High Speed kamera

The Phantom VEO 1310 increases the capabilities of the Phantom VEO series of cameras.  With 13 Gpx/s throughput the 1310 captures images faster than any other VEO model while also increasing image quality with low image noise and high light sensitivity as found in premium camera systems. 

Flexibility is demonstrated starting with the custom 1.2 Megapixel sensor. A binned mode is included for increased frame rates and sensitivity at low resolutions.  Interchangeable lens mounts, Nikon, PL, C and Canon EF with electronic control, are available for use with industry standard and advanced optics. This combined with the specific features found in S-model and L-model VEOs, and workflow options such as 10Gb Ethernet allow users to customize the system as needed for their particular event. 

All Phantom VEO cameras utilize the same high-quality housing design.  The milled aluminum body is compact and constructed to be lightweight at 5 lbs/2.3 kg.  Components are safe from dust and sand as the electronics are safely sealed and protected from airflow. These added protections and the rugged design ensure device safety during outdoor and range use.

Precision Imaging for High-Speed Research

Engineered for advanced scientific imaging, the KT810 captures 1-Mpx resolution at high frame rates — ideal for analyzing fine details and fast-moving fragments. Its compact 3.2-kg build reduces setup complexity, making it perfect for tight lab spaces and intricate experimental configurations.

• Seamless integration: Programmable I/O capabilities let you customize triggering and synchronization precisely to your research needs.
• Premium features: Capture remarkable detail with Extreme Dynamic Range (EDR) that effectively manages pixel saturation for luminous events.
• Streamlined workflow: Save time with image-based auto-trigger (IBAT), multi-Cine partitions and continuous recording through PCC software.

eatures to Enable Advanced Scientific Applications

Phantom KT-Series cameras come equipped with features that enable portability for remote field work and the connectivity required for both simple and advanced scientific applications in a laboratory or research environment.

• Operate remotely in the field: Alternatively, use the camera’s on-camera control interface and save to removable CF-Express cards for a standalone, untethered workflow.
• Standard 10Gb Ethernet: Reliably control and efficiently download via PCC software.
• Designed for scientific imaging: The KT810 performs exceptionally in advanced scientific applications with limited available light, including stress, strain and impact analysis, material analysis experiments, product drop tests and vibration FFT studies.

With frame rates over 12,000 fps at full 1Mpx resolution, to over 52,000 at 640 x 384 and 708,000 fps at 256 x 64, the KT1210 is a versatile solution for applications ranging from material impact analysis to fluid dynamics to ballistics testing.

Phantom KT-Series cameras include premium features to enable a variety of applications including:
 

• Programmable I/O to assign and modify the hardware signal interface for advanced synchronization. Users can interface with data acquisition (DAQ) systems and other measurement sensors, which can be recorded and viewed as metadata in Cine files.
• Extreme Dynamic Range (EDR) provides flash mitigation for ballistic studies by dynamically adjusting exposure in saturated image areas.
• The option for an automated workflow using image-based auto-trigger (IBAT), combined with multi-Cine partitions and continuous recording in PCC.

Key Features

• Binned Mode combines pixels for a frame rate boost at 640 x 384 and below
• Programmable I/O for precise control of sync and precision triggering
• EDR for flash mitigation
• CF Express-B compatibility for remote storage, or secure file backup
• On-Camera control interface for standalone operation
• SDI and HDMI video outputs for continuous monitoring and smooth playback

The Phantom KT1240 takes advantage of the same advanced 4.2Mpx sensor as the KT1640, providing all of the same benefits at a lower throughput and price point.  BSI sensor architecture provides a QExFF rating of 88.7% (mono), ensuring optimal response for subjects with limited available light. 

Digital Image Correlation (DIC), tracking of projectiles and explosives rsearch are examples of applications that benefit from the increased pixel resoltuion. 

Phantom KT-Series cameras include premium features to enable a variety of applications including:
 

• Programmable I/O to assign and modify the hardware signal interface for advanced synchronization. Users can interface with data acquisition (DAQ) systems and other measurement sensors, which can be recorded and viewed as metadata in Cine files.
• Extreme Dynamic Range (EDR) provides flash mitigation for ballistic studies by dynamically adjusting exposure in saturated image areas.
• On-camera controls, CF Express and video outputs enable a standalone untethered workflow

Key Features

• Binned Mode combines pixels for a frame rate boost at 640 x 384 and below
• Programmable I/O for precise control of sync and precision triggering
• EDR for flash mitigation
• CF Express-B compatibility for remote storage, or secure file backup
• On-Camera control interface for standalone operation
• SDI and HDMI video outputs for continuous monitoring and smooth playback

The KT1610 achieves the highest frame rates available in the KT-camera family -- over 900,000 fps at reduced resolution. This makes the KT1610 a great choice for a wide variety of motion analysis applications including those that benefit from ultra-high frame rates like ballistics and spray dynamics.  

