Features:-
>Flagship Dual DAC chipset(2xCS43198).
>High-Gate-Count FPGA Chip.
>Low-power MCU chip.
>Super-Clean Output.
>Ultra-Low background noise.
>Dual high-power amplification chip.
>Balanced 4.4mm Headphone output.
>Single-ended 3.5mm headphone output.
>SPDIF output(3.5mm).
>Low-power consumption.
>Easy firmware upgrade.
>Output power up to 230mW @ 32ohms.
Upgrade your musical experience to lossless high-quality performance with class now. Luxury & Precision W2 is the latest flagship portable USB DAC/AMP that provides excellent performance with low power consumption. It features two premium DAC chips and premium audio chipset for high-quality distortion-free performance.
High-Fidelity Performance With Powerful Dual DAC Chips:-
L&P has equipped the latest W2 with not one but two high-performance flagship-grade CS43198 DAC chips. The CS43198 is a high-performance low-power consumption DAC chip from Cirrus Logics that provides excellent high-resolution audio signal decoding with low-power consumption.
Authentic High-Resolution Output:-
The L&P W2 is equipped with top-of-the-line professional audio chips collaborating on their specialties to bring an authentic true-to-life high-resolution audio experience for its users. We are pretty sure you are gonna love the smooth, well-detailed sound characteristics of the W2.
One With The SPDIF Output:-
The L&P W2 is the only USB DAC/AMP so far that features SPDIF Output. L&P’s professional SPDIF output enables a new playback solution with improved clarity and signal transmission.
Balanced 4.4mm Headphone Out:-
The L&P W2 features two different headphone output ports. It features one 4.4mm balanced and another 3.5mm single-ended headphone output ports. They have a power output rating of up to 230mW @ 32 Ohms.
Low-Power Consumption:-
Luxury & Precision has professionally designed the power supply for the W2. It features a separate power supply for USB and DAC chips resulting in pure sound output. Both the USB and DAC chips take very low power from the source device preserving the source device’s battery.
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