Brand New Ifi Micro Itube Tube Buffer (used) Series [MoObfCml]

Original iFi Micro iTube Tube Buffer: Enhance Your Audio Experience

The iFi Micro iTube Tube Buffer is a revolutionary device designed to elevate the sound quality of your audio system. This original version, distinct from the iTube2, brings the rich, warm essence of tubes to your digital and analog sources. With its unique combination of technology and craftsmanship, the iTube Tube Buffer transforms your audio setup, offering unparalleled clarity and depth. Key Features:

• Improves analog and digital sound quality
• Removes digital harshness and adds richness

Unmatched Performance and Versatility

The iFi Micro iTube Tube Buffer is more than just a pre-amplifier; it's a Swiss Army Knife of audio solutions. Its patented technology, Digital Antidote Plus, eliminates harsh ringing in digital sources, ensuring a smooth and enjoyable listening experience. The device boasts input impedances ranging from 1M ohm (buffer) to 100k ohms (preamp), allowing it to drive up to 600 ohm loads. This versatility makes it an ideal choice for bridging different impedance systems, such as tubes to solid-state. Key Benefits:

• Patented Digital Antidote Plus for reduced ringing and distortion
• 3D HolographicSound technology for a more immersive listening experience

Quality and Reliability

Crafted with precision and attention to detail, the iFi Micro iTube Tube Buffer is built to last. The General Electric NOS 5670 tube, with an estimated lifespan of 100,000 hours, provides exceptional harmonic character, warmth, and tonal consistency. The device's pure analog volume control preserves the innermost resolution of the signal, ensuring a clear and accurate reproduction of your music. With its compact design and easy integration into your audio system, the iTube Tube Buffer is the perfect addition for any audiophile looking to enhance their listening experience. Key Specifications:

• Maximum output: 5.5V
• Input voltage: AC 100-240v, 50/60Hz
• Power consumption: <4W Idle, 10W max