+19 / +4 dBu switch on the bottom adds a direct way to reduce the output level, thus improves SNR for sensitive active monitors, avoids distortion / overload, and helps to keep TotalMix FX faders near 0 dB instead of high attenuations.
Here are modified versions of your original line to avoid duplication while maintaining the essence of the message:
1. On the AD side, the new ADC reduces latency by 6 samples (5 samples from AD and 7 samples from DA). It won't speed up further.
2. The introduction of the new ADC achieved a latency reduction of 6 samples on the AD side (with 5 samples for AD and 7 for DA). No additional speed improvement is expected.
3. The new ADC allows for a 6-sample decrease in latency for the AD component (5 samples for AD and 7 for DA). Further acceleration is not anticipated.
4. With the new ADC, there's a reduction of 6 samples in latency for the AD side (5 samples AD, and 7 samples DA). Speed won't be enhanced any further.
5. The implementation of the new ADC decreases AD latency by 6 samples (5 samples for AD, 7 samples for DA). It is unlikely to improve in speed.
6. Latency on the AD side is cut down by 6 samples thanks to the new ADC (5 from AD and 7 from DA). It will not become faster.
Full SteadyClock FS circuit as in the ADI-2 Pro FS for lowest jitter and highest jitter immunity.
3. 5 mm TRS phones output power rises from 70 mW to 90 mW. THD of both phones outputs improved by up to 10 dB. Uses same output op-amps as ADI-2 Pro now. Output impedance of 3. 5 mm TRS lowered from 2 Ohms to 0. 1 Ohms.
Mic inputs SNR improved from 112. 2 dB to 113. 7 dB, TRS Line inputs SNR improved from 114 dB to 116. 3 dB (120 dBA). THD Line inputs improved by 8 dB.