Technics SL-G700M2 SACD Player, DAC & Network Streamer A new generation of multi-digital audio player that supports a wide range of music sources and delivers highest sonic fidelity. Super Audio CD and MQA,Also USB-B Input is Newly Supported The SL-G700M2 supports playback of Super Audio CD, which is a high-quality audio disc format. For further sound quality enhancement, a "Pure Disc Playback" mode, dedicated for Super Audio CD/CD playback. This model also supports MQA and is capable of full decoding playback of MQA files and MQA-CDs. Various other high-resolution formats are also supported, including WAV/AIFF, FLAC/ALAC, and DSD file playback.In addition, the SL-G700M2 is equipped with a new USB-B port that allows constant connection to a network audio server or PC for playback of high-resolution sound sources from the connected device. Supports a Wide Variety of Music Sources and High Connectivity The SL-G700M2 supports Google Cast™, which enables a wide range of music streaming services from Google Chromecast-enabled apps, as well as AirPlay 2. Wi-Fi® and Bluetooth® wireless connections are also supported.* *A Google Voice-activated Speaker must be included in the same network.Compatible music streaming services will be supported sequentially through firmware updates.Network content services are operated by their respective service providers, and service may be discontinued either temporarily or permanently without notice. Some content may not be available in the country in which you reside.Registration/subscription may be required. Fees may apply. High Precision Coherent D/A Converter The SL-G700M2 is equipped with the High Precision Coherent D/A Converter, which is the result of the accumulation of these technologies, converts digital values to analogue signals with the utmost precision and outputs them to an amplifier. It is composed of (1) coherent processing, (2) high-performance D/A converter in dual monaural configuration, and (3) a proprietary discrete amplifier circuit.The dual ESS ES9026PRO is newly adopted for the DAC chip. The symmetrical placement of one L/R unit on each side and their independent transmission structures reduce mutual interference and faithfully reproduce the sound image and musical space contained in the sound source.The filter circuit after the D/A conversion uses an amplifier circuit with a unique discrete configuration instead of an operational amplifier IC. This realises even higher responsiveness and S/N and reproduces even the most subtle sounds. Coherent Processing Technology Technics' new proprietary coherent processing technology improves the reproducibility of impulse signals by minimising amplitude and phase deviations that occur throughout the D/A conversion process for signals up to 192 kHz PCM using proprietary digital signal processing*. With this processing, purity of the sound is increased, and the sound image is clearer. *DSD signals such as Super Audio CD are input directly to the DAC without performing this processing. Multi-Stage Silent Power Supply Digital audio players that handle small signals require thorough noise suppression because even the slightest noise can significantly affect sound quality. The Multi-Stage Silent Power Supply provides thorough noise suppression in three stages: (1) High-speed switching power supply, (2) low-noise regulator, and (3) current injection active noise cancelling.The SL-G700M2 uses a high-speed switching power supply of approximately 300 kHz, which is also used for the analogue circuits of the SU-R1000 reference-class integrated amplifier. By increasing the switching frequency, the interference of noise on the music playback bandwidth is reduced and a highly responsive power supply is achieved.The low-noise regulator also provides low noise at high level and stable power supply are realised with the fine tuning of circuit patterns. Current Injection Active Noise Canceling This newly developed technology, current injection active noise canceling removes unwanted noise components by applying an inverse phase current to the detected noise. More effective current noise rejection can be achieved by using the push/pull method in combination with conventional noise rejection by drawing current.
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