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Lewitt LCT 540 Subzero 1″ True Condenser Studio Microphone

49,990.00

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Description

For ultra-detailed studio recordings. LCT 540 SUBZERO

Lewitt LCT 540 Subzero Condenser Mic

 

Rediscover your instrument and voice

Capture even more details than human hearing.

Lewitt LCT 540 SubZero

Special Offer  65,500.00  49,990.00

  • 1″ true condenser studio microphone
  • Self-noise below the threshold of human hearing
  • Ideal for extreme processing
  • Low-cut filters and attenuation
  • Cardioid polar pattern

Included: Shock mountMagnetic pop filterWindscreen, Transport bag

  • Cutting-edge condenser studio microphone for ultra-detailed sound images
  • Subzero self-noise circuit design
  • Dynamic range of 132 dB, Max SPL of 136 dB
  • 1″ Mylar diaphragm with cardioid polar pattern
  • Excellent transient response
  • Perfect match technology in every LCT 540
  • Includes military-grade protective case, shock mount, magnetic pop filter and pouch

Fit for extreme processing

Even the subtlest nuances sound crystal clear.

With its cutting-edge circuit and capsule design, the LCT 540 SUBZERO  features an impressive dynamic range of 132 dB to capture everything from loud to subtle. You won’t hear the self-noise of the mic even after heavily compressing the signal.

Material recorded with the LCT 540 SUBZERO is fit for extreme processing.

How is this mic better

Self-noise values below the threshold of human hearing

Our hearing threshold is very frequency-dependent. It is less sensitive towards low and very high frequencies and most sensitive around 2 – 5 kHz. With our specific and unique approach towards circuit and capsule design, we were able to realize self-noise that’ll stay below the threshold of hearing across the entire frequency spectrum.

LCT 540 SUBZERO graph better than human hearing

Yes, we like science

We had to elevate measurement to a new level.

To measure the self-noise of the LCT 540 SUBZERO, we built a unique device. It’s ten times more massive than conventional ones, weighing over 4500 kg or 9900 lbs in total. This amount of mass will dampen frequencies up to a 1/10,000th of their sound pressure. The frequency range from 20 Hz to 20,000 Hz is dampened by 60 dB, up to 80 dB on the higher frequencies.

REDISCOVER SOUND
Experience All Details

The engineering of this particular piece of cutting-edge audio technology asked for a forward-thinking approach towards capsule and circuit design. As a result, a way of experiencing sound at infinite depth and absolute precision came to life; its name, the LCT 540 SUBZERO. Get involved with tone and sound in ways unheard and bring your recordings to perfection by capturing all the fine-grained characteristics that constitute each moment of your performance. Rediscover your instrument and voice on a whole new level of musical detail.

BETTER THAN HUMAN HEARING
Subzero Self-Noise Architecture

To see how good our hearing is in a purely technical way we can look at the threshold of hearing. Bear in mind that our hearing threshold is very frequency dependent. Human hearing is less sensitive towards low and very high frequencies and most sensitive around 2 – 5 kHz. Comparing the hearing threshold to the self-noise values of the LCT 540 SUBZERO, you can clearly see that our microphone is always below the threshold of hearing. The entire frequency spectrum is important, here, because looking at a microphone’s self-noise as a single value just isn’t detailed enough when discussing high-end sound transducers.

PUSH IT TO THE LIMIT
9900 Pounds of Measurement

The better the microphone, the more difficult self-noise measurement gets. You need a place where no outside noise will interfere with the measurement result. This is especially difficult for lower frequencies. To measure the self-noise of the LCT 540 SUBZERO, we needed to build a unique measurement device that is more than ten times more massive than conventional ones, weighing over 4500 kg or 9900 pounds in total. It heavily dampens frequencies up to a 1/10,000th of their sound pressure. The whole frequency range of a microphone from 20 Hz to 20,000 Hz is dampened by 60 dB, up to 80 dB on the higher frequencies.

