Neve 2254/E Compressor/Limiter - Single #20201/K (Vintage) 1

Neve 2254/E Compressor/Limiter - Single #20201/K (Vintage)

$6,495.00
Sale price  $6,495.00 Regular price 
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Neve 2254/E Compressor/Limiter - Single #20201/K (Vintage) 1
Neve

Neve 2254/E Compressor/Limiter - Single #20201/K (Vintage)

Mono compressor/limiter module single

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Product Description

The inherently rich and colorful tone of the Neve 2254/E helps glue tracks together. Great for thickening up a thin or smaller sounding source.

Limiter
  • Ratio: more than 100:1
  • Level: adjustable from +4 dBm to +12 dBm in increments of 0.5 dBm
  • Attack time: 100 ms, 1ms
  • Recovery time: 100 ms, 200 ms, 800 ms, Auto
Compressor
  • Ratio: 1.5:1, 2:1, 3:1, 4:1, 6:1.
  • Threshold: -20 to +10 dBm
  • Attack time: fixed 5ms
  • Recovery time: 400 ms, 800 ms, 1500 ms, Auto

History

One of the landmark innovations in audio gear. Since its first appearance in 1969, the Neve 2254 Mono Limiter/Compressor has become a legend. With all-discrete Class A circuitry, transformer-coupled inputs, and many innovations - like its bridge-driver design - the 2254 created a totally unique sound that can only be described as 'Neve'.

The famous 2254 series of compressor limiters had its birth in the Neve 2253, which was a limiter designed for broadcast use in accordance with the Experimental and Development Department (EDD) of the Independent Broadcast Authority (IBA), a regulatory body set up in the UK in 1972.

By adding a compression side chain to the original design, the 2254 was born. In its original configuration, the 2254 was used in both broadcast and recording consoles as built-in units, usually as part of the meter bridge.

Unlike many other compressors, the 2254 does not use a FET, opto-attenuator or VCA to create gain reduction, but employs a diode bridge for this purpose, which is biased by the compressor and the limiter. This creates about a 40dB loss at the attenuator and another 20dB at the gain make up stage, thus requiring about 60db of gain, which is accomplished by lowering the attenuation.