It supports differential signaling in all existing standards: RS422/485, LVPECL, MECL, LVDS, CML. Exactingly thought-out construction with 23 AWG pure OFC solid core conductors and the advanced 3-layer CAFPE® insulation guarantees the I2S data is precisely transmitted without a single error. The comprehensive triple shielding reduces mutual interference and EM radiation to a minimum level, as well as protects from external EM field influence, especially at high transmission rates. Full UHD 4K/60Hz video is reproduced without chroma subsampling (4:4:4) or noticeable masking issues at lengths up to 5m. Reference I2S/HDMI IC pushes the boundaries of what is possible with these digital formats.
Specifications
| Type: | high-speed digital multimedia cable fully compliant with I2S & HDMI 2.1standards |
| Supports: | up to 32-bit/768kHz (PCM/DSD1024) Hi-Res Audio & UHD video 4K/60Hz (3840 x 2160) without chroma subsampling (4:4:4) at lengths up to 5 m |
| Service conductor: | 7 service multi-stranded OFC conductors |
| Signal conductor: | 5 pairs of 23 AWG 0.258 mm² OFC solid core conductors |
| Insulation: | 3-layer CAFPE® |
| Shielding: | combined: each conductor pair is individually shielded by copper foil with an integral drain wire. 2-layer outer shield: copper foil & >90% copper braid |
| Jacket: | thermoplastic polyurethane (TPU) Elastollan® |
| Protective cover: | nylon sleeve |
| Outer diameter: | 11.8 mm |
| Termination: | precision-made HDMI connectors with 24K gold plated microalloyed copper contact groups |
| Available: | in standard terminated lengths |
| Country of origin: | engineered in Russia, manufactured in China |
Due to the cable construction complexity and excessive material consumption the initial burn-in period (time during which the best sonic performance is reached) is suggested as 100 hours of uninterrupted music playback at least. We highly recommend playing music of different genres.
Due to our policy of continuous product development, all specifications are subject to change without notice.
