IBRA – CABLE HDMI ULTRA ADVANCE 2.0 4K – 21 GBPS (4 MT)

$35.900

Disponible para reserva

SKU: 0700646875610 Categorías: ,

Descripción

  • ✪IBRA® Ultra Advanced High Speed HDMI UPDATED VERSION(OCT 2017)✪ Supports HDMI 2.0 Ports (4K @ 60Hz, 18 Gbps,28 AWG) – Connect 4K/HD TV to Blu-Ray/DVD Player, Xbox, Play Station, PC, and other HDMI devices. Backwards compatible with HDMI v2.0, v1.4 & v1.3,Supports 10 bit color, HDR10 and full 4:4:4 chroma.
  • ✪HDR HIGH DYNAMIC ADVANCE RANGE✪ Provides wider and richer range of colors,ULTRA 3D COMBINED WITH 32 AUDIO CHANNELS provides high quality sound,Transfers all digital audio formats such as 2.0 (stereo / mono), 2.1, 5.1, 7.1, DTS-HD Master Audio, Dolby TrueHD, Dolby Digital, DTS.
  • ✪THE NEED FOR SPEED✪ The faster the better. With high-purity 100% OFC (Oxygen-Free Copper) conductor and Triple EMI shielding, it provides 18Gbps bandwidth, capable of transmitting 100% of the data required for 4K/ UHD. The result is crisper picture, brighter, more realistic color and greater detail than standard HD.
  • ✪HIGH DIGITAL DATA PROTECTION✪ Featuring high bandwidth digital content protection, this HDMI cord can assure safe data transmission.The thick outer layer helps protect the integrity of the cable from exterior forces.
  • ✪QUALITY CONTROL✪ Every cord is checked right from the assembly line to ensure it performs at peak level. We examine each cable at its manufactured length, between devices capable of supporting 4K (2160p) @ 60Hz.

IBRA Quality Construction:

Please don’t be fooled by thin Copper Clad Aluminium (CCA) cables. This beauty is made of 100% pure oxygen-free bare copper and is triple-shielded for maximum performance and ultra-low SNR.

Better made cables may even last longer. Most cables use cheap & thin 32 AWG wiring (10 GBPS),which is not enough for 4K@60Hz. IBRA IBRA RED GOLD HDMI cable uses thicker 28 AWG wiring which enables 18 GBPS speed required for 4K@60Hz.

High Quality Nylon Protection layer protects from abration,which achieve better shielding and even lower SNR.