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MX377

Scientific cameras with the largest sensors coupled with cooling and BSI versions coming in various grades offering top quality and minimal noise.
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What is MX377?

Featuring one of the largest sCMOS sensors available today: The Gpixel GSENSE6060 with 37.7 million 10 μm pixels offers imaging performance on par with the best CCDs in a high-speed CMOS architecture. The MX377 camera delivers scientific imaging capabilities with high dynamic range and low noise – at high speed.
The camera was also designed with cooling for low-light level applications. Several versions of the GSENSE6060 sensor can be provided, including frontside (FSI) or backside (BSI) illuminated models. With the sCMOS BSI sensor, the camera reaches a maximum quantum efficiency of 95 %. Due to the large sensor format of 60 x 60 mm, 6 k by 6 k resolution, and 10 μm pixel size, it is a perfect fit for applications demanding a medium to large format sensor.
The output signal from the GSENSE6060 pixels is processed by two readout amplifiers (hi and lo) allowing an HDR readout (2 x 12 or 2 x 14 bit ADC) with up to 90 dB dynamic range. All this with a frame rate of up to 46 FPS and a full well capacity of 110 Ke-.

  • Resolution of 37 Mpix with a square ratio of 6144 x 6144 pixels

  • Scientific grade sCMOS sensors measuring impressive 61 x 61 mm

  • Various sensor grades and backside illumination for 95 % sensitivity

  • Low noise and dark current, high FWC and 90 dB dynamic range

  • Dual ADC with high and low gain for HDR function and RAW 16 bit

  • Variety of binning modes and features like ROI for flexible readout

  • Utilizing the full speed potential of the sensor with 46 FPS at 12 bit

  • PCIe Gen3 x4 lanes interface with 32 Gbits bandwidth

  • Almost nonexistent glass-to-glass latency ensured by PCI Express interface

  • Stable sensor cooling by thermoelectric Peltier element

  • Passive M95 lens mount and optional active Hasselblad H-mount

  • External hardware GPIO triggering and synchronization functionality

  • Compact dimensions of 98 x 110 x 67 and 1.2 kg weight

Models of cooled cameras with sCMOS sensors

Model Sensor model Resolution Sensor size Pixel size Peak QE Saturation Capacity Readout noise Dynamic range Frame rate
MX377MR-GP-Bx-X4G3-MTP GSENSE6060 BSI  38 MPix Medium format  10 µm 95%  110000 e- 4 e- 90 dB 48 FPS
MX377MR-GP-Fx-X4G3-MTP GSENSE6060 FSI  38 MPix Medium format  10 µm 72%  110000 e- 4 e- 90 dB 48 FPS
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If you are looking for specific sensor grades or lower cooling temperatures, please contact our sales team.

Advantages for Applications using compact cameras with sCMOS

MX377_triple-black-astronomy-BSI-cooled-large-sensor-cameras
PRECISE
Built with the latest 6k x 6k sCMOS sensors from the Gpixel's GSENSE family. With 37 Mpix resolution and 10 µm pixel size, these are fine tuned for quantitative imaging.
COMPATIBLE
With several sensor quality grades and Backside illuminated versions offering above >90% quantum efficiency, these cameras are ideal for applications with highest demands.
FAST
PCIe camera interface maximizes the speed capability of the sensor with 45 Fps at full resolution.
COOL
Thermoelectric Peltier sensor cooling down to -20 °C, enhanced with air fan or liquid cooler module option.
ADAPTABLE
Industrial design and capability for maximum use in many environments. Sensor in vacuum for sustained temperature conditions and protection. Fiber optic data interface for cable lengths from 1 m to 100 m.
ROBUST
Aluminum alloy, CNC machined, rugged housing designed to achieve long life and minimize size.
ECONOMICAL
Price/performance ratio can be optimized with choice of several sensor quality grades and frontside or backside illuminated sensor variants.
EFFICIENT
Scientific CMOS BSI technology enables low-light applications requiring the highest sensitivity, suppressed dark current and low noise during long exposures from the UV through the NIR.
FUNCTIONAL
Huge sensor surface area with 61 x 61 mm and 86 mm diagonal, unmatched by most of other cameras on the market. Complimented by M95 thread lens mount.

Utilization of sCMOS qualities in various Fields and Applications

Astronomy-space-exploration-bose-einstein-condensation-pulsar-imaging-applications
Space exploration
Bose-Einstein condensation, BEC dynamics, nanoparticle, astronomy, solar polarimetry, pulsar imaging, space debris and NEO tracking, fluorescence correlation spectroscopy (FCS), astrophysics.
Scientific-cell-sorting-microfluidics-neurology-fluorescence-microscopy-applications
Fluorescence
Förster resonance energy transfer (FRET), fluorescence recovery after photobleaching (FRAP), fluorescence in situ hybridization (FISH), total internal reflection fluorescence (TIRF), high-speed multicolor and light sheet.
Microscopy-medical-scientific-imaging-fluorescence-ophthalmology-retinal-applications
Microscopy
Photoactivated localization microscopy (PALM), stochastic optical reconstruction microscopy (STORM), ground state depletion microscopy (GSDIM), selective plane illumination microscopy (SPIM), widefield fluorescence microscopy.
Biomedical-cell-biology-cytometry-gene-sequencing-DNA-analysis-applications
Biomedical
Cell biology, cytometry, biochip reading, protein/lipid trafficking, membrane dynamics, DNA sequence and gene expression analysis, biophysics, biometrics, genomics, ion signaling and transport physiology, Corona detection.
Life-science-tomography-endoscopy-phosphorescence-digital-pathology-applications
Life science
Endoscopy, phosphorescence, digital pathology, ophthalmology, gated stimulated emission depletion (GSTED), electrophysiology, optical coherence tomography (OCT), calcium, ratiometric, voltage sensitive dyes, neuroscience.
Material-science-photoluminescence-spectroscopy-minerology-crystallography-applications
Material science
Photoluminescence spectroscopy, mineralogy, photovoltaic inspection, coherent anti-Stokes Raman spectroscopy (CARS), neutron tomography, quantum dots and optics, intrinsic, spinning disk confocal imaging.