SHANLING M1 PLUS DAP Digital Music Player Silver

Shanling's M1 Plus is a technical and aesthetic evolution of the M1S high-fidelity digital music player. This Plus version benefits from an improved digital/analogue conversion stage now based on an ESS ES9069Q chip, a new amplification stage and a Bluetooth receiver updated to version 5.2. Its appearance has also been modernised to make it as ergonomic as possible, a real distinguishing feature of the M1. As a result, the M1 Plus is the ideal companion, whether you're on the move or at home, for listening sessions of incredible quality.

Shanling M1 Plus : Fast, intuitive navigation

Like its predecessor, the Shanling M1 Plus is based on the Mtouch operating system, providing access to a wide range of useful functions. It's powered by an Ingenic X2000 processor, ensuring smooth browsing in all circumstances.

Shanling M1 Plus : Boundless connectivity

While the Shanling M1 Plus naturally has a 3.5mm jack for conventional connection to your headphones, it also offers Bluetooth 5.2 connectivity for even greater convenience. Bluetooth connectivity with Sony LDAC and Qualcomm aptX technologies. The first of these technologies, LDAC, enables Bluetooth users to enjoy Hi-Res Audio files at up to 24bit 96kHz 4.5Mbps, where conventional Bluetooth would only allow 16bit 44.1Hz compressed audio. The second technology, aptX, enables transmission with less latency and greater stability, to deliver a clean signal.

Furthermore, the M1 Plus features bi-directional Bluetooth 5.2. So, while it can transmit to a speaker or headphones, it can also be used as a receiver, to take advantage of its amplification and DAC from a third-party source.

Furthermore, the M1 Plus can connect to a WiFi network to use AirPlay and DLNA technologies. A 4.4mm balanced jack is also available for exceptional quality headphone listening.

Shanling M1 Plus : Bi-directional USB-C

In the same vein, this player also features a bi-directional USB-C port. Just like Bluetooth, this port is capable of receiving or sending audio data. Ideal for taking advantage of the device's audio performance.