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Lavry Savitr (AUX) AD-24-200 GOLD AD Converter

Lavry Engineering

AED33,275.00 (Inc. VAT 5%)
AED31,690.48 (Ex. VAT 5%)
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SKU:
LE-001
Weight:
6.00 KGS
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Free Shipping
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New from Lavry, the AD-24-200 Savitr provides improved quality, and ease of use for the most technically demanding recording and mastering studios.

This frankly astonishing converter outperforms our previous AD122 series converters across the board. The Savitr grants low distortion which redefines the industry standard.  It extends the clock range to include 192 kHz, and automates the search for external clock signals.

*The Savitr also offers a 2nd digital audio output with independent user control over audio formats and clocking to either internal or external clock sources.

FEATURES INCLUDE:

  Pristine audio performance (THD+N) up to 200 kHz sample rate

  Intuitive operation

  High-resolution meter display

  Main & Auxiliary digital outputs

♪   Independent audio formats (AES/SPDIF)

♪   Independent clocking (Search & Lock/ Internal)

  User

♪   MX clipping (on/off)

♪   Soft saturation levels (4)

♪   Low Latency mode (on/off)

 

Tech specs

PERFORMANCE

THD+N (0 dB Internal Gain)

Analog Input Level Source Frequency Gain 20 kHz Bandwidth 40 kHz Bandwidth
-1 dBFS 1 kHz 0 dB -110 dBFS 0.00032 %FS -107 dBFS 0.00045 %FS
-0.1 dBFS 20 Hz to 20 kHz 0 dB -109 dBFS 0.00035 %FS -103 dBFS 0.00071 %FS
-1 dBFS 20 Hz to 20 kHz 0 dB -109 dBFS 0.00035 %FS -106 dBFS 0.00050 %FS
-3 dBFS 20 Hz to 20 kHz 0 dB -113 dBFS 0.00022 %FS -110 dBFS 0.00032 %FS

THD+N (with Internal Gain)

6 dB of Internal Gain:  Increases THD+N by less than 2dB of the values above.

 

Dynamic Range

Sample Rate Bandwidth Unweighted A-Weighted
44.1 kHz 20 kHz 126 dBFS 128 dBFS
96 kHz 40 kHz 122 dBFS 128 dBFS
192 kHz 80 kHz 104 dBFS 128 dBFS

Channel Separation

  • 1 kHz:                      123dBFS
  • 20-20 kHz:              108dBFS

Latency

  Main Output   AUX Output
Conversion Rate Best Quality Low Latency Auxiliary Rate Best Quality Low Latency
44.1 kHz 471 µs 153 µs 44.1 kHz 3.7 ms 3.5 ms
48 kHz 440 µs 150 µs 48 kHz 3.4 ms 3.4 ms
88.2 kHz 267 µs 109 µs 88.2 kHz 1.9 ms 1.7 ms
96 kHz 249 µs 103 µs 96 kHz 1.7 ms 1.6 ms
176.4 kHz 137 µs 89 µs 176.4 kHz 940 µs 890 µs
192 kHz 130 µs 86 µs 192 kHz 865 µs 820 µs