1. Drivers Dsd Docet-lector Dac Bluetooth
2. Drivers Dsd Docet-lector Dac Biet
3. Drivers Dsd Docet-lector Dac Software

Double-Differential-Quadruple-Converter with 4 D/A-Converters per channel, 32-Bit Sigma Delta, 352,8 kSps/384 kSps. Eight times oversampling. Upsampling: free programmable signal processor with four selectable oversapling algorithims. DAC-2 DSD, DSDse, 2v2 and 2v2se Driver Package. W4S Dac2v2 w10 DSD USB drivers.zip (Size: 3.41 MB) Intimo DSD USB drivers. W4SXDriverSetupv3.34.0.zip (Size: 1.19 MB). The Zodiac Platinum DSD DAC supports up to DSD128 (Double-DSD) and 384kHz, 24-bit streaming to a custom-designed, ultra-low jitter USB connection, as well as AES/EBU, S/PDIF, and TOSLINK PCM support. The DSD features include a unique 256X up-sampling mode where DSD64 and DSD128 are. Native DOT-BIT direct PURE DSD-DAC without chip-dac, DSD 512 drive by DSL-1 modulator Visit our page report at Hi-end 2014 Munich Award winner ZOR preamplifier from Image hifi magazine (Germany).

TEAC HI-RES EDITOR OVERVIEW

Supported OS

Features

Editing high-resolution DSD/PCM files possible

Editing high-resolution DSD (DSF/DSDIFF) and PCM (WAV) files with up to 2 channels (mono/stereo) is possible. DSD formats of 2.8–11.2 MHz and PCM formats of 44.1–384 kHz and 16/24/32-bit are supported. As for the DSD files, import and editing of the file are possible as DSD formats. In addition to converting between DSD and PCM formats and different sampling frequencies, basic editing functions such as trimming and joining files. These editing functions are all available on the Home Screen, and the simple, easy-to-understand operation screen enables intuitive use.

Windows/Mac OS supported

The following operations are possible on a Windows/Mac computer. The Windows standard driver (WASAPI) and ASIO 2.1 are supported audio drivers on Windows computer.
* Check computer system requirements in the specifications
* In Mac version 11.2MHz DSD/DSF is not played back natively, but converted during playback to another supported sampling frequency.

Download for free

TEAC Hi-Res Editor is a free application. It can be downloaded from the following TEAC website.

Conversion of audio file formats and sampling frequencies, for example, possible

PCM files can be converted to DSD formats and DSD files can be converted to PCM formats. Sampling frequencies can also be converted as desired.
* Quantization bit depth can also be converted for PCM files.
* Press the EXPORT button on the SCREEN to access the file conversion function screen.

Combine function allows two files to be joined

Two audio files can be combined into one file if they have the same file format and sampling frequency/quantization bit rate.
* Press the COMBINE button on the Home Screen to open the file combination function screen.

With waveform display possible, intervals set with in/out points can be changed and saved

The waveform for the loaded audio file is shown on screen, and the time and level axes can be zoomed. Markers at the top of the screen can be moved directly while viewing the waveform to set trim in/out (start/end) points for the file to be saved. When saving, the desired file format and sampling frequency, for example, can be used. In addition, short fades can be added to in/out points when saving intervals.

Editing with just a computer possible

TEAC Hi-Res Editor allows editing with just a computer and makes it unnecessary to connect a playback device to monitor audio files. In addition, by using USB to connect a playback device that supports DSD such as the TEAC UD-503 USB DAC or HA-P90SD portable headphone amp/player, playback of DSD files from the computer is possible.

Audio from vinyl records can be split into files by track.

PCM audio files recorded for archiving using a TEAC TN-570/300 turntable, which has USB digital output, can be split into tracks with TEAC Hi-Res Editor. Furthermore, by converting audio to DSD, tracks from records can be played back on the TEAC USB DAC UD-503, the HA-P90SD portable headphone amp/player, which support DSD, and the HA-P5 portable amplifier with DAC.

DSD audio files can be converted for playback on iOS devices, such as iPhone (iPod/iPhone)

TEAC Hi-Res Editor can be used to convert DSD audio files to PCM, enabling them to be loaded into iTunes. By converting files loaded in iTunes to Apple Lossless Audio Codec (ALAC), music saved as DSD can be played even on an iPhone or iPod (iOS devices, such us iPhone). With the TEAC Hi-Res Editor, DSD files can be converted and put into iTunes - making it possible to listen to them on your iOS devices (iPhone/iPod) or iPhone as well as a DSD player.

