iRayple Large Area Scan series Colour Cameras CXP6 interface. - Alrad
iRayple Large Area Scan series Colour Cameras CXP6 interface. - Alrad
iRayple Large Area Scan series Colour Cameras CXP6 interface. - Alrad
iRayple Large Area Scan series Colour Cameras CXP6 interface. - Alrad

iRayple Large Area Scan series Colour Cameras CXP6 interface.

The large area scan camera is the high-end series of iRAYPLE area scan cameras that offer resolutions ranging from 5 MP to 604 MP and are designed to provide high resolution, high frame rate, and high image quality.

An excellent ISP algorithm is utilized to ensure optimal image effects.

Some models also have TEC cooling capabilities, which help maintain a stable temperature for the sensor. This makes them well-suited for industries such as EV, photovoltaic, semiconductor, liquid crystal, and more.

● CXP-6 interface, 4 x 6.25Gbps theoretical transfer bandwidth;

● Support hardware trigger/free run mode;

● Support pixel-by-pixel FFC function;

● Support multiple image data formats output, ROI and etc.;

● Support PoCXP and DC 24V power supply;

● Conforms to CoaXPress protocol and GenICam standard;

● Conform to CE, FCC, KC and RoHS;

Product Model Resolution Frame Rate Sensor Pixel Size Product Status
AX7Q10CX470E 14192 × 10640 6.1 fps IMX411 3.76 μm × 3.76 μm Coming Soon
AX7Q10CX770E 14192 × 10640 6.2 fps IM×411 3.76 μm × 3.76 μm Coming Soon
AX5A22CX050E 4096 × 3072 188 fps CMV12000 5.5 μm × 5.5 μm Listed
AX5A22CX060E 4096 × 3072 188 fps CMV12000 5.5 μm × 5.5 μm Listed
AX5A22CX340E 4096 × 3072 188 fps CMV12000 5.5 μm × 5.5 μm Listed
A9B57CX200E 5120 × 5120 90 fps GMAX0505 2.5 μm × 2.5 μm Coming Soon
A9B57CX703E 5120 × 5120 41.8 fps GMAX0505 2.5 μm × 2.5 μm Coming Soon
A9B57CX250E 5120 × 5120 90 fps GMAX0505 2.5 μm × 2.5 μm Listed
AX5E02CX150E 7920 × 6004 30 fps CMV50000 4.6 μm × 4.6 μm Listed
AX5E02CX160E 7920 × 6004 30 fps CMV50000 4.6 μm × 4.6 μm Listed
AX5E07CX250E 9344 × 5000 44 fps Customize 3.2 μm × 3.2 μm Coming Soon
AX5F57CX250E 9344 × 7000 31 fps GMAX3265 3.2 μm × 3.2 μm Coming Soon