Interconnects, Digital

Description

Dynamic Design digital Interconnects are designed to transmit digital information with precision, making them extremely critical in getting the best out of connected equipment. As good as a component may be, its performance can be limited by poor interconnection that may degrade the information transmitted. This means you are not getting the type of performance you paid for and expect from your system.

Symptoms of poor interconnection include hazy or diffuse images, spectral anomalies where some frequencies are highlighted over others, flat two-dimensional images that always seem to stick to the front wall, lack of soundstage acoustical cues with poor perception of relative placement within the soundstage, murky transient performance with indistinct attack & decay characteristics and, many more.

Our digital cables adhere, within ultra-precise parameters, to the specifications required for all formats:

Precision 75 Ohm Clock and S/PDIF Digital/Clock Cables

Our 75 Ohm RCA or BNC S/PDIF cables feature ultra-precise 75 Ohm coaxial cable and connectors that maintain a constant impedance value from tip to tip thereby reducing damaging reflections. This design is also featured in our precision BNC terminated clock cables.

Precision 110 Ohm AES3 Digital Cables

Our 110 Ohm XLR terminated digital cables are designed to the latest AES specifications, building to the more stringent AES3 specifications results in improved transmission characteristics that are easily discernable when listening to your favorite music.

Dynamic Design award-winning digital interconnects, in a well-designed and balanced system, will float images that are devoid of boundaries, wrapping around you with a strong sense of 3-D dimensionality, incredibly wide bandwidth frequency extension and, stunning acoustical cues that put you right in the middle of the performance. Our digital interconnects are designed to get out of the way of your components so your music can soar to new heights and beyond. We pay special attention to all cable design parameters, the conductors, insulation, shielding and, connectors.

We achieve our design goals by researching and developing the following:

MLIS™ (Multi-Layered Insulation System) that offer high propagation velocity speeds as a result of extremely low dielectric constants. Insulators do a lot more than prevent the shorting of conductors, they also affect signal transmission speed and distortion. Poor insulators can leach the signal from the conductors, becoming conductors themselves and releasing the leached or stored signal out of phase of the original signal. This causes smearing and other distortions that change the signal relative to the recorded media. MLIS insulators are designed to leach none of the signal transmitted by the conductors resulting in impeccable phase accuracy that renders music with stunning clarity, speed, instrumental timbres and dynamic agility.

HPBM™ (High Purity Bi-Metal) conductors combine the characteristics of complementary metals for maximum conductivity and linear frequency response. Dynamic Design’s HPBM conductors utilize a number of metals in alloy form with high purity Silver to create conductors that in turn deliver smooth frequency response that does not favor any frequency over another.

UMLS™ (Unitized Multi-Layer Shielding) technology for ultra-wide bandwidth protection from noise. With noise dominating at higher frequencies, a well-designed shielding system offers more resolution at all frequencies as well as increasing the usable bandwidth of a system. Our Unitized Multi-Layer Shields use two or more shields arrayed concentrically for more uniform coverage and unparalleled wide bandwidth protection from noise. Our UMLS™ technology reduces coupling capacitance between adjacent conductors as well as reducing the total cable capacitance. It also improves signal speeds by up to 38% compared to standard shielding methods with superior delay and slew rate (low rise times) characteristics. It delivers more realistic dynamic transients, acoustical cues and attack and decay characteristics. UMLS™ offer extension well into the GHz frequencies for a resolute and non-fatiguing wide bandwidth performance.