GbE-2 Latency Comparison Video (vs. Web Camera)
Capture & Verification Data
This is an experimental lab page where we progressively publish and update performance reports demonstrating the ultra-high-speed, ultra-low-latency characteristics of the INFINICAM GbE-2, along with verification data from specialized environments such as drone mounting and liquid lens integration.
Verification & Demonstration Reports (To Be Published Progressively)
Section titled “Verification & Demonstration Reports (To Be Published Progressively)”Ultra-Low-Latency & Communication Performance Verification
Section titled “Ultra-Low-Latency & Communication Performance Verification”Latency & Stability Evaluation over Wi-Fi Transmission
Coming soon
Measures and compares latency, frame drop rate, and bandwidth usage across various communication environments when the GbE-2 is operated over wireless LAN (Wi-Fi).
PoE Power Supply & Long-Distance LAN Cable Operation Verification
Coming soon
Verifies power supply operation using a PoE (Power over Ethernet) injector, and communication stability when running long-distance LAN cables (100 m).
Specialized Optics & Advanced Platform Verification
Section titled “Specialized Optics & Advanced Platform Verification”ArUco Marker 1000 fps Tracking Comparison Video
Drone-Mounted GbE-2 Operation Test
Planned
Mounts the GbE-2 on a small drone to evaluate practical performance such as vibration resistance during aerial shooting, real-time video transmission, and airframe weight balance.
Liquid Lens × GbE-2 High-Speed Focus
Planned
Verifies high-speed, high-frame-rate capture combined with an electrically driven liquid lens, switching focus position on a millisecond-by-millisecond basis.
Multi-Camera & Synchronized Capture Verification
Section titled “Multi-Camera & Synchronized Capture Verification”Synchronized Capture with Two Cameras
Coming soon
A fully synchronized capture test with two cameras using SYNC IN/OUT signals. Thoroughly verifies frame misalignment between viewpoints in stereo vision and multi-angle measurement applications.
Simultaneous Capture with 10 Cameras
Coming soon
Connects 10 GbE-2 units to the same network to test the limits of bandwidth saturation and simultaneous capture behavior on a network switch.
Summary of Main Verification Themes
Section titled “Summary of Main Verification Themes”| Verification Category | Evaluation Theme / Target Device | Status | Overview / Verification Details |
|---|---|---|---|
| Communication & Latency | Low latency | Coming soon | Measures the delay time from capture to display |
| Wireless | Wi-Fi transmission latency | Coming soon | Evaluates packet loss and increased latency rate when operating the GbE-2 wirelessly |
| Power & Long Distance | PoE power supply & long-distance LAN |
Coming soon | Stable 1 Gbps full-bandwidth operation with Category 6/7 cable runs of 100 m |
| Mobile | Drone-mounted operation | Planned | Verification of high-speed target tracking from the air and transmission stability |
| Advanced Optics | Liquid lens | Planned | Verification of dynamic depth-of-field control through high-speed focus tracking |
| Synchronized Capture | Precision sync of 2 units | Coming soon | Measurement of frame-level synchronization accuracy using external trigger signals |
| Large-Scale Systems | Simultaneous capture with 10 units | Coming soon | Bandwidth design for network switches and distributed processing performance |