High-Speed Camera, for airborne applications.

The Phantom Miro® C321 Air high-speed camera for airborne testing applications has been debuted by Vision Research. This 2-megapixel camera leverages the rugged and field-proven design of the Phantom Miro C321 vehicle crash test camera to meet manned and unmanned airborne testing requirements. Specifically, its high frame rates and many advanced imaging features expand testing opportunities while offering unparalleled data security and meeting strict specifications related to environmental durability, EMI and avionics power.

Key Specifications  -Small, compact form factor -HD resolution (1920 x 1080) -Throughput: 3 Gpx/s image capture -Max frame rate at full resolution: 1,480 fps -Max frame rate at reduced resolution: 94,000 fps -Operational temperature range: -55˚ to +50˚C -Programmable I/O to easily configure signals -Designed to meet MIL-STD 810H, 704 and 461 standards (complete testing pending) -16GB RAM with memory partitioning capabilities -CFast and auto-save features for securely storing multiple shots

The C321 Air achieves 1,480 frames per second (fps) at full HD (1920 x 1080) resolution and up to 94,000 fps at reduced resolutions. Because airborne tests often require lower frame rates, it unlocks additional testing opportunities for researchers while providing detailed, higher-quality images. The new camera also features a 10-micron pixel size for high sensitivity, low noise and high dynamic range to capture critical test events with minimal motion blur.

“We’re thrilled to introduce the Phantom C321 Air to the airborne testing community,” says Kevin Gann, Vice President of Research and Development at Vision Research. "Our customers in the aerospace fields need to conduct critical stores separation tests in demanding environments. As the high-speed camera market leader, Vision Research has the reputation, experience and knowledge to provide a differentiated camera that meets the most stringent demands of the airborne environment.”

The C321 Air satisfies aerospace-specific specifications including one of the most difficult tests, the vibe test (MIL-STD 810H, Method 514.8, Category 12 (Jet), up to 26 Grms). The camera is also temperature tested to -55˚C, includes conformal-coated boards to protect against humidity and offers a removable CFast solid-state drive (SSD), secured with a double-action latching door. Users can download shots to the flash in-flight, saving multiple captures from a mission.

---

@phantomhispeed @mepaxIntPR #Avionics #PAuto

High speed for UV light.

Ametek Vision Research has introduced high-speed cameras capable of capturing images in the extended light spectrum of UV, visible and Near-IR wavelengths. The cameras have over 70% Quantum Efficiency (QE) at 300nm, as well as unprecedented QE at other points of the UV light spectrum, allowing researchers to potentially capture images using just the camera and a UV lens. Previously, images in the UV light spectrum were only available with the aid of an image intensifier. The cameras are also capable of capturing images in the visible and near IR spectrums with performance similar to the equivalent Phantom cameras*. Depending on lab needs, the cameras can offer a two-in-one benefit.

“We’re excited to bring this UV-extended capability to the scientific community. This community often works in cutting-edge applications that rely on our cameras to provide the best results. As the leader in high-speed imaging, it is incumbent upon us to bring technical advances in our cameras that make a difference and propel their research forward. The UV-extended capability cameras can do just that,” explained Kevin Gann President of Research and Development at Vision Research.

Phenomena such as some chemical reactions are visible only at certain wavelengths in the UV light spectrum. While high-speed cameras would be advantageous to analyze the very fast reactions, high-speed sensors typically have glass covers that block the UV wavelengths. Similarly, standard lenses are constructed of glass, also blocking UV light. Researchers previously needed to couple an image intensifier to a standard camera to compensate for the glass. Phantom UV cameras overcome this obstacle by implementing a different cover material — fused silica — that allows penetration of UV wavelengths. The cover material is combined with specific Phantom Back Side Illuminated (BSI) sensor designs to provide high QE. Depending on the UV signal generated by the event, an intensifier may no longer be required.

---

*The UV-extended capability is available on the Phantom TMX Series (TMX 7510, 6410 and 5010), the T3610 and T2410, providing a broad performance range to from which to choose.

@phantomhispeed  @mepaxIntPR  #PAuto 

Camera adopts European testing standards.

A major update to to Vision Research's published Phantom high speed camera product specifications has been issued. By incorporating European Machine Vision Association (EMVA) 1288 testing standards to measure sensor characteristics, a scientific overview of image performance is now available. This further enables users to choose the best camera for their challenging applications. EMVA 1288 has long been used to measure performance in machine vision cameras, but Vision Research is the first manufacturer to apply it to RAM-based high-speed cameras.

As a result of providing EMVA 1288 report summaries, Vision Research will no longer be including ISO 12232 measurements for their products in future. ISO 12232 has been used by high-speed camera manufacturers to indicate sensitivity; however, it has limited usefulness in practice. Significant indicators of image quality are not included, particularly when it comes to capturing images with high contrast and in low-light situations.

