null

Solid State Logic BIG SIX

SSL

BSW PART:
BIG-SIX

18 CH SuperAnalogue Desktop Mixer

$2,699.99 $3,239.99
You save $540.00

BiG SiX combines production tools from iconic SSL studio consoles with the latest in hybrid workflow. G-Series Bus Compressor with renowned ‘Auto’ release, E-Series EQ, glorious sounding mic pres with channel processing, and advanced monitoring and routing, all designed on a SuperAnalogueTM foundation and brought together with full USB integration. BiG SiX is the essential SSL studio.

BiG SiX is the natural evolution of the modern-day studio classic, SiX. Incorporating feedback from a wide range of artist, producers and engineers, BiG SiX increases its capacity in almost all areas with four SuperAnalogueTM mic pres, four SuperAnalogueTM stereo inputs with dual mono switching, 3 band E-Series EQ on every channel, dual independent headphone outs with source matrix and much more.

Whether you’re wanting to take your content creation or post-production to the next level with SSL analogue processing or require advanced hybrid workflow for multitrack recording or stem mixing, BiG SiX offers absolute flexibility and creative agility for any production scenario.

$2,699.99 $3,239.99
You save $540.00

Free Shipping

Out of stock

Add to quote
Qualifies for free shipping
  • Main Features:
  • Four SuperAnalogueTM Mic / line / Hi-Z / 48V / HPF and polarity switch
  • Four SuperAnalogueTM stereo line level inputs with dual mono switching
  • Built in 16 channel 96 Khz / 24-bit USB interface with advanced routing
  • Essential version of G-Comp Bus Compressor with 'Auto' release
  • 3 Band SSL LF/MF/HF EQ on every channel
  • Classic SSL channel dynamics processing
  • Listen Mic Compressor
  • Dual independent headphone outputs with source matrix
  • 100 mm console grade faders
  • Professional metering
  • Comprehensive monitoring section
  • Two stereo cue feeds
  • Bus B / Mute switching
  • Two fully balanced stereo external inputs
  • Up to 18 inputs at mixdown
  • Mix Bus inject for cascading additional SiX/BiG SiX