THE TIP OF THE ICEBERG
Why Is Low-Self Noise Important?

When you climb a mountain, and the weather is clear, your reward is a fantastic view. If it is partly cloudy or foggy, the payoff is profoundly reduced. The same goes for recording. Some peaks stick out of the noise floor (fog), but if you remove as much noise as possible, you will be rewarded with details that were buried before. This microphone can pick up the subtlest details in vocals or instruments, an almost inaudible whispering can be pushed up and sound crystal clear. Many noise issues only reveal themselves in post-production. Once you start compressing the signals a previously inaudible noise floor can appear; not with the LCT 540 SUBZERO.

THE BEAUTY OF UNLIMITED DETAIL
Infinte Depth. Absolute Precision.

The LCT 540 SUBZERO captures every sound source with absolute precision – because it is built with absolute precision; not even the tiniest detail of your recorded source will get lost. To guarantee its ultra-resolution sound and first-class sonic imaging, every 3 μm gold-sputtered, 1″ Mylar diaphragm underlies the strictest quality controls.

PERFECT MATCH TECHNOLOGY

Every single LCT 540 SUBZERO undergoes a series of measurements followed by adjustment of the polarization voltage to achieve the same sensitivity in every LCT 540 SUBZERO we will ever produce.

WHAT IS IN THE BOX

The LCT 540 SUBZERO comes in a military-grade protective case, with a shock mount that reduces structure-borne noise to a minimum, and a magnetic pop-filter that integrates perfectly with the design of the microphone.

Specifications

  • Acoustical operating principle – Pressure gradient transducer, externally polarized
  • Diaphragm – 3 micron gold sputtered Mylar
  • Transducer Ø – 25.4 mm, 1 in
  • Polar pattern – Cardioid
  • Sensitivity – 41 mV/Pa, -28 dBV/Pa
  • Equivalent noise level – 4 dB (A)
  • Max. SPL for 0.5 % THD – 136 dBSPL, 0 dB pre-attenuation
  • Signal / noise ratio – 90 dB (A)
  • Dynamic range – 132 dB (A)
  • Pre-attenuation pad – 0 dB, -6 dB, -12 dB
  • Low-cut filter – linear, 80 Hz (6 dB/oct), 160 Hz (6 dB/oct)
  • Internal impedance – 68 Ω
  • Supply voltage – 48 V +/- 4 V
  • Current consumption – 3.6 mA
  • Mic enclosure – Zinc die cast
  • Connector – Gold plated 3-pin XLR
  • Microphone dimensions – 158 x 52 x 36 mm, 6.22 x 2.04 x 1.42 in
  • Microphone net weight – 371 g, 13.1 oz

Sound samples

Sound samples

How does it sound?

Specs

Specifications

Acoustical operating principle
Pressure gradient transducer, externally polarized
Diaphragm
3 micron gold sputtered Mylar
Transducer Ø
25.4 mm, 1 in
Polar pattern
Cardioid
Sensitivity
41 mV/Pa, -28 dBV/Pa
Self-noise
4 dB (A)
Max. SPL for 0.5 % THD
136 dBSPL, 0 dB attenuation
Signal / noise ratio
90 dB (A)
Dynamic range
132 dB (A)
Pre-attenuation pad
 0 dB
-6 dB
-12 dB
Low-cut filter
linear
80 Hz (6 dB/oct)
160 Hz (6 dB/oct)
Internal impedance
68 Ω
Supply voltage
48 V ± 4 V
Current consumption
3.6 mA
Mic enclosure
Zinc die cast
Connector
Gold plated 3-pin XLR
Microphone dimensions
158 x 52 x 36 mm, 6.22 x 2.04 x 1.42 in
Microphone net weight
371 g, 13.1 oz

Microphones measured according to: IEC 60268-4 | Phantom power according to: IEC 61938 | Noise measurement according to: IEC 60268-1

Techgraph
Lewitt LCT 540 Subzero Condenser Mic
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Polar graph frequency