Transparent

Now, Transparent is pleased to announce that much of what we have learned in the development of Generation 5 Audio Cables has led to a series of breakthroughs that unleash power cord performance. Transparent welcomes the new Opus Power Cord to our growing family of Generation 5 flagships! 

Now, Transparent is pleased to announce that much of what we have learned in the development of Generation 5 Audio Cables has led to a series of breakthroughs that unleash power cord performance. Transparent welcomes the new Opus Power Cord to our growing family of Generation 5 flagships! 

Twenty-three years of technical development, materials research, and critical listening have culminated in Transparent's paramount technology to eliminate power line noise. 

Plus RCA Interconnects transfer more low frequency energy than Transparents MusicLink and The Link RCA interconnects due to heavier solid OFHC conductors and more substantial gold plated connectors and more effective network design. 

Plus is a big, but cost-effective upgrade for music lovers who want to replace their smaller, thinner speaker cables with heftier cables. Plus networks insure better low frequency signal transfer and help reveal more musical information because they reduce noise.

Balanced Plus is a true differentially balanced cable with 2 precision balanced networks neatly housed in a single network module. It delivers deeper, tighter bass and suppresses noise more effectively than balanced cables without networks.

PowerIsolator Reference is a versatile and relentless ally in the fight against line noise and grunge in your system. Particularly suited for your source components, PIR approaches the performance of PowerIsolator MM, while offering the versatility of four 15-amp high-current outlets. Give yourself an automatic upgrade by plugging fewer than four components into a PIR. 

Smaller and more flexible than Reference Digital Link, Transparent Premium 75-Ohm Digital Link provides amazingly precise and dependable digital transmission. It shares many technical features with Reference Digital Link including Teflon dielectric, OFHC solid center conductor, and custom RCAs or scientific grade BNCs with gold contacts.

Smaller and more flexible than Reference Digital Link, Transparent Premium 110-Ohm Digital Link provides amazingly precise and dependable digital transmission. It shares many technical features with Reference 110-Ohm Digital Link including Teflon dielectric, OFHC solid center conductor, precision twisted balanced conductors, and custom XLRs with gold contacts.

Advancements from Premium PowerLink (predecessor):

• New more tightly constructed power cable technology holds all elements of the cable package firmly in place and preserves the intended electrical properties of the cable designs
• New termination technology ensures better power delivery without restriction or instability, thereby freeing your components to bring you a more realistic music experience.
• Improved plug and IEC connector provides a tighter, more solid connection to the wall and your components
• Improved network lowers AC line noise for improved musical dynamic range.
• Larger network module provides greater mass and internal dampening to minimize resonance and external mechanical noise interference

Since 1997, Transparent's Reference Digital Cables have set the standard for ultimate digital signal transmission, but Transparent has a strong commitment to continue to push the parameters of the current state of the art. Dielectric materials and extrusion techniques, conductor size and composition, impedance matching, shielding, and connector technology all affect noise and jitter in high-speed digital signals. 

Since 1997, Transparent's Reference Digital Cables have set the standard for ultimate digital signal transmission, but Transparent has a strong commitment to continue to push the parameters of the current state of the art. Dielectric materials and extrusion techniques, conductor size and composition, impedance matching, shielding, and connector technology all affect noise and jitter in high-speed digital signals.