The Phantom T3610 combines high frame rates and an ultra-compact
form factor. At its full 1 Mpx resolution of 1280 x 800 the Phantom
T3610 captures over 38,000 fps. At 4.3 kilograms, the Phantom T3610
is more than 50% lighter than the closely related Phantom TMX (9.1
The T3610 maintains its 38Gpx/second throughput regardless of the
resolution selected. At low resolutions this translates to higher
frame rates; for example with at 1280 x 32 (standard mode) or 640
x 64 (Binned mode) the camera delivers a remarkable 875,000 fps.
The Phantom T3610 is suited to combustion analysis, impact testing,
spray dynamics, and shock wave analysis. Any short-time event application
will benefit from the fast exposures to reduce motion blur and high
light sensitivity that this camera delivers.
The T3610 provides a Binned mode which decreases the vertical and
horizontol resolution while further increasing sensitivity and frame
rates. Binned mode is included on both mono and colour T3610 cameras,
however the output will switch to mono when used on a colour camera.
The Phantom T3610 is available in a special extended UV variant.
This allows both the T3610 and the T2410
cameras to operate in the ultraviolet (UV)
spectrum and capture at over 70% QE at 300 nm with its range extending
to Near-InfraRed spectrums up to 1000nm. Aside from the Spectral
Response Curve, all Phantom T cameras with extended UV capabilities
maintain the same frame rates, resolutions, modes, Phantom features,
FAST options and optical specifications as their standard counterparts.
The Phantom T3610 empowers users with an extremely
reliable solution for tasks related to impact and crash testing
Due to the extremely high frame rates that the Phantom
T3610 offers, the camera has the ability to capture moments that
are unseeable to the human eye. Rapidly evolving phenomena like
shockwaves can be effectively captured by the T3610.
Combustion applications often have unique difficulties
that need to be overcome. Aside from being exceptionally fast events
they often have lighting issues as they quickly fluctuate between
being very dark and very bright. Phantom cameras have features that
aid researchers in dealing with these issues.
Droplet Analysis / PIV
Particle Image Velocimetry (PIV) or droplet analysis,
is a research method that allows scientists to observe the flow
of air, water, and other invisible elements. Phantom cameras are
equipped with high-resolution sensors to make particle tracking
With high light sensitivity to eliminate motion blur and incredibly
high frame rates, it makes it perfectly suited to ballistics e.g.
gunshot analysis or explosives etc.
- 10 Gb Ethernet (optional) allows for the fastest data
download directly from the camera's RAM buffer, up to 256 GB.
- On-camera controls and an optional CineMag interface
allows for complete standalone operation, eliminating the need for
a computer. Offload later from the camera body or a dedicated CineStation
Ultra-high frame rates in a compact platform
- A custom Back Side Illuminated sensor drives the camera's
speed and sensitivity optimising image performance for high-speed
- Exposure times down to 190 ns with FAST
option to eliminate motion blur for fast moving applications like
- Premium I/O connectivity, compact housing
- Binned mode for frame rate boost at resolutions at
640 x 384 and below