HDMI 2.0 Pure Fiber Cable 10M(33ft), 18Gbps, 4K@60Hz, Pure Fiber Construction for Medical & Data Center Applications
Description
HDMI 2.0 Pure Fiber Cable delivers 18Gbps bandwidth for stable 4K@60Hz transmission up to 100 meters. Ideal for medical imaging, machine vision, and data center applications requiring reliable long-distance connectivity.
Pure fiber construction ensures strong signal integrity with zero EMI.A reliable 100m HDMI solution for critical environments.
• 18Gbps bandwidth, supports 4K@60Hz
• Pure fiber transmission up to 100 meters
• Full HDMI 2.0 compliance with HDCP 2.2 & CEC
• Auto EDID management for optimized display compatibility
• Plug-and-play design, no drivers required
Specifications
Features & Specs
Measurements
Item Details
User Guide
Frequently Asked Questions
• EMI immunity: Optical fiber is immune to electrical noise — critical in medical imaging and diagnostic equipment.rn• Long distances: Large facilities (operating rooms, data halls) often require long HDMI runs.rn• Signal integrity: Fiber maintains stable high-bandwidth transmission over distance.
Yes. HDMI carries both audio and video, so this cable supports multi-channel audio formats (e.g., Dolby Digital, DTS) as per HDMI 2.0 capability.
Yes, fiber HDMI cables typically pass EDID (Extended Display Identification Data) and HDCP (High-bandwidth Digital Content Protection) signals just like copper HDMI cables, so they’ll work with protected content and displays that require handshake communication.
Since the cable adheres to HDMI 2.0 bandwidth (18 Gbps), it supports ARC (Audio Return Channel).rnHowever, eARC typically requires HDMI 2.1 bandwidth — so full eARC support is not guaranteed unless specifically stated by the manufacturer.
• Better distance performance — pure fiber maintains signal quality at long runs.rn• Lower EMI — ideal in environments with high electrical noise.rn• Stable bandwidth — fiber supports consistent 18 Gbps throughput.rnrnHybrid cables may use copper for power and fiber for data but are more limited in length and EMI rejection compared to pure fiber.
