All cameras are offered as turn-key systems including the camera, various accessories, an up-to-date PC and Windows comatible software pacakge for camera and peripheral device control, image processing and analysis.

CCD Cameras:

Imager QE: 1376 x 1040, 6.45µm, 65% QE4e noise, 500ns...1000s, 10 fps, 16 Mpix/s,    12 bit, TE cooled, < 0.1e/pixel/s dark noise, interline progressive scan, double exposure with interfaming time of 500ns, binning, ROI,  up to 100 subframes/s

Imager Pro: up to 4k x 2k, ultrafast readout up to 80 Mpix/s, exposure time 1µs...1000s, 12..14 bit,IEEE 1394, camera link, USB 2.0, ethernet

high spped CMOS Camera: 1280 x 1024, 12µm, 625 fps, exposure time 2µs... 100ms, 10 bit, USB 2, camera link, IEEE 1394, double shutter mode with 500ns interfaming time

DynaVision: up to 1k x 1k, 12µm, 3e noise,   16 bit, front or back illuminated, full frame or   frame transfer, cooled to -75C                         on-chip electron multiplier (EMCCD) with gain up to 1000

UltraSpeedStar: CCD cameras for ultrahigh-speed imaging                                            USS-4: 1280 x 1024, 4 frames @ 1MHz          USS-16: 640 x 512, 16 frames @ 1MHz          electronic shutter down to 500 ns                 high sensitivity with 12 bit dynamic range       image intensifier upgrade offers sensitivity  in the single photon range and exposure time  down to 100 ns

Intensifier Upgrade: for modular lens-coupling to the CCD cameras

ICCD Cameras:

NanoStar: GEN II/III, single or double stage MCP, 18/25mm diameter, minimum gate width 1.5ns @ 4kHz intensifier trigger rate, burst     mode up to 2MHz, 12 bit dynamic range

DynaMight: GEN II/III, single or double stage MCP, 18/25mm diameter, minimum gate width 5ns @ 4kHz intensifier trigger rate, burst        mode 2MHz, 16 bit dynamic range

DaVis Software: All cameras are delivered as turnkey systems including an upto date PC and a Windows compatible 32 bit DaVis software. The PC has a TTL I/O card with 4 INPUT and 20 OUTPUT channels. The software allows full control of all camera functions and peripheral devices such as stepper motors, shutters, filter wheels, spectrographs, lasers, A/D and D/A converters, delay generators, optical delay lines. The flow diagram of the experiments can be easily edited or modified. An extensive library of image processing (FFT, linear and nonlinear filers, smoothing, algebric operations etc.), and analysis (auto and cross correlation, nonlinear curve fitting, FLIM, FRET etc.) is available. All software functions are available as commands. The command language library allows easy macro programming.