In addition to offering high-speed 10GigE cameras, 25GigE cameras, 50GigE cameras, and 100GigE cameras that meet the demanding needs of applications such as volumetric capture and the metaverse, sports technology, and machine vision, Emergent Vision Technologies now offers eCapture Pro comprehensive software. Users need no software coding or system design knowledge to make the [...]

Applications involving virtual reality, augmented reality, and mixed reality require volumetric capture or metaverse stages that generate high-quality 3D content. In addition to high-resolution, high-frame-rate cameras, they require software that can process and reconstruct for playback. With the introduction of eCapture Pro software, Emergent Vision Technologies has established itself as a one-stop shop for [...]

Since 2007, Emergent Vision Technologies has been a leader in high-speed GigE cameras for machine vision, sports technology, volumetric capture and the metaverse, and virtual reality imaging applications. Our award-winning area scan and line scan cameras feature the latest innovations in CMOS image sensor technology from Sony and Gpixel and are designed to handle [...]

These four high-speed imaging demonstrations showcase the abilities of our 10GigE and 100GigE cameras. The first demo shows our 21 MP HZ-21000-G 100GigE camera with an NVIDIA Jetson AGX Xavier and a 100GigE network interface card (NIC) capturing 542 fps and 91 Gbps with 0% CPU utilization, minimal memory bandwidth utilization, and zero dropped [...]

Take a brief look into the anatomy of a volumetric capture system, which in this case involves using high-speed GigE cameras to capture images from many vantage points and processing the captured data to form a 3D avatar of the subject that can be viewed from all angles. Volumetric capture systems are often used to [...]

When it comes to choosing the right cable for your high-speed imaging system, SFP technologies are superior to BaseT for several reasons — including the fact that SFP offers virtually unlimited speeds and cable lengths while consuming significantly less power. Check out this comparison video to learn more about the benefits of SFP technologies for [...]

When it comes to choosing a high-speed camera for your imaging application, there are many options, including 10GigE, 25GigE, 100GigE, USB3, Camera Link, Camera Link HS, CoaXPress, and CoaXPress 2.0. Each camera type offers different features and benefits, but with high-speed, high-data-rate imaging applications, CPU utilization and memory bandwidth can be exhausted if the [...]

High-speed imaging applications such as those in stadiums, arenas, and large warehouses require cameras to be fixed far from the host servers. One major benefit of GigE Vision technologies such as 10GigE, 25GigE, and 100GigE is that they offer low-cost, off-the-shelf cabling options that cover virtually any distance. When compared to competing interfaces like [...]

Multi-camera systems are often deployed into applications such as virtual reality, volumetric capture and the metaverse, and machine vision. When two or more high-speed cameras are capturing images at the same time, however, they require precise synchronization to ensure optimal results when analyzing high-speed events. The IEEE 1588 Precision Time Protocol (IEEE 1588 PTP) [...]