HT-12000    10GigE camera with AMS CMV12000, 12 Megapixels up to 84 fps - Alrad
HT-12000    10GigE camera with AMS CMV12000, 12 Megapixels up to 84 fps - Alrad
HT-12000    10GigE camera with AMS CMV12000, 12 Megapixels up to 84 fps - Alrad
HT-12000    10GigE camera with AMS CMV12000, 12 Megapixels up to 84 fps - Alrad
HT-12000    10GigE camera with AMS CMV12000, 12 Megapixels up to 84 fps - Alrad

HT-12000 10GigE camera with AMS CMV12000, 12 Megapixels up to 84 fps

HT-12000    10GigE camera with AMS CMV12000, 12 Megapixels up to 84 fps

HT-12000 features the CMV12000 CMOS sensor by AMS. Benefits include high resolution, high speed and overall high performance. At full resolution (4096 x 3072), you get 84 frames per second. With its 10GBaseT interface, sleek smaller case and CAT6A connection, this camera has the familiarity of GigE but with 10x the speed. Using CAT6A cabling, you can get cable lengths from 1 meter up to 100 meters. The HT-12000 offers multi-camera synchronization at <1µs, low CPU overhead, and excellent price-performance ratio.

APPLICATIONS:

  • Virtual reality
  • Microscopy Imaging
  • UAV

Specifications:

Sensor:    AMS CMV12000
Resolution:    4096 x 3072
Megapixels:    12 MP
Sensor Type:    28mm CMOS
Max Frame Rate:    84 fps
Cell Size:    5.5µm square
Standard Mount:    M42x1x12mm BFL, Optional F Mount Available
Shutter:    Global
Bit Depth:    8 & 10 bit
GPIO / Triggering:    3 in, 3 out / Software, External (Pulse or Edge)
Interface:    RJ45 10GBaseT
Exposure/Integration:    *10µs-1s
Dynamic Range:    60 dB
Monochrome Modes:    Mono8, Mono10, Mono10Packed
Color Modes:    RGB8, BGR8, YUV411, YUV422, YUV444
Raw ModesBayer:    GR8, BayerGR10, BayerGR10Packed
Operating System:    Win7/8/10 (64 bit), Linux (64 bit)
Compliance:    CE, FCC, RoHS, WEEE, GigE Vision, GenICam
Power Requirements:    9W, 12V
Operating Temperature:    0C - 45C
Storage Temperature:    -30C to +60C
Dimensions & Weight:    88 x 58 x 50 - 340g
Warranty:    2 Years

* all minimum exposure specs can vary from what is listed based on the limitations of each sensor as per notice from the manufacturer.


Technical Details:

 Quantum Efficiency: Monochrome and Colour