Upconversion of PCM files and conversion to DSD for playback

By converting a PCM file recorded using a TASCAM DR series linear PCM recorder to a higher sampling frequency or DSD format, playback at higher resolution than that used for recording is possible with a device that supports it. In addition, by converting audio to DSD, files can be played back on the TEAC UD-503 USB DAC, the HA-P90SD portable headphone amp/player, which support DSD, and the HA-P5.

Splitting a DSD audio file that was recorded without track divisions into individual tracks

When making long recordings with a DA-3000, it is possible to use the track incrementing function to split the file at the desired points to create separate files for each track. If a recording was made without splitting it into tracks, however, TEAC Hi-Res Editor can split a file into multiple tracks without using a DAW.

Combining long recordings that were split into multiple files due to size limits

In 5.6MHz DSD recording mode, a file can reach the large size of 1 GB in 11 minutes. This can result in the maximum size for a single file being exceeded when recording orchestras and other long performances. When recording with a DA-3000, a new file will automatically be created if the file size exceeds 2 GB. Using TEAC Hi-Res Editor, files split this way can be combined into a single file.

Converting an audio file recorded as DSD to PCM

After recording at high-resolution 5.6MHz DSD using a DA-3000, this application can downconvert the resolution or convert to a PCM file format to suit other playback requirements. This allows recording of high-resolution master files that can be used to archive audio without needing to worry about how the file will be used after recording.

• Editing high-resolution DSD/PCM files possible
• DSD formats of 2.8M/5.6M/11.2 MHz and PCM formats up to384 kHz/32-bit are supported.
• 2-channel audio sources supported (mono/stereo)
• Import and editing are possible as DSD formats
• Windows supported (using the Windows standard audio driver or ASIO 2.1)
• Mac supported (11.2MHz DSD/DSF is not played back natively, but converted during playback to another supported sampling frequency.)
• Setting fade-in/out points possible using waveform display
• Conversion of audio file formats from DSD to PCM and PCM to DSD possible
• Conversion of frequencies and PCM recording quantization bit depths possible
• Combine function allows two files to be joined
• Editing with just a computer possible
• Free download from the TEAC website

Drivers Dsd Docet-lector Dac Bluetooth

STAR Pure DSD DAC

INTRODUCTION

The high resolution PCM at 96-192KHz 24bit offer the possibility to have a good quality digital signal exceeding the big limits of the CD.
TheDSD is very different from PCM, using a sampling frequency 64 times higher than that of a standard Compact Disc, offers a frequency response of up to 100 kHz and a dynamic range of up to 120 dB across the entire audible range.
The DSD on paper should be better than hi-resolution pcm like the 192KHz 24bit because the two conversions (from and to the analog) are more simple (see this article from Korg website) but the AES Convention Paper 6086 and AES Convention Paper 5395, seems to contradict this.
The DSD signal can be directly used to reconstruct the original analog signal with a simple RC filter but with this method we get many digital noise also using a good digital and analog filters so forget this method.
I have lost many time and money to test these solution, using different USB to DSD interfaces, I2S isolators and D-type flip-flop.
The little Lampizator and RT audiodesign companies has succeeded to reduce the noise and produce a DSD DAC with this method but with some limits.
This project here exposed has another approach, it is based on the DSC1 that is an Open Hardware, 'discrete' delta-sigma D/A-converter developped by Signalyst, the DSC1 is able to convert the DSD signal to analog without noise and without a DAC chip.
The DSC converters does not work with a PCM signal so it is necesary convert the PCM to DSD on the fly during playing so it is necessary to use computers with adequate performance.
In this project we have used the CT7302PL single chip dual channel audio digital to digital bridge with a sample rate converter to convert PCM signals to DSD.

HARDWARE

The core of this design is the CT7302PL with the following specifications:

• SPDIF support up to 768 KHz/32bits mode
• I2S support up to 768 KHz/32bits mode
• DSD support 1x/2x/4x/8xmode
• DoP support 1x/2x/4x mode,throughI2S
• DoP support 1x/2x/4xmode, through SPDIF
• PCM SRC / ASRC fully support 32 KHz~ 768 KHz.
• PCM / DSD / DoP to PCM / DSD / DoP converter with SRC / ASRC
• Crystal reference clock / MCLK / DoP / Mute status output
• Auto De-emphasis32KHz/44.1KHz/48KHz.
• Auto detecting PCM / DoPformat.
• Auto detecting I2S / DSD interface.
• Volume control with fading in/out.(+18dB ~ -110dB step 1/32 dB)
• SRC / ASRC 32 bits dynamicrange(192dB), THD+N (-174dB).

