timeline of technology
A Legacy of development
From the very first experiments conducted in January of 2009, it was evident that there was something special about the theories instigating the experiments. Though the promise was there, the refinement to carry the Turnbull Shield was not yet realized. The basic principles of the technology were shared with multiple companies, including NVS Sound, and those products have been on the market for many years.
timeline of technology
2009
Vibration control, field obfuscation, first particulate development experiments, field alignment experiments, continuing research for component applications and efficacy
2012
First award presented to NVS Sound, utilizing Turnbull technology
aaex 2013
NVS Sound Foundation series, Award for best value
Aaex 2015
Gold award for NVS Sound Silver Inspire XLR Cable. Field obfuscation material developments, material combination developments.
2014- 2016
Completely new conductor design and geometry, launched in all NVS Sound products
2017
Grand Prize is for CCS-4
Power distribution breakthrough, non cable.
2019
AA Grand Prize for NVS Sound FDV cable series triboelectric property breakthrough
2023
Breakthrough in the combination Vibration control and Field obfuscation.
2010
First high pressure compression test, Highly effective, but unable to implement until 2024 break through. First mass damping tests.
2013
first Grand Prix award from Audio Accessory magazine Japan, first time using one of the current field obfuscation materials.
Aaex 2014
NVS Sound Silver 1 Ultimate Series, best performance. New shielding technique, layered material developments.
2015
Audio Accessory (AA) award for NVS Sound Copper 2 phono cable proprietary geometry launch for phono cables
2016
AA Grand Prize award for NVS Sound FDS cable line. Proprietary base conductor developed, all lines.
2018
Dielectric development, patentable but kept private, Constrained Layer damping, Triboelectric property experiments and empirical testing in non-audio applications begins.
2020
First experiments combining Dielectric developments and field obfuscation.
2024
First break through enacting 2010 mass damping experiments into cable design in a usable manner, finalized particulate shape and size experimentation for each material utilized.