Phantom KT-Series cameras include premium features to enable a variety of applications including:

• Programmable I/O to assign and modify the hardware signal interface for advanced synchronization. Users can interface with data acquisition (DAQ) systems and other measurement sensors, which can be recorded and viewed as metadata in Cine files.
• Extreme Dynamic Range (EDR) provides flash mitigation for ballistic studies by dynamically adjusting exposure in saturated image areas.
• The option for an automated workflow using image-based auto-trigger (IBAT), combined with multi-Cine partitions and continuous recording in PCC.

Key Features

• Binned Mode combines pixels for a frame rate boost at 640 x 384 and below
• CProgrammable I/O for precise control of sync and precision triggering
• EDR for flash mitigation
• CF Express-B compatibility for remote storage, or secure file backup
• On-Camera control interface for standalone operation
• SDI and HDMI video outputs for continuous monitoring and smooth playback

The Phantom KT1640's 2560 x 1664 pixel resolution provides exceptional detail rendition with the ability to track subjects with greater accuracy and across a larger area than traditional 1 Mpx high-speed cameras. BSI sensor architecture provides a QExFF rating of 88.7% (mono), ensuring optimal response for subjects with limited available light. 

Digital Image Correlation (DIC), Time-resolved PIV, and Schlieren for flow visualization are examples of fundamental high-speed imaging techniques that benefit from increased pixel resoltuion. 

Phantom KT-Series cameras include premium features to enable a variety of applications including:

• Programmable I/O to assign and modify the hardware signal interface for advanced synchronization. Users can interface with data acquisition (DAQ) systems and other measurement sensors, which can be recorded and viewed as metadata in Cine files.
• Binned mode combines pixels which effectively increases vertical resolution at the camera's highest frame rates 
• On-camera controls, CF Express and video outputs enable a standalone untethered workflow

Key Features

• Binned Mode combines pixels for a frame rate boost at 640 x 384 and below
• Programmable I/O for precise control of sync and precision triggering
• EDR for flash mitigation
• CF Express-B compatibility for remote storage, or secure file backup
• On-Camera control interface for standalone operation
• SDI and HDMI video outputs for continuous monitoring and smooth playback

The T2110 is an accessible high-speed camera designed for a wide range of motion analysis research applications. The custom BSI sensor provides several benefits, including 84.3 QExFF (mono) and 40 dB signal to noise ratio (SNR), which translates to excellent image performance even in difficult conditions for scientific research.

The T2110 includes premium features to enable a variety of applications such as:

 

• Programmable I/O to assign and modify the hardware signal interface for advanced synchronization. Users can interface with data acquisition (DAQ) systems and other measurement sensors, which can be recorded and viewed as metadata in Cine files.
• Extreme Dynamic Range (EDR) provides flash mitigation for ballistic studies by dynamically adjusting exposure in saturated image areas.
• The option for a fully automated workflow when using image-based auto-trigger (IBAT), combined with multi-Cine partitions and continuous recording in PCC.

Key Features

• Binning Mode - frame rate boost at 640 x 384 and below
• CineMag 5 Compatibility
• SDI and micro HDMI video outputs
• Programmable I/O - Assign and define camera signals

The Phantom T4040 captures 4Mpx resolution images at speeds not previously possible. Our proprietary sensor with back side illuminated (BSI) architecture ensures 40Gpx/s data throughput is sustained and a max frame rate of 440,000 fps. A peak Quantum Efficiency rating above 90% ensures the sensor’s ability to capture images at lower light levels. 

4 Mpx resolution offers significant benefits over traditional 1Mpx high-speed cameras for subjects with high level of detail or objects with movement across a larger field of view.  Flow Visualization techniques including Particle Image Velocimetry are improved due to the precise rendition of the particles’ shape, size, and location. Digital image correlation also benefits from the increased resolution by allowing researchers to collect more data over a larger surface area. 

With a 9.27 µm pixel size the camera is well suited for subjects that require high magnification, from the biomechanical study of insect wing movement to the high-tech world of microchip development. The compact T-Series camera body offers lens mount options that easily connect to specialized optics. 

The T4040 includes EDR (Extreme Dynamic Range), providing mitigation for bright flashes by dynamically adjusting exposure in saturated areas of the image. It also includes on-camera controls, video outputs and CineMag capability which are the features necessary for remote, standalone operation.

