When I first demoed this cab with it's matching amp, I was not only impressed, I was blown away to the point of buying the cab. It’s got the chug you love, scoop, power and nice sizzle bite in the highs we’ve all come to love with these cabs / speakers. It doesn’t sound like any I’ve heard or currently own. Thicker lows than Sheffield ® 1200 speakers in older 4x12's, and more scoop than Greenbacks ®. It’s a cool gem. There's a reason it's the first solo cab pack I am releasing.... it's one of my favorite.
Tight and punchy lows without becoming boomy, while retaining enough mids and ALL of the high end bite and sizzle you could ask for. This will be one of your favorite to play ... and will likely land in your mixes.
17 Mic captures - Meticulously captured to give the feeling and sound of sitting in front of the actual cabinet. All the lows, all the bite, definitely the chug.
5 mic positions each - Starting at the cap center, and moving out towards the edge in 4 more positions, these cover all the mix / flavors one needs when mixing or moving the mic around, without giving too many choices resulting in option paralysis. This are ideal "sweet spot" choices.
Analog Mojo - You've heard it a million times, but there's a reason for it: analog just gives that warmth, life and something extra that makes audio feel organic - so I landed on running the capture process through Neve® imbued flavor, finely tuned and adjusted.
Mixes - Blends of mics for quick pick and riff or mix!
Sample rates - 44.1khz, 48khz, 96khz, 192khz packs, all in 24 bit.
I O N I C 4x12 is based on the EVH® ICONIC® 412 with custom voiced CELESTION® 40W speakers.
LEGAL DISCLAIMER: These captures are unofficial captures. EVH® Fender®, Celestion® has not endorsed or partnered with Otto Audio, LLC to create these in any way.
All names of amps, cabinets,speakers, microphones, and other gear and/or accessory brands are trademarks owned by their respective manufacturers and are in no way affiliated with Otto Audio, LLC. Product names are simply used for the purpose of identifying the hardware that was used to create the impulse responses.
