Vision Research Phantom VEO 640 High-Speed Camera

The Vision Research Phantom VEO 640 is another high performing, high-speed camera that is part of the Phantom VEO product family. Vision Research Phantom VEO 640 high-speed cameras capture images of 2560 x 1600 at 1400 frames per second (fps). The Vision Research Phantom VEO 640 has two options for body styles. The Phantom VEO 640 "L" model is a high-speed camera with components for traditional software-based capture and motion analysis. The Phantom VEO 640 'S" model is a high-speed camera that has additional signals, on-camera controls for remote recording options, and is compatible with CFast 2.0 storage media that is removable.

The Vision Research Phantom VEO 640 fits a wide range of incredible options in a small and rugged design that is well-suited for most environments. With 6 Gigapixels/second (Gpx/s) throughput in a 4-megapixel camera, the VEO 640 has top tier high-speed imaging capabilities.

The VEO 640 is apart of Vision Research's Phantom VEO high-speed camera series.

Product Info Related Products

Max. Speed at Full Resolution	1,400 fps (2560 x 1600)
Max. Speed at Reduced Resolution	290,000 fps (128 x 4)
Minimum Frame Rate	24 fps
Sensor Type	CMOS
Pixel Size	10 micron
Minimum Exposure	1 µs
Color Depth	12-bit pixel depth
Memory (RAM)	18 GB 36 GB 72 GB

Example Frame Rates & Record Times

Resolution	Maximum Frame Rate	Rec. Time @ Max. fps (72 GB RAM)
2560 x 1600	1400	8.5 seconds
2560 x 1440	1600	8.6 seconds
1920 x 1080	2800	8.8 seconds
1280 x 270	5700	9.7 seconds
128 x 4	290,000	76 seconds

Gb Ethernet (standard) and 10 Gb Ethernet (optional) on all VEO models; for control and download. Both protocols use the same Ethernet port.
18 GB, 36 GB, or 72 GB RAM Memory.
Minimum exposure is 1µs on all models.
Performance high-speed imaging that ranges from 4 Gpx/sec to 7 Gpx/sec throughput.
Interchangeable lens mounts; supports Nikon F/G, Canon EF with electronic control of aperture and focus, 35 mm PL, and C-mount.
Image-Based Auto Trigger (IBAT), which triggers the camera from motion detected within the live image to catch unpredictable events without manually triggering the camera.
Internal Mechanical Shutter