Feature

●High-Performance Audio Enhancer - The iFi audio GO pod is a compact wearable DAC (Digital-to-Analog Converter) and headphone amplifier, specifically engineered to upgrade your in-ear monitors with high-definition, 24bit/96kHz audio.
●Advanced Bluetooth Capabilities - Supports an extensive range of high-definition Bluetooth codecs (LDAC, LHDC/HWA, aptX Adaptive, aptX, AAC, SBC) and features Qualcomms QCC5144 Bluetooth 5.2 chipset for high-speed, reliable connectivity.
●Premium Sound Processing - Incorporates a dedicated MasterHIFI DAC and a fully balanced amplifier. These components work in tandem to deliver vibrant, expressive audio with ultra-low distortion.
●Unique Technical Features - Our device stands apart due to its innovative implementation of True Wireless Stereo technology (TWS), support for Hi-Res 96kHz/24bit audio, and true balanced output for superior sound fidelity.
●Convenient and Efficient - The GO pod features automatic pairing, single-pod operation flexibility, and robust battery life. With its advanced tech specs, the GO pod is an ideal choice for discerning audiophiles seeking high-definition wireless audio on the go.
●User-Friendly & Versatile - Smart charging case with 35 hours of playtime, Qi wireless charging, and USB-C fast charging and Interchangeable IEM connector loops.


Description

Experience Unmatched Wireless Audio Quality with iFi GO pod
The iFi GO pod is a wearable 24bit/96kHz HD Bluetooth DAC and headphone amplifier designed to provide a superior listening experience. Primarily tailored for high-quality in-ear monitors (IEMs), the GO pod is perfect for professionals and audiophiles in the age range of 35-65 who value exceptional sound quality.
Ground-breaking Connectivity & Battery Life
Enjoy the state-of-the-art Bluetooth capabilities, powered by the premium QCC5144 Bluetooth 5.2 chipset. This innovation brings together the best of audio, connectivity, and mobile advancements, providing superior connectivity and extended battery life.
Worlds First True Wireless Stereo Technology
Experience the worlds first True Wireless Stereo Technology (TWS) incorporated into this wearable device. Along with a dedicated MasterHIFI DAC chip, the GO pod guarantees dynamic and expressive sound with ultra-low distortion.
Hi-Res Audio for Immersive Experience
The GO pod features a 384kHz, 32bit Cirrus Logic DAC chip with a high signal-to-noise ratio, providing Hi-Res 96kHz/24bit audio for an immersive listening experience.
Auto Pairing for Seamless Connectivity
With the automatic pairing mode, your GO pod units connect to each other automatically when taken out of the charging case. You can even use a single GO pod by connecting it through the Bluetooth menu.
Quality Components for Quality Sound
Our device is equipped with premium components such as Hi-Res Bluetooth QCC5144, MasterHIFI Audio CS43131 DAC, and balanced MMCX/0.78mm output. It also offers five selectable digital filter responses to customize your sound preference.
Technical Specifications
The GO pod is designed to match headphone impedance with output power and includes auto impedance detection (16Ω / 32Ω / 64Ω / 300Ω). Other technical specs include Total Harmonic Distortion + Noise ≤0.002% (1KHz/32Ω) @ (20-20KHz), Output Max power 120mW@32Ω; 4V@300Ω, SNR 32Ω ≥ 129dB (A) / 300Ω ≥ 132dB (A).
Product Dimensions
GO pod dimensions: 43.5 x 16.4 x 9.5 mm. Case dimensions: 116 x 76 x 38.5 mm.
Wide Range of Connectors & Compatibility
The GO pod is compatible with a wide range of IEM connectors, ready for your favourite brand. The device comes standard with MMCX and includes 0.78mm 2-pin ear loops. Pentaconn, T2 and A2DC type ear loops will be sold separately.
Superior Sound Quality with Individual Key Stages
Unlike common wireless earbuds, the GO pod optimizes each key stage - Bluetooth stage, DAC stage, and amplification stage - individually. Like top-tier high-fidelity speakers, this allows for superior sound quality directly to your ear canal.
Get ready for an unrivaled True Wireless Stereo experience with iFi GO pod - where high-tech meets high-fidelity.