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AudioQuest DragonFly Red v1.0 USB DAC with JitterBug USB Data and Power Noise Filter Package
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*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
- Electrical items MAY be 110 volts.
- 7 Day Return Policy
- All products are genuine and original
About AudioQuest DragonFly Red V1.0 USB DAC With
This AudioQuest DAC package includes: 1 - AudioQuest DragonFly Red v1.0 USB Digital-to-Analog Converter 1 - AudioQuest JitterBug Dual Function USB Data and Power Noise Filter AudioQuest DragonFly Red v1.0 USB Digital-to-Analog Converter DragonFly Red is a USB digital-to-analog converter (DAC) designed to deliver cleaner clearer more naturally beautiful sound from any computer smartphone or tablet. DragonFly Reds unique design allows for playback of any file type regardless of resolution. Natively DragonFly Red is capable of decoding 24-bit/96kHz data. DragonFly Red employs a unique clock system called a Hybrid-PLL. While not discrete the Hybrid-PLL performs equal to or better than many discrete clock systems at a fraction of their cost. Additionally DragonFly Red is software upgradable. DragonFly Red DAC Features: Plays all music files: MP3 to high-res Compatible with Apple and Windows PCs as well as iOS and Android mobile devices (requires Apple Camera Adapter or Made for Android/OTG adaptor) Drives headphones directly Fixed output feeds preamp or AV receiver Asynchronous transfer ensures digital timing integrity High output (2.1 volts) drives almost all headphones including power-hungry models 32-bit ESS 9016 DAC with minimum-phase filter Bit-perfect digital volume control AudioQuest JitterBug Dual Function USB Filter AudioQuests new dual-function JitterBug is a USB line (VBUS) and signal (data) filter. JitterBug follows the footsteps of AudioQuest's award-winning category-defining DragonFly USB DAC and their best-in-class USB Ethernet FireWire and Thunderbolt digital interconnects promising the next step forward in high-performance computer-audio playback. While USB (along with Ethernet) has become one of the two most important and widely adopted interfaces in the age of computer audio it does come with its own unique sets of liabilitiesmainly sound-degrading noise currents. All computing devices whether they b
