Shanling’s in-house Smooth Sound Profile With the help of AKM’s trusted AK4493EQ DAC chipset, the EA5 Plus promises Shanling’s in-house quality sound performance with a rich and smooth presentation. Shanling’s has treated the EA5 Plus with a high-quality separated power supply design that helps in achieving the desired quality output response. Independent Streaming Centre Shanling EA5 Plug is a standalone device that can act as a single-point streaming station on your desktop. It has a closed Android operating system that supports famous streaming services including Apple Music, Tidal, Deezer, Qobuz, etc. You can also access files from your network server using the NAS function. You also have Apple Airplay & DLNA functions on the EA5 Plus!! Easily Fit Into Any System Shanling EA5 is a device that can be incorporated into any given audio system. It supports speaker setups with its high-power 100AS2 ICEpower stereo amplifier that provides a strong output thrust of 100Wx2 @ 4Ω of impedance load. The EA5 Plus also has a powerful headphone amplification section made up of OP+BUF chipset. The headphone section is also quite strong with an output power rating of up to 570mW @32Ω of load!! Two-Way High-Resolution Bluetooth Support EA5 Plus offers wireless connectivity with two-way Bluetooth support. It can be used as a Bluetooth DAC for any music streaming directly from your smartphone. It supports high-definition Bluetooth codecs including LDAC, LHDC, AptX HD, aptX, and SBC. Remote Control Using Companion Application Shanling’s Eddict Player application which is available on both iOS and Android devices allows you to take complete control of the EA5 Plus from your smartphone or tablet. You can use your smartphone or tablet as a remote control for the EA5 Plus. Full Android Lossless Audio Support Shanling has equipped the EA5 Plus desktop streamer with AGLO technology(Android Global Lossless Output), Music from all apps will be processed using the main architecture and reproduced in its true quality without any Android processes affecting the signal by any means.
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