Phantom KT1640

The Phantom KT1640 features the latest back side illuminated (BSI) sensor technology at 2560 x 1664-pixel resolution, ensuring optimal response in light-starved conditions. These features make it ideal for advanced scientific high-speed imaging techniques like DIC, PIV and Schlieren flow visualization.

Precision Imaging for High-Speed Research

Engineered for advanced scientific imaging, the KT1640 captures 4.2-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 extremely luminous events.
Streamlined workflow: Save time with image-based auto-trigger (IBAT), multi-Cine partitions and continuous recording through PCC software.

Features 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 KT1640 performs exceptionally in advanced scientific applications with limited available light, including fluorescence imaging, gated experiments and scintillator-based tests.

NEXT-GEN SENSOR PERFORMANCE

The KT1640’s proprietary sensor technology features a stunning 2560 x 1664-pixel resolution BSI sensor where photons have direct access to photodiodes for optimal response in light-starved conditions.

BSI sensor architecture achieves a QExFF (Quantum Efficiency x Fill Factor) of 88.7% (mono).
Binned mode combines pixels for a frame rate boost and improved aspect ratio at 1280 x 832 and below.
Unrivaled performance standards: Comprehensive test reports following the EMVA 1288 standard provide clear verification of the sensor’s superior performance, highlighting the exceptional pixel response in challenging light conditions.

Key Accessories

Carry case with custom foam
RDIO cable required for two I/O ports
CF Express card and reader
Pickle switch (BNC trigger)
Nikon F, Canon EF, PL, C and M42 lens mounts

KT1640 Frame Rate Table

Resolution (H x V)	2560 x 1664	2560 x 1024	2560 x 512	2048 x 128	1536 x 64	1024 x 32
Max Frame Rate (fps)	3,760	6,120	12,210	58,820	125,840	421,000

Resolution (H x V)	1280 x 832 Binned	768 x 768 Binned	768 x 640 Binned	1024 x 256 Binned	512 x 128 Binned	512 x 64 Binned
Max fps	15,030	26,310	31,490	58,820	222,200	421,000