体育运动
Active Optical Cables in Ice Sports (Curling & ...
Ice sports present a unique challenge for data transmission: cold, moisture, and long cable runs across the rink. Whether it’s a curling stone with impact sensors or speed skating electronic timing gates, traditional...
Active Optical Cables in Ice Sports (Curling & ...
Ice sports present a unique challenge for data transmission: cold, moisture, and long cable runs across the rink. Whether it’s a curling stone with impact sensors or speed skating electronic timing gates, traditional...
Active Optical Cables in Football (Soccer) Stad...
Modern football stadiums are no longer just concrete and grass — they are data centers with stands. Between VAR (Video Assistant Referee), optical tracking systems (e.g., Hawk-Eye, ChyronHego), GPS/IMU vests, and...
Active Optical Cables in Football (Soccer) Stad...
Modern football stadiums are no longer just concrete and grass — they are data centers with stands. Between VAR (Video Assistant Referee), optical tracking systems (e.g., Hawk-Eye, ChyronHego), GPS/IMU vests, and...
Active Optical Cables in Esports & Sim Racing: ...
In competitive gaming and sim racing, every millisecond counts. A single frame of input lag or a dropped sensor data packet can turn a race win into a crash. Yet many...
Active Optical Cables in Esports & Sim Racing: ...
In competitive gaming and sim racing, every millisecond counts. A single frame of input lag or a dropped sensor data packet can turn a race win into a crash. Yet many...
Beyond Copper: Why Major Sports Venues Are Swit...
In the high-stakes world of modern sports, milliseconds matter—not just for the athletes on the field, but for the massive digital infrastructure that supports them. From 4K/8K replay screens and real-time biometric displays to VR...
Beyond Copper: Why Major Sports Venues Are Swit...
In the high-stakes world of modern sports, milliseconds matter—not just for the athletes on the field, but for the massive digital infrastructure that supports them. From 4K/8K replay screens and real-time biometric displays to VR...
How Active Optical Cables Are Revolutionizing S...
From the stadium to the screen — long-distance, high-bandwidth USB fiber connectivity for sports venues, live broadcasting, and motion capture When sports tech equipment hits distance limitations, when a 4K...
How Active Optical Cables Are Revolutionizing S...
From the stadium to the screen — long-distance, high-bandwidth USB fiber connectivity for sports venues, live broadcasting, and motion capture When sports tech equipment hits distance limitations, when a 4K...
Solution
-
Industrial Automation
With welding EMI immunity, 20-million-cycle flex life, and ground-loop-free design, the USB 3.2 AOC is the trusted choice of factory automation integrators and robot manufacturers for zero-error data transmission in harsh industrial environments.
-
Medical System
With radiation free transmission, electrical isolation to ensure patient safety, long-distance lossless signals, and high dynamic response, our HDMI AOC and USB AOC are specially designed for operating rooms and medical imaging scenes, helping medical equipment manufacturers and hospitals completely solve the problems of electromagnetic interference and patient isolation.
-
Military/Security
No need to worry about EMP attacks causing communication paralysis or electromagnetic leakage exposing the position of the battlefield - our anti EMP, zero leakage, kilometer level lightweight AOC solution solves your signal security and long-distance transmission problems in extreme battlefield environments.
-
Professional Audiovisual Engineering
Say goodbye to the black screen flicker and stage lighting interference of long-distance transmission. Our professional audio and video engineering series of 8K HDMI 2.1 and DP 1.4 pure fiber optic cables solve the problem of pipe penetration construction with a very small bending radius. At the same time, the anti EMI design ensures that the signal will never be interrupted in rental and integration scenarios.
-
Indoor Golf
Our 8K HDMI 2.1 fiber optic cable is designed to easily pass through indoor golf simulators with minimal bending radius, addressing pain points such as long distances, difficulty in threading pipes, and electromagnetic interference. Its anti EMI design eliminates screen flickering and black screens, ensuring millisecond level response of 4K/8K images and real-time synchronization of swing data and course images, providing an immersive hitting experience with "zero delay and zero interruption".
-
Somatosensory interactive game
In motion sensing interactive games, actions and visuals are often out of sync due to delays and interference. Our 8K/4K transmission solution, with millisecond level response and anti-interference ability, completely solves the experience fragmentation problem of 'actions already done but screen unresponsive'
Case
Ver todo-
How to Solve Signal Attenuation for Broadcast C...
When setting up a live sports broadcasting system or an outdoor concert production, have you ever experienced signal loss or video noise on your broadcast camera due to excessive transmission distances? Traditional copper cabling solutions often...
How to Solve Signal Attenuation for Broadcast C...
When setting up a live sports broadcasting system or an outdoor concert production, have you ever experienced signal loss or video noise on your broadcast camera due to excessive transmission distances? Traditional copper cabling solutions often...
-
Semiconductor Wafer Handling Robot Connectivity...
Introduction: The Most Overlooked Contaminant in Cleanrooms In semiconductor manufacturing, wafer handling robots (typically integrated into EFEM — Equipment Front End Modules) must operate in ISO Class 1 cleanrooms. This means no more than 10 particles...
Semiconductor Wafer Handling Robot Connectivity...
Introduction: The Most Overlooked Contaminant in Cleanrooms In semiconductor manufacturing, wafer handling robots (typically integrated into EFEM — Equipment Front End Modules) must operate in ISO Class 1 cleanrooms. This means no more than 10 particles...
-
Active Optical Cables in Film & Broadcast: Remo...
Remote production and cloud editing are transforming traditional filmmaking workflows. Directors no longer need to cram into tight OB trucks. Editors can work from home workstations on live on-set material....
Active Optical Cables in Film & Broadcast: Remo...
Remote production and cloud editing are transforming traditional filmmaking workflows. Directors no longer need to cram into tight OB trucks. Editors can work from home workstations on live on-set material....