The Phantom TMX 5010 is our entry level TMX back side illuminated (BSI) camera. This model utilizes the same high-speed sensor as other TMX models but is ideal for laboratory and application settings where 50Gpx/second throughput offers significant application flexibility and other powerful features such as enhanced sensitivity, memory capabilities, and a larger resolution at high frame rates can take research to the next level. Universities and other education institutions will benefit highly from the versatility of the TMX 5010. 

BSI technology provides increased sensitivity allowing experiments to use lower exposure times and less supplemental lighting. Phantom operators can reach 95 ns minimum exposure with the FAST option, eliminating motion blur. The FAST option feature also allows the TMX 5010 to reach high end speeds of up to 1.16M FPS at reduced resolutions. Even at very high frame rates, BSI technology maintains processing throughput at nearly 50Gpx/sec, meaning that researchers have access to larger resolutions at higher frame rates than they ever had before. The internal RAM is capable of providing up to 511 partitions for fast action events that require high-speed data management and workflow.

The Phantom TMX 6410 utilizes a back side illuminated CMOS sensor designed for high-speed imaging. The 64 Gigapixel throughput allows for extreme frame rate speeds that are capable of delivering up to 1.5M fps with a 95ns minimum exposure time with our FAST option. All frame rates are actual data, with no interpolation, for the most accurate results. This is only possible because of the advancements of utilizing back side illuminated sensors in high-speed imaging.  In BSI sensors, the metal components that can block incident light from the photodiodes are located in the back of the sensor, and can be designed to reduce processing overheads, making the power of a TMX possible. 

At the full 1 Mpx resolution of 1280 x 800 the TMX 6410 records at almost 66,000 fps.  The 6410 provides larger resolutions than possible before for applications needing high frame rates. For example, the 6410 can reach over 300,000 fps at 1280 x 160 or 640 x 320 (binned). These incredible speeds mean that data management is vital to ensuring as little downtime as possible. Like other TMX models up to 512GB of onboard RAM and the Phantom CineMag (non-volatile storage) data management options are available. 

The TMX 6410 has access to all of the traditional Phantom features that make camera use easy.  Both on-camera controls and compatibility with our Phantom Camera Control software assist in ensuring that researchers of a variety of industries and applications have the tools they need to make their experiments a success. 

Interchangeable lens mounts (PL, C, M42 and Canon EOS) are also available to help customize the same camera to a variety of application needs.

The Phantom TMX 7510 is the world's first high-speed camera to utilize back side illumination. Implementing this technology has allowed Vision Research engineers to develop a custom sensor capable of unprecedented speeds without sacrificing the image quality that Phantom cameras are known for. 

BSI technology provides increased processing efficiency, allowing TMX cameras to maintain their high throughput levels even as frame rates increase. The TMX 7510 has 75 Gigapixel throughput which can provide over 76,000 fps at a full 1 Mpx resolution of 1280 x 800.  At reduced resolutions the camera will record at over 770,000 fps in standard mode and up to 1.75M fps and 95ns in with the FAST mode. 

One truth of high-speed imaging that never changes is that, 'with increased speeds comes the need for increased light'. The unique back side illuminated sensor found in the Phantom TMX 7510 deals with this issue by locating the metal parts of a traditional sensor that interfere with incident light to the photodiode to the back of the sensor. Moving those key elements to the back of the sensor allows even more light to reach each pixel, improving light sensitivity and QE. 

This revolutionary platform is part of a generation of cameras that deliver greater throughput, premium features, and enhanced performance. Flexibility is key to ensuring that the TMX 7510 is capable of producing images that scientific analysts require.  The ability to select binning mode allows for a variety of resolutions without sacrificing speed. In standard mode the TMX 7510 can reach over 300,000 fps at 1280 x 192 (long, thin rectangle), but if switched into binning mode the same speeds are possible at 640 x 384 (shorter and wider rectangle). The difference in resolution options means that researchers are better able to fit the camera sensor output to the size and shape of their high-speed event.  These incredible speeds mean that data management is vital to ensuring as little downtime as possible. The Phantom TMX 7510 has up to 512GB of onboard RAM, can be fitted to use our custom non-volatile data storage, the Phantom CineMag, and comes equipped with 10Gb Ethernet download as a standard. All of these workflow tools are available on every TMX. 

Like most Phantom cameras the TMX 7510 has interchangeable lens mounts (PL, C, M42 and Canon EOS) which enables the use of high quality and specialized optics without limitation. The camera mount can be customized for each particular test as needed.