Audirect is a brand that specializes in DAC/AMP dongles and has been deeply dedicated to this field for ten years. They're experienced, and their product quality is reliable. That's the main reason we chose to work with them.
Most audiophiles own multiple headphones fitted with either 3.5mm or 4.4mm every DAC/amp come with a 4.4mm port. This makes 3.5mm-to-4.4mm adapters a highly sought-after accessory.
Today we are introducing a right-angle adapter: 3.5mm single-ended male to 4.4mm balanced female. It enables sources with only 3.5mm output to drive 4.4mm balanced headphones.
I. Specifications & Build
Connector: 3.5mm male to 4.4mm female, downward right-angle exit, T-block form factor
Housing: Aerospace-grade high-purity alloy, CNC precision-machined, anodized and sandblasted finish
Pins: Thick gold plating to minimize contact loss
Internal construction: Hard-soldered assembly; full metal casing for external EMI shielding
Dimensions & weight: Approx. 40×27×17mm, 12.6g. Compact enough to slip into a pocket.
II. Sound Characteristics
"Invisible" tuning: Low coloration, faithfully preserving the native sound signature of your source
Neutral with slight warmth: More lush than clinical, ultra-flat adapters, without heavy artificial coloration
Enhanced midrange: Cleaner vocals and instruments, better separation and soundstage than vintage adapters
Low transfer loss: Real-world testing places it among the better-performing commercial adapters for signal retention
III. Verdict
Best for: Audiophiles whose source only has a 3.5mm single-ended port paired with 4.4mm balanced headphones
Not ideal for: Listeners seeking dramatic tonal tuning or hoping to re-voice their system solely via an adapter
Summary
The MJOLNIR features a highly distinctive look and premium tactile feel in a compact, portable package. It is not designed to "upgrade" your sound. Its job is simply to bridge single-ended sources and balanced headphones while degrading the signal as little as possible. Its true value lies in solid craftsmanship and well-controlled signal loss.
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