Shunyata Research




	The Cirrus interconnect is the most affordable application of the Shunyata’s technically advanced and patented Helix Geometry. The Cirrus interconnect features a 3 x 3 single-core design that virtually eliminates the self-induced distortions and colorations and system dependencies of common cable designs. Although the Cirrus is the least expensive cable in the Aeros (air-us) Series line, it was developed expressly to challenge the most expensive signal cable products on the market. Every design innovation, component and materials process used within Shunyata's top model signal products are also on clear display in the Cirrus interconnect -- including the Alpha Cryogenics Process and Shunyata Research's exclusive Cohergenic Conductors. The Cirrus interconnect represents an extraordinary value for this level of technology and hand-crafted innovation. FEATURES • Patented Helix geometry: US6,242,689 • Entirely hand-braided • Unrivaled Shunyata Research Craftsmanship *EXCLUSIVE SHUNYATA* COHERGENIC CONDUCTORS • Certified CDA-101 copper • Premium polyethylene dielectric CONSTRUCTION • Geometry: Helix Single-Core 3 x 3 • Conductors: 7 • Gauge aggregate: 15 AWG (~1.3 mm2) • Flexible .40” (10mm) diameter CONNECTIONS • WBT NEXTGen RCA • Neutrik XLR SPECS • Inductance: < .25uh/ft • Capacitance: < .03nf/ft Click HERE** to learn about Shunyata Aeros Series Technology. Click HERE for more information about our Helix Geometry.

			EXCLUSIVE SHUNYATA COHERGENIC CONDUCTORS After 3 years of development and testing, Shunyata Research introduces Cohergenic Conductors. Cohergenic Conductors are the result of a process that creates a permanent inter-molecular alignment of the copper molecules within a conductor. Click HERE for more information on Cohergenic Conductors. ALPHA CRYOGENIC PROCESS All connectors are treated with Shunyata Research's exclusive performance enhancing Alpha Cryogenic process. This treatment uses an optimized atmospheric condition within the cryo-chamber that improves upon the conventional cryogenic process. Click HERE for more information on the Alpha Cryogenic Process.