellent for bands, houses of worship, theatres or AV applications. It has a truly professional feature set, which will fit any sound reinforcement application and professional PA hire stock. ZED-428 has Configurable USB audio in/out makes it easy to capture stereo recordings, 24 mic or line inputs plus 2 dual stereo inputs, 4-band EQ with MusiQ, 4 sub-groups, 6 auxiliary sends and a 7×2 matrix.
ZED3642/X (ZED436)
- 32 mono channels
- 2 dual stereo inputs with 4-band EQ
- Neutrik mic XLR
- Neutrik 1/4 inch jacks
ZED6/X
- 2 Mic / Line Inputs with separate XLR and TRS jack sockets
- 2 Stereo Inputs with TRS jack sockets
- 2 Guitar DI high impedance inputs, eliminating the need for DI boxes
ZED60-10FX/X
- 4 mic/line inputs, 2 with Class A FET high impedance
- 60mm professional quality faders
- Responsive 3-band, swept mid EQ with MusiQ