Skip to content
Delivery time approx. 1-2 weeks
Promotion: Free Lotoo LTTP dongle.
Reviews
"From a sound perspective alone the Lotoo PAW Gold Touch 2 is sublime. It offers an extremely refined and accurate sound, that is slightly warm but especially superbly rendered in body, texture and richness.
It is very hard to pass on the PGT2 as it performs in outstanding fashion with all my earphones and headphones. Personally, I haven't heard a DAP that could beat its realism and wow factor. "
Lotoo PAW Gold Touch 2 Review - Headfonia
The new benchmark in portable music players
The PAW GT2 marks a new chapter in Lotoo's pursuit of excellence in portable audio. Combining powerful performance with a sleek, compact design, it sets a new standard for the brand's innovation in portable music players.
Performance beyond all proportions
With its innovative, sophisticated "sandwich structure," the GT2 maximizes isolation and shielding, ensuring the purest possible sound experience. Unprecedented low distortion combined with an exceptional signal-to-noise ratio (SNR) of 133 dB ensures unsurpassed clarity to maintain sonic precision.
The output power has been increased to an impressive 1000 mW per channel. While many portable players prefer lower power, the GT2 goes beyond that, delivering music with depth and precision like never before.
Achieving this balance between high signal-to-noise ratio and robust output power was a significant engineering feat, but one that Lotoo fully embraced. The result is the PAW GT2—a palm-sized powerhouse that delivers uncompromising sound quality and performance.
Wireless high-resolution audio transmission
Until now, only Mjolnir users had an exclusive preview of Lotoo's proprietary transmission technology, and now the GT2 is LTTP-enabled. The Lotoo Tele-Transport Protocol (LTTP) is Lotoo's proprietary wireless high-definition audio transmission protocol.
LTTP supports lossless, high-bit-rate audio transmission, delivering high-resolution 96 kHz/24-bit and lossless 48 kHz/24-bit audio at a transmission bit rate of 1080p. LTTP is compatible with all major platforms—iOS, macOS, Android, and Windows—and ensures seamless connectivity with smartphones, tablets, PCs, and Mac computers. LTTP wireless technology will be integrated into all future Lotoo products.
High performance and maximum utilization of DAC chips
Lotoo's engineering team strives to maximize the potential of each DAC chip, ensuring nothing goes to waste. This commitment ensures the highest possible performance from the AK4191EQ and AK4499EX DAC chips in the GT2.
The GT2 supports true 768 kHz PCM and DSD512, setting a new standard in audio fidelity. The AK4137EQ upsampling chip is designed for hardware-based upsampling and seamless conversion between DSD and PCM formats.
Lotoo aims to be the ultimate audio solutions provider, manufacturing audio devices that deliver a seamless, enjoyable music experience in any environment.
Our mission is to harmoniously connect devices, emphasizing pure listening pleasure without the clutter of complex technology or unnecessary features.This is our vision – a world where simplicity meets quality and every listening experience is fulfilled effortlessly.
Specifications
- Screen: 800x480 4-inch touchscreen
- Weight: 388 g
Audio Specifications Headphones – 4.4 mm balanced
- Maximum output level: +20.3 dBu (S mode)
- Maximum output power: 1000 mW/channel (32 Ω load) 620 mW/channel (100 Ω load) 210 mW/channel (300 Ω load) 104 mW/channel (600 Ω load)
- Channel separation: 122 dB
- Frequency response: +0.006/-0.04 dB (20~20 kHz)
- Signal-to-noise ratio: 133 dB (20~20 kHz, A-weighting)
- THD+N: 0.00013% at 1 kHz (20~20 kHz, A-weighted, no load)
Audio Specifications Headphones – 3.5 mm unbalanced
- Maximum output level +14.2 dBu (S-mode): +14.2 dBu (S-mode)
- Maximum output power: 460 mW/channel (32 Ω load) 156 mW/channel (100 Ω load)
- Frequency response: +0.004/-0.05 dB (20~20 kHz)
- Signal-to-noise ratio: 129 dB (20~20 kHz, A-weighted)
- THD+N: 0.00020% at 1 kHz (20~20 kHz, A-weighted, no load)
- Min. noise level: 0.8 µV
