Supported Sensors
The qtec C-Series qt5222 platform has support for a wide selection of different sensors from the Sony IMX, ams CMOSIS/GPixel GMAX and GPixel GSENSE families.
However, only a subset of these sensors is currently part of qtec's standard product catalog. For example as the RGB AI Cameras or the Hypervision HSI cameras.
Contact info@qtec.com for specific inquiries about sensors.
SONY
IMX
| Sensor | Physical Size | Description | Image Size [px] | Pixel size | Max FPS* | Platform support |
|---|---|---|---|---|---|---|
| IMX250 imx250 | 2/3" | 5.07MP CMOS Image Sensor (Color/Mono) | 2448x2048 | 3.45um | 162 | C-series |
| IMX252 imx252 | 1/1.8" | 3.19MP CMOS Image Sensor (Color/Mono) | 2048x1536 | 3.45um | 215 | C-series |
| IMX253 imx253 | 1.1" | 12.37MP CMOS Image Sensor (Color/Mono) | 4096x3000 | 3.45um | 67 | C-series |
| IMX255 imx255 | 1" | 8.95MP CMOS Image Sensor (Color/Mono) | 4112x2176 | 3.45um | 92 | C-series |
| IMX420 imx420 | 1.1" | 7.06MP CMOS Image Sensor (Color/Mono) | 3208x2200 | 4.5um | 74.9 (106.3**) | C-series |
| IMX421 imx421 | 2/3" | 2.8MP CMOS Image Sensor (Color/Mono) | 1944x1472 | 4.5um | 174.7 (242.8**) | C-series |
| IMX422 imx422 | 1/1.7" | 2.0MP CMOS Image Sensor (Color/Mono) | 1632x1248 | 4.5um | C-series | |
| IMX990 imx990 | 1/2" | 1.34MP CMOS Image Sensor (SWIR) | 1280x1024 | 5um | 134.73 | C-series |
The maximum framerate is measured at the full resolution and in 8-bit mode.
It is directly proportional to the selected image height, therefore the maximum framerate will be higher if a smaller image is used. It also depends on the selected bit mode: 8-bit mode being the fastest and 12-bit mode the slowest.
The IMX42x family of sensors supports higher data rates than it's predecessors (fx. IMX25x) via the SLVS-EC interface instead of the standard SLVS.
In order to have access to the higher speeds allowed by the SLVS-EC interface it is necessary to use compatible firmware and hardware (revB sensor board).
GPIXEL
GSENSE
| Sensor | Physical Size | Description | Image Size [px] | Pixel size | Max FPS* | Platform support |
|---|---|---|---|---|---|---|
| GSENSE2020 gsense2020 | 13.3mm | 4MP CMOS Image Sensor (NIR) | 2048x2048 | 6.5um | 43 (rolling) 89 (global) | C-series |
The maximum framerate is measured at the full resolution and in 12-bit mode.
It is directly proportional to the selected image height, therefore the maximum framerate will be higher if a smaller image is used.
The GSENSE2020 sensor has the option for running with either global or rolling shutter. Global shutter is generally faster, but rolling shutter allows for selecting invididual lines (which can also provide a big speed-up).
GMAX gpixel-gmax
| Sensor | Physical Size | Description | Image Size [px] | Pixel size | Max FPS* | Platform support |
|---|---|---|---|---|---|---|
| GMAX0505 gmax0505 | 1.1" | 26MP CMOS Image Sensor (Color/Mono) | 5120x5120 | 2.5um | 33 | C-series |
| GMAX2505 gmax2505 | 1/2" | 5MP CMOS Image Sensor (Color/Mono) | 2600x2160 | 2.5um | C-series | |
| GMAX2509 gmax2509 | 2/3" | 9MP CMOS Image Sensor (Color/Mono) | 4200x2160 | 2.5um | C-series | |
| GMAX2518 gmax2518 | 1" | 18MP CMOS Image Sensor (Color/Mono) | 4508x4096 | 2.5um | C-series |
The maximum framerate is measured at the full resolution and in 10-bit mode.
It is directly proportional to the selected image height, therefore the maximum framerate will be higher if a smaller image is used. It also depends on the selected bit mode: 10-bit mode being the fastest and 12-bit mode the slowest.
AMS
CMOSIS ams-cmosis
| Sensor | Physical Size | Description | Image Size [px] | Pixel size | Max FPS* | Platform support |
|---|---|---|---|---|---|---|
| CMV2000 cmv2000 | 2/3" | 2.2MP CMOS Image Sensor (Color/Mono) | 2048x1088 | 5.5um | C-series | |
| CMV4000 cmv4000 | 1" | 4.2MP CMOS Image Sensor (Color/Mono) | 2048x2048 | 5.5um | C-series |
The maximum framerate is measured at the full resolution and in 10-bit mode.
It is directly proportional to the selected image height, therefore the maximum framerate will be higher if a smaller image is used. It also depends on the selected bit mode: 10-bit mode being the fastest and 12-bit mode the slowest.