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The highly sensitive and fast interline CCD chip provides 4008 x 2664 pixel resolution with 14-bit dynamic range, a full well capacity of over 60,000 electrons and antiblooming of at least 100x.
The Quemesa supports several binning modes: binning 1 to binning 4. using the binning mode means increasing the frame rates and sensitivity. At binning 2 the Quemesa offers up to 2004 x 1332 pixels with up to 3.6 fps, while at binning 4 (1002 x 666 pixels) more than 12 fps can be achieved.
Quemesa’s very fast single port read-out supports high frame rates of more than 12 fps, making it much more convenient to scan and focus on the PC monitor. The use of single port readout ensures a homogeneous CCD response over the whole readout area. Even when in the highest quality mode (full resolution) the camera provides more than 2 fps. This camera provides superb dynamic range and sensitivity no matter which resolution mode is employed.
The CCD chip of the Quemesa is Peltier-cooled and stabilized at a temperature of 15°C. What is even more crucial is that this is achieved by a small dedicated, smart fluid cooling system which does not interfere with the TEM cooling system. No external connections to the microscope are necessary as the circuit is fully closed and safe
Quemesa’s very fast single port read-out supports high frame rates of more than 12 fps, making it much more convenient to scan and focus on the PC monitor. The use of single port readout ensures a homogeneous CCD response over the whole readout area. Even when in the highest quality mode (full resolution) the camera provides more than 2 fps. This camera provides superb dynamic range and sensitivity no matter which resolution mode is employed.
The 2:1 fiber-optical taper provides the highest quality. This increases effective pixel size to 18µm x 18µm. In combination with the optimized scintillator thickness, this ensures optimal resolution and sensitivity.
Due to highly efficient conversion of primary electrons in the scintillator and optimized electronics design, the Quemesa system gains a near perfect signal-to-noise ratio, resulting in very high sensitivity. This enables you to view your samples on your monitor at beam intensities so low it would normally prevent seeing an image on theTEM viewing screen. The finest detail is still shown perfectly in the camera image.
Integration of the Quemesa with iTEM, Olympus Soft Imaging Solutions TEM imaging
platform, ensures Real-Time shading correction, intensity histograms, auto contrast adjustment and Real-Time Fast Fourier Transformations during image acquisition.
The Quemesa is completely integrated with iTEM, Olympus Soft Imaging Solutions’ TEM imaging platform. This guarantees numerous real-time functions such as real-time shading correction, real-time gray-value histograms, automatic contrast enhancement as well as Fast Fourier Transformation during live image acquisition. Furthermore, iTEM offers functions such as image labeling, image processing, archiving, analysis and report generation. Print-outs in photo quality can be made mere seconds after acquisition.
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At the 2009 Richmond Microscopy and Microanalysis meeting, Olympus Soft Imaging Solutions presented the Quemesa, the new Olympus Soft Imaging Solutions 11 MegaPixel bottom-mounted CCD TEM camera for all TEM brands.If any camera comes close to a universal camera, satisfying the needs for diverse fields such as Pathology and Materials Science, this is it. With it's large field of view at the bottom-mount position and the resolution of up to 4008 x 2664 pixels, the camera meets the requirements for both large area imaging and high resolution. 
