β-Sine
As I have teased out a bit to this point, I have been busy at work creating Hapa Audio's next generation of Hapa Audio balanced products. In order for these products. It has been a long time in the making. New geometry is deceptively difficult to accomplish. For one, rarely is it ever as straightforward as merely understanding what the geometry looks like. And for two, implementing said geometry in the real world is an engineering feat in and of itself. ...
DCSG - Dual Chirality Star Geometry
DCSG is Hapa Audio's proprietary geometry used in our analog headphone cables, RCA, XLR and many other designs. it allows for maximum flexibility, while keeping leads evenly spaced from each other...
LML - Low Mass Language
The unique design philosophy of Hapa Audio cables can be summarized thusly: less is more. LML isn't a specific technology nor is it merely buzz technojargon. LML is the modus operandi in which all of our design philosophy stems from...
Dynamically Elastic Braid Geometry
We've counted, after the Y on the cable we put approximately 200 braided knots per side into the cable, all done by hand. The braided knots are so tightly woven that the polymer exterior becomes compressed like a spring resulting in a Dynamically Elastic Braid Geometry...
Angel Hair Litz / vibration damping
When we say we use the 'finest' Litz available we are referring of course to the quality/purity of the material being well above standard. However we are also referring to the diameter of our litz. Coming in at a mere 80 microns in diameter (08 millimeter diameter. compared to human hair at anywhere between .03-.12 millimeters.) We intentionally use the absolute thinnest (and subsequently the most difficult to work with) wire that we can find...
