Universal Audio 2LA2 Twin Channel Tube Compressor

Combines two channels of silky, tube-amplified, stereo matched optical gain reduction in one unit.

Universal Audio 2LA2 Twin Channel Tube Compressor

Universal Audio 2LA2 Twin Channel Tube Compressor

DV Locations

2LA2 Twin Channel Tube Compressor description:

The Universal Audio 2LA2 is not an exact component clone of the classic LA-2A, but a feature-enhanced stereo evolution of its ancestor that elegantly combines two channels of silky, tube-amplified, stereo matched optical gain reduction in one unit.

Like its ancestor, the 2LA2 works by applying the audio signal to an electro-luminescent light panel which shines on a photo-electric cell which in turn controls the gain. Designed by original UREI® engineer Dennis Fink, the 2-LA-2 retains the core “sonic signature” components that made the LA-2A the studio standard compressor in recording studios around the world.

The 2-LA-2 uses only the finest audiophile quality parts, from metal film resistors and WIMA capacitors to custom UA input and output transformers. From drum bus to master bus, vocals to vibraphones, the 2-LA-2 delivers the same authentic, smooth as silk gain reduction you’ve come to know and trust with the LA-2A, conveniently re-designed into a 2U two-channel package.

Universal Audio 2LA2 main features include:

  • Sound and circuit of the original Teletronix LA-2A
  • Linked stereo or dual mono operation
  • 2U Rack, Custom UA transformers, audiophile components
  • Designed by original UREI® engineer Dennis Fink
  • Gain: 35dB
  • Input Level: +24dB
  • Output Level: +20 dBu @ 1%
  • Slow Attack Time: 10ms
  • Fast Attack Time: 2ms
  • Release Time: 0.06 for 50% release; .5 to 5 seconds for complete release
  • Noise: -70dBu

Universal Audio 2LA2 Twin Channel Tube Compressor (code 47963)
Combines two channels of silky, tube-amplified, stereo matched optical gain reduction in one unit.
£2,499.99 (inc vat)

£2,499.99 (inc vat)

code 47963

usually shipped in 3-12 working days

  • Price Beater
  • Send to a friend
  • Print this page