You can check the price history of iFi xDSD Gryphon - Ultra-Res Portable Balanced DAC & Headphone Amplifier - INPUTS: Bluetooth 5.1 / USB-C /S-PDIF / 3.5mm SE / 4.4mm Bal here.
Product Information
Details
Product Name
iFi xDSD Gryphon - Ultra-Res Portable Balanced DAC & Headphone Amplifier - INPUTS: Bluetooth 5.1 / USB-C /S-PDIF / 3.5mm SE / 4.4mm Bal
Store Product Code
B0CHSFZL1D
Store Name
amazon.com
Brand
iFi
Rating
8.6 / 10
Category
Amplifiers
Features
FULL MQA DECODING - Native DSD (up to DSD512) and full MQA decoding up to 384kHZ ON POWERFUL 16 - core XMOS processor
ULTRA RES AUDIO - Ultra - res PCM up to 32- bit / 768kHz via USB or 192kHz via optical or coaxial and Advanced 96kHz Bluetooth 5.1 + module with QCC5100 chipset supports various HD formats including aptX HD, aptX Adaptive, LDAC and HWA / LHDC.
MULTIPLE CONNECTIONS - Balanced (4.4mm Pentaconn) and S - Balanced (3.5mm) analogue inputs and outputs. Built - in iEmatch and auto - gain technology automatically adjusts output to suit headphones / IEM sensitivity / *Please note this product does not include a TOSLINK Mini-Plug to TOSLINK Adapter
TECH PACKED - With technology like: XBass and xSpace settings, PureWave balanced circuit design with OptimaLoop multi - path feedback and an ultra-low noise, 1000mW high power amplifier you can listen to your music with smoother, cleaner, playback
STYLISH AND SMART DESIGN - Military Grade Aluminum makes up a sturdy and sleek exterior whilst the state of the art SilentLine OLED display finishes off one of our most attractive products yet.
General Disclaimer: The image colour may differ from the actual product due to lighting. Please refer to the product for accuracy.
Images
×
Rating and Reviews
8.6Based on 312 reviews
iFi xDSD Gryphon - Ultra-Res Portable Balanced has 8.6 rating out of 10. This average rating is consist of 312 individual ratings. You can rate this product at product review page.
* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.