iFi Audio SPDIF iPurifier2 Digital Optical and Coax Audio Signal Optimizer

iFi Audio SPDIF iPurifier2 Digital Optical and Coax Audio Signal OptimizerReduce digital audio jitter from S PDIF signals with the iFi AUDIO S PDIF iPurifier2. It features an RCA digital coaxial and 1 8" optical input and output and supports multiple digital format types, including Dolby Digital and DTS. Bit Perfect Engineering: The iPurifier2 is designed to be bit perfect to not over sample or up sample the signal. It's compatible with DTS, Dolby Digital, and DoP signals and supports signals up to 192 kHz. It works with

Reduce digital audio jitter from S/PDIF signals with the iFi AUDIO S/PDIF iPurifier2. It features an RCA digital coaxial and 1/8" optical input and output and supports multiple digital format types, including Dolby Digital and DTS.

Bit Perfect Engineering: The iPurifier2 is designed to be bit perfect – to not over-sample or up-sample the signal. It's compatible with DTS, Dolby Digital, and DoP signals and supports signals up to 192 kHz. It works with optical and digital coaxial connections from nearly any S/PDIF source, and can output to both optical and digital coaxial at the same time, allowing for simultaneous connection to two audio systems. It can also function as a digital coaxial to optical converter.

Four-Stage Process: The signal goes through four stages: isolation, regeneration, a memory buffer, and re-clocking. This is designed to restore the square wave, which represents the desired signal, restoring the S/PDIF signal without jitter with more warmth, resolution, and dynamic contrast.

GMT Memory Buffer System: AMR's Global Master Timing (GMT) / Memory Buffer System is engineered to solve the S/PDIF digital signal jitter problem. Reclock and Regenerate are designed to add further strength and fidelity to the signal.

Galvanic Isolation: The galvanically isolated S/PDIF output separates the electrical circuits to help eliminate stray elements, so only the signal can pass through for virtually interference-free audio.