R8 / R10 / R42 SERIES

The R42 is our highest resolving light field camera to date. Based on a 42 megaray sensor it offers an effective resolution of up to 10 megapixels at 7 fps.

SENSOR

Resolution: 42 megapixel, 7716 x 5364 pixels
Effective resolution up to 10 megapixel
Pixel Size: 1.12µm square pixels
CMOS, Rolling Shutter
Color, HDR

PACKAGE

USB3 interface
up to 7 fps
Dimensions, 39 x 39 x 31.2 mm
c-mount

MICRO LENS ARRAYS

Polymer on Glass
Apertures: f/2.8

 

 R42/R10/R8 3D Light Field Camera for professional Applications

Application Machine Vision | Microscopy | Life Science | R&D | Education | Flow Mechanics | Video | Medical | Computational Photography
Models • R42-Micro Color: F/23, 41.5 Megarays, 7 FPS
• R42-Color: F/2.8, 41.5 Megarays, 7 FPS
• R10-Mono: F/2.8, 10 Megarays, 7 FPS
• R8-Color: F/2.8, 8 Megarays, 30 FPS
Light Field • R42: 41.5 Megarays, 10 MP effective lateral resolution
Sensor • high dynamic range (HDR), 2/3“ sensor class, back side illuminated pixel (BSI)
Integration time • R8 (4k): min. 8µs, R42 (Full resolution): min. 16µs
Speed • R42: 7 FPS at 10 MP (optional R8: 30 FPS at Full HD)
Body • dimensions: 39mm (W), 39mm (H), 28mm (D), weight: 71g, case material: aluminium
• award winning design, tripod adaptor
Interface • USB 3.0 superspeed (micro-B with screw lockers)
• external hardware trigger inpu
Optics • micro lens array (MLA) with aperture F/2.8
• optional R42-microscopy version with aperture F/23
• 6x extended depth of field (DoF)
• changeable C-mount standard lens
Power • Powered by USB 3.0 cable
consumption • 350mA (800mA peak)
Software • SDK/API programming interface DLL
• MVTec® Halcon® plugin
• multiview perspective shift
• 3D depth map measurement
• software re-focus after the fact
• direct access to 4D light field raw data
• glasses-free (autostereo) 3D monitor plugin
Requirements • NVIDIA® CUDA® compute capability 2.0 (GTX 980 or higher)
• Microsoft® Windows® 7/8 64 bit, intel® i7, intel® USB 3.0

 

R8  3D Light Field Camera 

Max Depth Resolution (Z) Depth-of-Field (Z) Field-of-View (X) Field-of-View (Y) Max Lateral Resolution (X,Y) Free Working Distance (Z) Focal Length
22,2µm 4,56mm 16,1mm 9,08mm 8,82µm 250mm 100mm
42,2µm 7,1mm 22,6mm 12,8mm 12,3µm 42,5mm 12mm
86,9µm 15,6mm 32,24mm 18,19mm 17,9µm 50mm 25mm
88,7µm 17,9mm 32,2mm 18,2mm 17,7µm 440mm 100mm
353,4µm 44,3mm 68,0mm 38,38mm 36,7µm 102,5mm 12mm
392µm 75mm 68mm 38mm 37,2µm 850mm 100mm
585µm 86,1mm 85,5mm 48,3mm 46,5µm 200mm 25mm
1,75mm 220,5mm 155mm 87,5mm 83,6µm 400mm 25mm
3,62mm 637,7mm 328mm 185mm 174µm 900mm 25mm
6,12mm 2,55m 1,02m 0,575m 333µm 2,9m 25mm
13,54mm 1,88m 414mm 234mm 225µm 4,86m 100mm
40,3mm 5,58m 846mm  478mm 454µm 9,86m 100mm

 

R42  3D Light Field Camera

Max Depth Resolution (Z) Depth-of-Field (Z) Field-of-View (X) Field-of-View (Y) Max Lateral Resolution (X,Y) Free Working Distance (Z) Focal Length
11,12µm 2,3mm 16,1mm 11,2mm 4,41µm 250mm 100mm
21,55µm 4,03mm 22,6mm 15,7mm 6,19µm 42,5mm 12mm
44,1µm 8,4mm 32,24mm 22,4mm 8,82µm 50mm 25mm
44,6µm 9,2mm 32,2mm 22,4mm 8,84µm 440mm 100mm
187,3µm 28,9mm 68,0mm 47,3mm 18,5µm 102,5mm 12mm
197µm 140mm 68mm 47mm 18,6µm 850mm 100mm
303,1µm 52,1mm 85,5mm 59,43mm 23,34µm 200mm 25mm
967µm 146,2mm 155mm 108mm 42,12µm 400mm 25mm
3,76mm 480mm 328mm 228mm 88µm 900mm 25mm
7,07mm 1,17m 414mm 288mm 113µm 4,86m 100mm
9,51mm 2,24m 1,02m 0,71m 258µm 2,9m 25mm
28,2mm 3,9m 846mm 588mm 229µm 9,86m 100mm

 

R10µMono 3D Light Field Camera

Max Depth Resolution (Z) Depth-of-Field (Z) Field-of-View (Y) Field-of-View (X) Max Lateral Resolution (X,Y) Free Working Distance (Z) Magnification
1,5µm 0,2mm 1mm 1,2mm 0,3µm 16mm 10x
5µm 0,6mm 1,9mm 2,3mm 0,6µm 17mm 5x
15µm 2mm 3,7mm 4,5mm 1,2µm 6,5mm 2,5x

 

R10-microscope 3D Light Field Camera for Solar Cell Quality Inspection

Max Depth Resolution (Z) Depth-of-Field (Z) Field-of-View (Y) Field-of-View (X) Max Lateral Resolution (X,Y) Free Working Distance (Z) Magnification
1,5µm 0,2mm 1mm 1,2mm 0,3µm 16mm 10x
5µm 0,6mm 1,9mm 2,3mm 0,6µm 17mm 5x
15µm 2mm 3,7mm 4,5mm 1,2µm 6,5mm 2,5x