About
The Phantom TMX 6410 is designed for extreme high-speed situations. The back side illuminated (BSI) high-speed CMOS sensor it utilizes delivers the same quality images Phantom Cameras are known for.
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. For an in-depth look at how this technology has revolutionized high-speed imaging read our whitepaper on BSI Sensor Technology.
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.
Key Features
•18.5 micron pixel
•12-bit depth
•CineMag V compatibility
•511 Memory partitions
•Programmable I/O - Assign and define camera signals
What's in the box?
•400 W Power supply with XLR extender
•Ruggedized ethernet cable
•BNC cable
•Printed Manual
•Phantom PCC software
•Sturdy Pelican case and customized foam
PARAMETERS
| Parameter Name | Parameter Value |
|---|---|
| Applications |
|
| Technology |
digital
|
| Spectrum |
full-color, monochrome
|
| Sensor |
CMOS
|
| Interface |
|
| Resolution level |
1280 x 800
|
| Resolution |
1 Mpx
|
| Other characteristics |
high-speed
|
