The NXP i.MX8 Processor
The function and performance scalable iMX8 processor series includes single, dual and quad core families based on the ARM Cortex architecture. Our developers use the i.MX8 processors from NXP for their applications in the fields of graphics and image processing ( imaging and image processing ), audio, voice and video.
For anvajo we have developed a driver for an image sensor on an iMX8 platform. Here you can find the reference report.
In further projects we have realized customer specific drivers under embedded Linux for special cameras (e.g. Photonfocus D1312, Aptina AP0100 ISP, Sony FCB-MA130, FLIR Tau2, MT9M021, VM008, VM010, VM011, VM012, VM016, VM050 ) and pure CMOS sensors ( e.g. AR0132, AR0531, AR0144 ) for the SoCs iMX6 and iMX8.
Characteristics of the NXP i.MX8 processors
NXP i.MX 8 ( i.MX8 )
- Advanced graphics, performance and virtualization
- based on Cortex A72, Cortex A53, Cortex M4F
NXP i.MX 8M Plus ( i.MX8MP )
- Machine Learning, Vision, Multimedia and Industry Iot
- based on Cortex A53, Cortex M7
NXP i.MX 8M ( i.MX8M )
- Enhanced audio, voice and video
- based on Cortex A53, Cortex M4F
NXP i.MX 8M Mini ( i.MX8MM )
- Embedded consumer and industrial applications
- based on Cortex A53, Cortex M4F
NXP i.MX 8M Nano ( i.MX8MN )
- Embedded consumer and industrial applications
- based on Cortex A53, Cortex M7
NXP i.MX 8X ( i.MX8X )
- Safety certifiable and efficient performance
- based on Cortex A35, Cortex M4F
We have experience with other NXP processors
We have extensive expertise in working with Freescale or NXP processors, including Freescale NXP iMX27, Freescale NXP iMX28, Freescale NXP iMX31, Freescale NXP iMX35, Freescale NXP iMX53, Freescale NXP iMX6, NXP iMX7 and NXP iMX8. An overview of the Freescale and NXP processors you can find here.
