Cerious Technologies NEW Graphene Cables


Now, this is not a advertisement, just a posting sharing my experience on some well made great sounding cables at a very reasonable price. Besides, I don't think Cerious Technologies is set up for a big influx of cable orders.

But, if you get the chance to try these cables, please do.

I have been interested in the newer cables coming out that are using Graphene as a conductor. SR cables seemed interesting, but I always hated the way there cables had all those extra wires (with the active shields and such). I then noticed an ad early in I think November or December from Cerious Technologies for Graphene cables. I investigated how the cables were assembled and it seemed like quite a laborious process.

I ordered (with a 30 day money back guarantee) the balanced Graphene interconnects, and boy did they impress me. Such depth, soundstage, realism, frequency smoothness, effortless sound. I was truly impressed!  I now have a complete loom of the Cerious Technologies Graphene cables. That is; interconnects, speaker cables, digital cables and power cords.

I ended up selling all of my other cables and to those of you who have read my postings know that cables have always been my curiosity.

So, as I began this post, let me again iterate, I have no alliance to the company, my posting is for those of you looking for an great alternate high quality Graphene made cable without spending a fortune.

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Not a stupid question at all.  Don't know the answer.  A lot of the unque value for applications comes from being only one atom thick as I understand  it.  
The use of Graphene in tennis rackets is interesting because the Graphene is obviously used like Graphite used to be used, as structural material, stiff and strong and lightweight, like Boron, Magnesium, Carbon Fiber and Titanium. So that begs the question, how do they use Graphene in making tennis rackets since a one atom thickness, wouldn’t buy you very much? My guess is they reinforce some other material(s) with a layer Graphene, or multiple layers of Graphene, each layer one atom thick. That’s how I’d do it, anyway.