Kevin Gann, Vice President of R&D at Vision Research explains “We have always had a strong focus on image quality and EMVA 1288 provides a deep understanding about how a camera will perform in a particular application. It also provides consistency when comparing cameras and includes data about the imaging tradeoffs inherent in the sensor design. As the leaders in high-speed imaging, we felt incumbent to implement these measurements across our primary product lines so that our customers can truly understand their camera’s image performance”.

Quantum efficiency, temporal dark noise, dynamic range, and absolute sensitivity threshold are among the parameters specified in an EMVA 1288 report. Referencing these in addition to pixel size, resolution, and throughput provides the information necessary to compare cameras in terms of image response.

Toni Lucatorto, Senior Product Manager at Vision Research adds, “We are excited to implement this new set of image specs, as it is clearly a superior way to specify image quality and sensitivity. Visit our website for resources to learn about the measurements included in EMVA 1288”.

@phantomhispeed @emva_org @mepaxIntPR  #PAuto

R&D analysis software.

Teledyne FLIR has announced the version 3.0 release of their Research Studio software, with new features to address key needs in electronics design, high-speed testing, target signature, and many other advanced applications. It features new user calibration, measurement functions, emissivity calculator, and floating camera controller for the most flexible and easy to use R&D analysis software

While still providing all the recording and analysis capabilities expected from a premium thermal analysis software offering, Research Studio now makes it easier than ever to quickly characterize important thermal data to support critical decisions.

Trigger Recordings

It provides a simplified process for viewing, recording, and analyzing camera data and collaborating with colleagues with the following new and improved features:

• Pull data from multiple cameras, recordings, or images to create custom analysis
• Trigger recordings based on regions of interest
• Create custom user calibrations and user non-uniformity corrections
• Calculate emissivity
• Support for an unmatched portfolio of FLIR cameras
• Floating camera controller

Researchers, engineers, and science professionals can perform custom calibrations of their camera and fix non-uniformity issues with the camera’s performance on their computer with Research Studio Pro 3.0. This ensures that users can perfectly calibrate their camera for their specific needs, resulting in more accurate and reliable data. New measurement functions also allow users to pull input from anywhere in the program to create formulas, which can then be displayed and utilized in other parts of the program.

Available in 21 different languages and operational on MacOS, Windows, and Linux, Research Studio allows teams to view, record, analyze, and share thermal data around the globe.

Combined with familiar touchscreen icons, single menu layers, and informative tooltips, users of all levels can easily navigate the software and collaborate with teammates. The camera controller can now be placed in any area of the computer screen so it does not cover up the live image stream or critical graphs.

@flir @mepaxIntPR  #PAuto #TandM

High speed camera.

Vision Research's has introduced the Phantom T4040 high-speed camera, surpassing the frame rate capabilities of other high-resolution, high-speed cameras and featuring an updated platform that is 50 percent lighter than the closest equivalent model. The T4040 camera features a groundbreaking back side illuminated (BSI) 2560 x 1664 sensor that maximizes light sensitivity with a peak quantum efficiency over 90 percent.

Key Specifications - 4.2-Mpx BSI sensor (2560 x 1664) - Throughput: 39.8 Gpx/s image capture - Max frame rate at full resolution: 9,350 fps - Max frame rate at reduced resolution: 444,400 fps - Standard and binning modes - Up to 256 GB of memory - 10Gb Ethernet standard - Compatible with CineMag 5 (up to 8TB) - Compact and lightweight at 9.4 lbs (4.3kg)

Thanks to its 4-megapixel (Mpx) sensor, the T4040 has advantages over cameras with traditional 1-Mpx sensors and can capture fine detail and movement over larger areas. For these reasons, the T4040 is ideal for applications like:
• Material impact tests. The T4040 improves the accuracy required for tracking elements and debris after the collision.
• Explosives research, including particle trajectories. Thanks to its extreme dynamic range (EDR) feature, the camera also captures key data contained in the bright flash.
• Particle imaging, including time-resolved particle image velocimetry (PIV). The T4040’s high resolution improves data accuracy when processed into a 3D model.
• Small objects. The T4040’s 9.27-micron pixel size is ideal for subjects requiring high magnification. Specific areas of study include insect wing behavior and computer microchip development.

Standout features of the T4040 include EDR, which mitigates the effects of bright flashes, and binning mode, which expands the camera’s use as a 1-Mpx camera. Binning mode combines pixels to achieve 39,000 frames per second (fps) at 1 Mpx and up to 444,000 fps at the very usable resolution of 1280 x 64. The T4040 also includes on-camera controls, video outputs and CineMag capabilities, all of which make it ideal for remote, standalone operation.

The T4040 is available now with deliveries beginning in March.

@phantomhispeed @mepaxIntPR #PAuto