Phantom High-Speed Cameras - Vision Research

Setting up your high-speed cameras correctly is key to capturing the perfect shot — and choosing the right triggering strategy is a critical part of the process. One common method uses a contact closure and opening switch to short a BNC cable’s center pin to the ground — simple, effective and easy to set up with basic components like switches, relays or break wires. The Phantom “pickle switch” is a popular handheld option for this purpose! Whether you’re using a cable, remote or other triggering method, these strategies are essential for seamless data collection. Download our white paper to learn more about high-speed camera triggering strategies: https://ow.ly/fsmz50V7zVU #highspeed #imaging #Phantomhighspeed #whitepaper

Introducing the Phantom KT Series — our newest high-speed innovation that packs powerful image performance in a 5x5-inch form-factor. These cameras combine the latest BSI sensor technology, high frame rates up to 16,270 fps and many configurable options. Designed for advanced scientific research, the KT Series offers 1- and 4.2-Mpx models, depending on your high-speed needs. It also includes programmable I/O ports, CF-Express and on-camera controls, enhancing productivity and ease of use. Explore the KT Series on our new product page: https://ow.ly/QCeF50V69KI #highspeed #imaging #Phantomhighspeed #newproduct #motionanalysis

This week, we’re excited to attend Enforce Tac — the premier international event for defense and security. We’ll be showcasing the ways our Phantom high-speed cameras are advancing tactical training, ballistics analysis and more. During the show, we’ll also be introducing and presenting a new addition to the Phantom family. The event takes place in Nuremberg, Germany. If you’re attending, please reach out to Thomas Weber. Learn more at: https://lnkd.in/d6a_7n7. #EnforceTac #defense #ballistics #highspeed #highspeedimaging

In a few weeks, our application engineers will lead our second Phantom Academy course of the year. This one, on materials analysis, will lead engineers through hands-on lab sessions that focus on imaging setup design, 2D digital image correlation (2D DIC), hardware and software selection for failure analysis — and much more. The course kicks off on March 4th at the Alex Aciu Research Center in Wayne, NJ. If you’re interested in learning more or attending, visit: https://ow.ly/sCGz50V1YbX. We’re looking forward to sharing our high-speed expertise with you to take your materials analysis research to the next level!

Our new Phantom T2110 high-speed camera is an ideal tool for motion analysis and scientific research, thanks to its advanced BSI sensor, fast frame rates up to 483,330 fps and high image throughput of 21 Gpx/s. In addition to its exceptional image performance, it offers many premium features in a streamlined design to meet a wide variety of research needs. See the T2110 in action below! #imaging #highspeed #Phantomhighspeed #research #scientificinnovation

Always on the cutting-edge of high-speed innovation, we’re proud to be the first manufacturer to apply EMVA 1288 standards to RAM-based cameras. In our video, we dive into what EMVA 1288 is and how it characterizes industrial camera sensor performance using a scientific approach. As a result, it can help you truly understand your camera’s image performance. Learn more about how this standard can guide your high-speed research: https://lnkd.in/ePAeqXj9 #highspeed #imaging #Phantomhighspeed #EMVA1288 #engineering

If you’re interested in deepening your high-speed imaging skills, then check out Phantom Academy. These hands-on courses bring expert training directly to you, with tailored instruction to meet your team’s specific imaging needs. This year’s course offering includes topics like materials analysis, schlieren, particle tracking and much more. Fill out our form to sign up, or let us know how we can tailor the experience to your unique needs:?https://lnkd.in/eRqSCjgj #highspeed #imaging #PhantomAcademy #learning #engineering

Phantom high-speed cameras support six triggering methods, one of which is a simple software trigger using Phantom Camera Control (PCC) or a custom SDK-based interface. All you need is an Ethernet connection — no extra hardware or cables required! Our white paper offers a technical deep dive into all six triggering methods to take your high-speed research to the next level: ? Contact closure and opening switch ? Transistor-transistor logic (TTL) trigger ? DC voltage trigger ? Software trigger ? Image-based auto trigger (IBAT) ? On-camera controls Download the white paper:?https://lnkd.in/e_dZktbB #highspeed #imaging #Phantomhighspeed #whitepaper

Using UV-sensitive Phantom high-speed cameras, University of Wisconsin-Madison researchers are exploring just how combustion processes and fuel properties interact in next-gen multi-fuel engine designs. To gain insights into fuel jet mixing, the team performed Schlieren imaging in an optical engine, as well as UV-chemiluminescence imaging to see where combustion occurs in the chamber. See the dynamic footage for yourself in our video! https://ow.ly/Sriy50UX20z #highspeed #imaging #Phantomhighspeed #engine #fuelefficiency #casestudy

The future of high-speed imaging is coming! Take a sneak peek at our latest innovation that will revolutionize motion analysis for many scientific research applications, from industrial tests to microscopy. #comingsoon #highspeed #Phantomhighspeed #scientificresearch #innovation