南宫

On January 6, at the highly anticipated CES in the United States, EverProX introduced a series of breakthrough active optical cable and wireless optical transmission solutions for the AI era, showcasing the limitless potential of all-scenario optical interconnection.

With the vigorous development of AI, the efficiency and stability of data transmission have become critical bottlenecks restricting its further advancement. The optical interconnect solutions launched by EverProX at this event directly address these bottlenecks for AI applications in edge computing, immersive interaction, intelligent sensing, and real-time decision-making. Featuring ultra-low latency, ultra-high reliability, and ultra-low power consumption as their core characteristics, these solutions provide solid technological support for the comprehensive implementation of AI.

Zero-Latency 4K Ultra HD Wireless Optical Transmission Solution

This solution leverages wireless optical transmission technology to achieve stable, zero-latency transmission of 4K ultra-high-definition image data, completely overcoming the industry challenges of signal interruption and synchronization difficulties for cameras in continuous motion scenarios.

Active Optical Cable Solution Empowering Next-Generation Slim MR Headsets

For MR split applications, EverProX's active optical cables utilize its globally leading in-house developed MIPI SerDes chips, offering ultra-low latency and power consumption as low as 1/8 of comparable solutions. The cables are exceptionally soft, thin, and flexible, helping reduce headset weight to just over 100 grams for enhanced comfort and freedom of movement. This single cable supports a single-eye 4K display while simultaneously transmitting data for Video See-Through, Eye Tracking, 6 Degrees of Freedom, and RGB sensors, seamlessly blending digital content into real-world space.

Flexible and Reliable Robotic Optical Interconnect Solution

EverProX's dedicated active optical cables for robots support USB and MIPI protocols, offer transmission distances of up to 50 meters, and have passed over 50 million cycles of drag chain testing. Their compact and lightweight connector design greatly facilitates cabling operations, enabling more efficient use of space within robots.

Safe and Comfortable Medical Endoscope Solution

Compared to traditional copper cable solutions, optical fiber cables better meet the demands of endoscopic equipment for longer transmission distances, smaller diameters, lighter weight, and greater flexibility, reducing patient trauma and improving treatment safety and comfort. Furthermore, the radiation-free and electromagnetic interference-resistant properties of optical fibers make them an ideal choice for medical devices.

Active Optical Cable Portfolio for Professional AV

At this exhibition, EverProX also presented a range of high-performance active optical cable products for professional audio-visual applications, including HDMI, full-featured Type-C, and DP 2.1 cables. Among them, the EPIUH71E Type-C active optical cable boasts high flexibility, offers 10G bandwidth, supports 4K UHD image data transmission, and is primarily designed for machine vision applications.

From wireless optical transmission to wired optical cables and from consumer interactive devices to industrial core equipment, EverProX's full suite of demonstrations at CES 2026 clearly outlines a future AI landscape driven by high-speed, reliable optical interconnects. Its technology not only tackles the multiple challenges of bandwidth, distance, weight, and reliability faced by current high-end smart devices but also paves an indispensable “optical path” for the next phase of explosive growth in AI-related fields. This includes the metaverse, edge AI, advanced intelligent manufacturing and smart healthcare.