
DDHiFi DJ65A AL
It Looks Great On The Device
Surgical grade stainless steel housing and golden front cover, make up a reliable all-metal body.
All-Pro Level Materials
The specially-made 6.35mm plug is made of high-purity copper, which is almost non-magnetic, and the surface is thickly galvanized with 24K gold. The soldering wire in the plug also uses high-purity 0CC copper.
Upgrade To Be Non-Lossy
The desktop amplifier device generally comes with a 6.35mm output port, and stocks with a common 3.5mm adapter. But the quality of the included adapter may not be that satisfying, so itβs recommended to upgrade to a better adapter so as to avoid getting lossy sound quality from your device.
It Looks Great On The Device
Surgical grade stainless steel housing and golden front cover, make up a reliable all-metal body.
All-Pro Level Materials
The specially-made 6.35mm plug is made of high-purity copper, which is almost non-magnetic, and the surface is thickly galvanized with 24K gold. The soldering wire in the plug also uses high-purity 0CC copper.
Upgrade To Be Non-Lossy
The desktop amplifier device generally comes with a 6.35mm output port, and stocks with a common 3.5mm adapter. But the quality of the included adapter may not be that satisfying, so itβs recommended to upgrade to a better adapter so as to avoid getting lossy sound quality from your device.
Description
It Looks Great On The Device
Surgical grade stainless steel housing and golden front cover, make up a reliable all-metal body.
All-Pro Level Materials
The specially-made 6.35mm plug is made of high-purity copper, which is almost non-magnetic, and the surface is thickly galvanized with 24K gold. The soldering wire in the plug also uses high-purity 0CC copper.
Upgrade To Be Non-Lossy
The desktop amplifier device generally comes with a 6.35mm output port, and stocks with a common 3.5mm adapter. But the quality of the included adapter may not be that satisfying, so itβs recommended to upgrade to a better adapter so as to avoid getting lossy sound quality from your device.























