IBRA 2.1 HDMI Cable 8K 10m
Product description
This IBRA HDMI 2.1 cable is a high-speed 10m lead that supports up to 8K@60Hz and 4K@120Hz, aimed at delivering stable video and audio between consoles, players and compatible PCs. It combines a robust braided jacket with gold-plated connectors to reduce interference and keep connections reliable in living rooms and home offices.
Key features
The cable meets the HDMI 2.1 specification and carries a quoted 48Gbps bandwidth according to the manufacturer. That makes it suitable for 8K UHD content at 60Hz and high-frame 4K at 120Hz, with 4:4:4 chroma support. The design uses 100% oxygen-free copper conductors and triple EMI shielding, which helps preserve signal integrity over the 10 metre run. Have a look at the devices you plan to connect, because while the cable is backwards compatible with older HDMI versions it requires matching device capability for 8K or 4K high-refresh modes.
Specifications
- Name: IBRA 2.1 HDMI Cable 8K
- Type: HDMI 2.1 high-speed cable
- Length: 10m
- Bandwidth: 48Gbps
- Resolution: Supports 8K@60Hz, 4K@120Hz
- Material: Nylon braided jacket and 24K gold plated connectors
Benefits
This lead is built for longer runs where a stable HDMI connection matters. The braided outer sheath resists tangles and general wear while the gold-plated plugs aim to improve contact reliability. According to the manufacturer each unit is tested at its full length to verify performance which reduces the chance of a faulty cable reaching the user. A small caveat is that 8K and 4K@120Hz output depend on the source and display supporting those modes, so expect full performance only with compatible kit.
Getting the most from it
It’s a good fit if you need a single cable to link modern consoles, 4K or 8K players and media PCs across a moderate distance, while keeping a tidy appearance thanks to the orange braided finish. For shorter distances a simpler cable may suffice, but for a 10 metre run this model aims to balance durability and bandwidth. Keep connectors clean and avoid extreme bends to preserve signal quality and lifespan. 😌🔌👍.