: Compact rectangular card-style chassis measuring 133mm (W) x 67mm (D) x 34mm (H) .
: If you are tuning in a loud room, use the input jack or a separate contact microphone (like the Korg CM-300 ) to bypass ambient noise.
I can provide tailored recommendations or guide you to the best places to shop! Go to product viewer dialog for this item. Korg AT-2 Chromatic Tuner
The is a legendary, vintage pocket-sized instrument tuner celebrated for its bulletproof reliability, wide chromatic detection range, and simple interface . Released during an era when Korg was cementing its reputation as the global standard for tuning accuracy, the AT-2 became a staple accessory for guitarists, orchestral woodwind players, and brass ensembles alike. korg at2
The AT-2 is not stuck at A=440Hz. It features a calibration mode that allows you to adjust the standard pitch (usually between 410Hz and 480Hz).
KORG Auto Tuner AT-2 Auto Chromatic Tuning Instrument Tuner Japan. Korg AT2 Chromatic Tuner - Reverb
The standout feature of the Korg AT-2 is its : Compact rectangular card-style chassis measuring 133mm (W)
The defining feature of the AT-2 is its analog-style needle display. While many modern tuners use crude LED ladders, the AT-2 utilizes a high-precision meter movement (or high-res LCD simulation of one).
Korg did not skimp on the physical design of the AT2. Visually, it resembles a small book or a oversized guitar pedal. It features a distinctive on the back, allowing you to prop it up on a piano, music stand, or amp. The rubberized base ensures it won't slide off a vibrating subwoofer.
Key Features
-inch jacks for electric instruments, alongside a built-in condenser microphone for acoustic instruments. Why Choose the Over Modern Tuners?
To understand the AT2, you must understand its predecessor. When Korg released the (Auto Tuner), it shocked the market. Before the AT-1, most tuners used a mechanical VU meter needle. The AT-1 replaced that with a 61-segment LED matrix. Suddenly, musicians could see their pitch stability in real-time, as a "moving dot" traveling across a high-resolution screen. It was fast, visible in the dark, and incredibly accurate.