The Spectral UL-230 Ultralinear III interconnect cable is the foundation choice for component interface in the Spectral system. UL-230 Ultralinear III has been designed to offer maximum performance and sonic sophistication with an emphasis on high value. As a dedicated Spectral cable network, the UL-230 assures the precision time alignment and critical impedance matching that Spectral components require. The overall performance envelope of considerably more expensive MIT interconnects has been achieved in the UL-230 Ultralinear with exceptional balance and musicality. The Spectral UL-230 is also the ideal match to the UL-38 Ultralinear III speaker cable and combines with the Spectral components for a powerfully real and transparent resolution of the source. The UL-230 Ultralinear is a superb choice for all low level applications in the Spectral system.

Spectral UL-350 Ultralinear III Interconnect

The Spectral UL-350 Ultralinear III interconnect cable is our reference component interface in the Spectral system. UL-350 Ultralinear has been designed to offer reference level performance with Spectral components and introduces the new generation 350 series MIT design optimized for our exclusive applications. The UL-350 Ultralinear draws upon decades of advancements made in the Spectral MI-350 series interconnects which culminated in the world-recognized MI-350 CVT/Terminator. The new generation Spectral UL-350 advances the leading edge tradition of the MI-350 series with remarkable improvements in overall performance and value. All the patented design features pioneered in MIT reference cables are optimized for the Spectral system in UL-350 Ultralinear for a new level of quietude and transparency. UL-350 Ultralinear is the ideal match for the Spectral UL-60 Ultralinear III speaker cable and Spectral’s reference series of high resolution audio components. This low capacitance custom cable is ideal for longer interconnect runs. As an investment in sonic excellence UL-350 Ultralinear III will compliment any Spectral system.