The MX-HS series from Rayonix incorporates the new, exclusive HS frame-transfer technology for high speed X-ray data collection without compromising resolution or data quality. The result is a new type of high speed and ultra-low noise area detector that delivers the highest performance available for X-ray diffraction applications.
The Rayonix MX-HS detectors are ideal for taking advantage of high brilliance synchrotron sources, or for any other high frame rate application. Examples include: high throughput protein crystallography, Laue diffraction, time-resolved or static small-angle X-ray scattering (SAXS), wide-angle X-ray scattering (WAXS), powder diffraction, X-ray computed tomography (CT), X-ray imaging, and coherent diffraction imaging (CDI). With no count rate limitation, these detectors are also ideal for XFEL applications.
Available are various configurations of FOT (fiber-optic taper) coupled modules.
The detectors in the MX-HS series use 2 × 2, 3 × 3, 4 × 4, or 5 × 5 arrays of fused fiber-optic taper elements to make a very large active area. Unlike other multi-element detectors, the images produced have no gaps between the modules. The Rayonix factory calibration is permanent and suitable for all X-ray sources.
A versatile, fast detector for a wide range of demanding scientific applications. Consists of a 2 x 2 tiled array of frame-transfer CCD modules, with 170 x 170mm² square active area, without gaps in the imaging area. Full resolution is 3840 x 3840 pixels.
fiber-optic tapers
frame-transfer CCD
Depends on Phosphor Option Chosen
(# of Channels)
Low noise mode: 4e⁻/pixel
0.0004 photons/pixel/second (12keV)
(at standard binning, 2 x 2)
A fast, high resolution detector for X-ray science applications. Consists of a 3 x 3 tiled array of frame-transfer CCD modules, with 225 x 225mm² square active area, tiled without gaps in the imaging area. Full resolution is 5760 x 5760 pixels.
frame-transfer CCD
Depends on Phosphor Option Chosen
50625mm²
(# of Channels)
Low noise mode: 4e⁻/pixel
0.0004 photons/pixel/second (12keV)
(at standard binning, 2 x 2)
A large format, high speed detector for X-ray science applications. Consists of a 4 x 4 tiled array of frame-transfer CCD modules, with 300 x 300mm² square active area, tiled without gaps in the imaging area. Full resolution is 7680 x 7680 pixels.
frame-transfer CCD
Depends on Phosphor Option Chosen
90,000mm²
(# of Channels)
Low Noise Mode: 4e⁻/pixel
0.0004 photons/pixel/second (12keV)
(at standard binning, 2 x 2)
A very large area, high speed detector for the most demanding X-ray science applications. Consists of a 4 x 4 tiled array of frame-transfer CCD modules, with 340 x 340mm² square active area, tiled without gaps in the imaging area. Full resolution is 7680 x 7680 pixels.
frame-transfer CCD
Depends on Phosphor Option Chosen
(# of Channels)
Low Noise Mode: 4e⁻/pixel
0.0004 photons/pixel/second (12keV)
(at standard binning, 2 x 2)
The largest area X-ray detector on the market, with high frame rates and high resolution for the most demanding X-ray science applications. Consists of a 5 x 5 tiled array of frame-transfer CCD modules, with 425 x 425mm² square active area, tiled without gaps in the imaging area. Full resolution is 9600 x 9600 pixels.
frame-transfer CCD
Depends on Phosphor Option Chosen
180,625mm²
0.18m²
(# of Channels)
Low Noise Mode: 4e⁻/pixel
0.0004 photons/pixel/second (12keV)
(at standard binning, 2 x 2)