![]() This a part of CD red book standard but nobody notices this and often forgets this cool feature or doesn’t know how to extract the data!. This is done by extracting additional data from SPDIF. Also you can see the CD track-time information is displayed when using spdif inputs!!!. Font size is bigger than Spring2 but smaller than Spring1. May dac also has a new screen on the front that appears the same as the Spring2 on initial glance . They are handmade for this dac specifically and delivery world class performance you would expect. Near zero leakage, improved dynamics and overall spectacular performance. We have found after careful testing this new transformer type outperforms ALL transformers we have ever tested to this date. Also each channel is individually powered by it’s dedicated Otype FLATWIRE transformer found in all three models. so there is a dedicated Dac Module for Left Channel and a dedicated Dac Module for Right Channel. ![]() Silver Rhodium Faston connectors used at IEC input. 1.5mm Silver wire is soldered direct to the pcbs with highest grade audio solder. The KTE version has OCC copper wire replaced with 1.5mm pure silver wire. The May and KTE version of the May DAC also is with a CNC machined aluminum remote control! Standard with all three models. ![]() Each one can be individually configured pin outs to support all i2s products on the market. Also there are TWO i2s ports in the May dac. such as the MCLK is isolated from data line and this improves jitter spec. ![]() We are no longer using common LVDS chipset and are now using a custom 4way circuit that isolates each line which further improves sound quality. New improved power supply circuit with high performance multi stage regulation circuit using Rubycon ZLH caps, Panasonic FC, Vishay Caps or L2/KTE models with our exclusive HoloAudio Branded Caps (KTE model unique custom proprietary caps to replace Vishay caps) The enhanced USB module has two XMOS xu208 chips instead of one that is used in the Spring2. Low frequency performance (-40db) is also improved. The USB module has completely new code written to optimize performance and reduce latency significantly. The May DAC has the new and exclusive USB Enhanced module which has our FPGA with the new Titanis 2.0 and custom firmware to improve USB Eye Pattern and reduce latency to near zero as well as reduce jitter to very very low levels. This sound click sound has been reduced significantly with a special circuit design. Also, we have worked hard to reduce the common click noise with all dacs when switching from DSD to PCM. The May DAC (all three models) will also support DSD1024 native and PCM 1.536MHz output! Theoretically it can do DSD2048 and PCM 3.072Mhz however is untested at this time. Ils sont faits à la main pour ce dac spécifiquement et offrent des performances de classe mondiale auxquelles vous vous attendez. Fuite presque nulle, dynamique améliorée et performances globales spectaculaires. Après des tests minutieux, nous avons découvert que ce nouveau type de transformateur surpasse TOUS les transformateurs que nous avons testés à ce jour. De plus, chaque canal est alimenté individuellement par son transformateur Otype FLATWIRE dédié que l’on trouve dans les trois modèles. il y a donc un module Dac dédié pour le canal gauche et un module Dac dédié pour le canal droit. Et livrer notre signature sonore enivrante pour laquelle HoloAudio est connu. Avoir les meilleures mesures des Dac NOS R2R. might record the whole song to see which curve is longer.Le May DAC est là! plus de 3 ans d’attente et une R&D énorme pour atteindre un nouveau niveau de performance et de qualité sonore qui établit une nouvelle norme. I found it interesting, but can't say if it was due to the dac, my sound card, or audacity. Seemed like the bit slips occurred just prior to some sharp transients. i exported the data to csv and used excel to find that there was a temporal shift of 4 samples over the 2 seconds of data and when i manually adjusted for it by removing 4 individual samples from one curve, they overlayed very nicely. most of the result was close to null except near some sharp transients. In the meantime, i did a quick test using the analog output from the dac as input to my pc, recorded a few seconds of a song with audacity, then compared to the flac by aligning the waveforms, inverting, and merging. have posed the capture question to the pi forum.
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