After the CT7302PL chip there is the DSC in the differential version designed by Pavel Pogodin with the output transformers to filter and to convert the output in un-balanced and balanced signal.
The 74AHCT595 are high-speed Si-gate CMOS devices used for the serial-to-parallel data conversion.
This module use a mute circuit to eliminate any click in the transition from one track to another using the TS5A3167 (SPDT) single-pole double-throw analogswitch .

This module need a AC power supply in the range 6.5V - 7V and it can power the Amanero USB module with a dedicated 3.3V.
On Amanero module to exclude the USB power supply and use an external 3.3V is necessary cut a wire or remove on-board regulator.
The USB interface used is the Amanero with the normal firmware to support Native DSD.

The Controller module included in the kit use the 16F877 chip, a 20MHz Enhanced 8K Flash Microcontrollers.
It drive a 4 x20 characters LCD and it is connected with the I2C bus to the CT7302PL.
A separeted power transformer is used to manage the standby function.

OUTPUT TRANSFORMERS

The output transformers are necessary to mix the differential signals coming from the 74AHCT595 in phase and out phase.
These are also used to give un-balanced and balanced output signal, the module integrate a relay to switch the ground connection.
The models has been selected by Pavel Pogodin after many test and also I have compared these with other models with much higher cost always preferring these.
These have a turn ratio of 2:1+1, made with a permalloy core with a thickness of 0.16mm and an inductance about 340H.
The declared frequency response is 10Hz - 195 KHz at -0.2dB for the yellow and 20Hz - 80 KHz at -0.2dB for the black type
Yellow type has more 'air' and black are probably more balanced but it all depends very much on the record or even his mood.

REMOTE

In same case it is necessary increase the output level so use in the setting menu the V+ and -V buttons to set +6dB. +12dB or +18dB, I suggest a max of +6dB because otherwise the distortion can increase.
There is also a function to set an amplification of +6dB for DSD tracks because some player give a lower level for these.
All the settings can be saved in the EEPROM so these will be set at the next power on (press mute button on Setting menu).

AMANERO FIRMWARE

To get the max stability is necessary set theAmanero module with the last firmware 2006be10 with DSD Native support.

3) When you replug the erased device, Windows can ask about a driver.

4) Be sure to be connected to internet.
5) Run ConfigOEM117.exe and select the CPLD firmwareCPLD_for_1081_DSD_SWAPPED and CPU firmware 2006be11 after press Flash CPU.
6) Replug the USB cable and if it's all ok the audio driver needs to detect the device.

On Windows system install the driver ASIO 1062 and verify it in the device manager.

Set on ASIO panel the latency at 15msec stanting the Amanero ASIO program.

To reduce problem during playing in the control panel open Sound and select as default audio device another interface.
You will select the ASIO Amanero inside the player.

SOFTWARE

• HQPlayer by Signalyst available for Windows, Mac OS and Linux, there is a Server and a Desktop version at a cost of 145,18 euro
• Daphile Audiophile Music Server for x86 hardware, it is free but it need a dedicated hardware
• JRiver Media Centeravailable for Windows and Mac OS at a cost of $49.98
• Foobar2000 freeware

MEASUREMENTS

Output at 0dB near to 1.5Vrms.

REVIEWS

STAR DSC took first place in the contest organized by the forum Vnav.

Here is the result of a test in October 2019 with a friend of mine with a lot of experience in recording and playing audio.

Drivers Dsd Docet-lector Dac Biet

Yesterday evening the first serious listening test about the new dsc module with CT7302 vs NAA (Network Audio Adapter) DSC module.
The quality of the last DSC with CT7302 is very high, the same details and the same sound stage of theNAA DSC module.
The NAA DSC module with the HQplayer filters is a little bit more softer but it is not easy define if it is more or less near to the real sound.
Using the CT7302 with jRiver the sound is very natural and analog.

Drivers Dsd Docet-lector Dac Software

PHOTOS