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Astell & Kern SR25 Portable Music Player with Quad-Core CPU and Dual DAC (Carmine Red)

Product ID : 45145042


Galleon Product ID 45145042
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About Astell & Kern SR25 Portable Music Player With

The SR25 is the second model in the AstellKern Anorma standard line. Beginning with the AK70 AstellKern's goal was to bring high-resolution audio and the AstellKern sound to more music lovers. This goal continued with the successor to the AK70 the Anorma SR15 and now evolves further as the SR25 a premium product that fully embraces AstellKern's philosophy and technology now available to the masses. The SR25 is the latest answer to our never-ending question of "How do we get closer to the original sound the artist intended?" Features Quad-Core CPU Cirrus Logic CS43198 Dual DAC 32bit/384kHz Bit-to-bit Playback 3.6" 720x1280 Touch Display Aluminum Body 21 Hours Continuous Playback Perfect Circuit Design for the Highest Sound Quality Proper playback of DSD256 and 32bit/384kHz digital audio requires a high-performance CPU and fast memory speed along with an audio path suitable for high-speed signal processing. Optimizing the length of the audio path is a very important part as failing to properly do so can create a time delay between the signals resulting in sound abnormalities. With the SR25 the AstellKern team developed a completely different PCB design from the existing SR15 to process the high-speed signals where required resulting in audio path lengths that are the same allowing for super-high-resolution sound without any delay. Furthermore newly designed audio patterns and power circuits for distortion-free signal transmission and noise rejection are applied to each channel. The result is an Ultra-Low Noise Filter that allows you to experience AstellKern's flawless sound with Zero Noise on the SR25. Embark on a Musical Journey That Lasts the Entire Day If the power supply's stable design and efficiency are not properly taken into consideration the input/output voltage difference becomes large and when the output current is large the output voltage can become unstable. This leads to excessive noise being generated which can be a major cause of